quinstar 2009 catalog

7/21/2019 Quinstar 2009 Catalog

http://slidepdf.com/reader/full/quinstar-2009-catalog 1/216

A? C?@ QUINSTAR

TECHNOLOGY, INC.

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About This Catalog

IKHNML H??K G ML MEH K LMGK GIK?HKFG L GHM GLLKER EFM MH M LI?MHGLIKLGM. G MHG, ML MEH HGER IKLGML IHKMHGH? HNK MHME IKHNM IEMR G H??KGL. K?HK, PGHNK RHN MH HGMM NGMK MH LNLL RHNKLI? FEEFMK-PO IKHNM GL. NK P LM(PPP.JNGLMK.HF) L EMLM G?HKFMHG HG GP IKHNMLG NIML MH ML MEH.

Commitment to Quality

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TECHNOLOGY, INC.

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Receiver Products 2

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#EHLLKR H? KFGHEHR ?HK AFIE?KL 8

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EEFMK O NEE ON BG HPK AFIE?KL 'I 13

EEFMK O BKHG AFIE?KL 'G 15

EEFMK O BKHG HP HL AFIE?KL '" 18

EEFMK PO BKHG HPK AFIE?KL ' 20

EEFMK O HP HL AFIE?KL '"$ 24

EEFMK O HPK AFIE?KL '$ 26

EEFMK O #GKE NKIHL AFIE?KL 'G$ 31

GLMKNFGMMHG AFIE?KL 'AI 34

CKRHG AFIE?KL G RLMFL 'CA 36

CNLMHF IMHGL G CHG?NKMHGL ?HK AFIE?K KHNML 39

AFIE?K NMEGL 40

Amplifier Products

AIIEMHG HML 64

GEER-NGE #NGG LEEMHKL '*# 66

KMHK-NGE #NGG LEEMHKL '* 68

#NGG NEMHKL/HNEMHKL 'C 70

$ HPK A HL 'ID 71

ME EEFMK O HNKL ' 73

L HD LEEMHKL '" 74

AMO KJNGR NEMIEKL '## 75

LLO KJNGR NEMIEKL '# 77

HL HNKL '$ 79

KJNGR !QMGKL 'BE 81

Sources and FrequencyMultipliers

GNE ON PML '# 142!EMKHFGE ON PML ' 143KHFMK RI OE M AMMGNMHKL, KE

L ?MKL G Q AMMGNMHKL 'AF/'A"/'A 145E MRI OE M AMMGNMHKL G KE

L ?MKL 'DA/'D 147KM G AMMGNMHKL G L ?MKL 'AD/' 149HMHKS, KHKFFE AMMGNMHKL 'A 152HMHKS, KHKFFE L ?MKL '# 154

Test Equipment andInstrumentation products

1

6

CKRHGEER CHHEE KHNML G CIEMR 194NLRLMF G ALLFER !QIKG 195BEHD KFL G AKMMNKL ?HK ALLFEL 197RLMF KHNML 201

Assemblies, Subsystems andSystems 8

9Appendices and References

AIIEMHG HML 158MGK #G $HKG AGMGGL 'H 162CNLMHF $HKG AGMGGL ' 165KKHP G BF EK $HKG 'H/' 167MHKE $HKG AGMGGL 'F 168FG-KMHGE AGMGGL 'D 169GL AGMGGL '"A 170KF HNL AGMGG ' 172CLLKG ?EMHK AGMGGL 'C 173KMHFH KGLNKL ' 175NEE ON BG KMHFH KGLNK '* 177GK MH CKNEK Q G PME HEKSKL '"/'' 178CKNEK-MH-MGNEK ON KGLMHGL 'C 180H KGLMHG !01 MH !10 '#* 181H EMK '#F 182CKNEK ON (!11) MHGL G EGL 'C 183CKNEK ON KFGMHG '*C 185 !01 CKNEK ON MHGL G EGL 'C"/'CF 186HMKR HGML ' 188 AGMGG OEHIFGM CIEMR & LNKFGM EMR 189

Antenna Products 7

3

#EHLLKR H? CHGMKHE CHFIHGGM KFGHEHR 84

KLHG NGMHG CKNEMHKL G LHEMHKL '/'I 85

NEEG NGMHG CKNEMHKL G LHEMHKL 'E/'F 87

NEEG LHEMHKL 'IF 89

CKRHG CKNEMHKL & LHEMHKL 'C/'CI 91

KE AMMGNMHKL 'A 92

CHQE AMMGNMHKL 'A 94

ON PML '/'D 96

NEMMKHP PML '$ 98

CHQE PML 'C 99

Control Componentsand Ferrite Products 4

#EHLLKR H? ON KHNML & EMKL 102KLHG $ KMOMR CHNIEKL ' 103

KLHG B- G NE-KMHGE CHNIEKL 'B/'D 105#GKE NKIHL ON KMHGE CHNIEK 'DC 108KLHG CKHLLN CHNIEKL 'C 110#GKE NKIHL CKHLLN CHNIEKL ' 112M $RK L G HPK OKL 'H 114HKM EHM $RK HPK OK ' 116NEM-NMINM HPK OKL '#D 118BGILL EMKL 'FB 119HP LL EMKL 'F" 121$ LL EMKL 'FH 123BG M G HM EMKL '$F 125! G $ EG ON L 'H 126 ON MKM MHGL, G IK KGLMHGL '/'/' 127CNLMHF ON ALLFEL 'AC 129 ON KFGMHGL '$/'*/'* 130 ON BGL G PLML 'B/'* 132 NGE HL, NGE HKML, G !-$ NGKL 'G/'A*/' 133 ON EGL, AIMKL G

ALLHM $KPK 'BA/'FA/'FF/'F 134

KLHG KEE G ON MGL 'D/' 136 ON MH CHQ AIMKL 'A 137

Waveguide Productsand Filters 5

AIIEMHG HML & GE G?HKFMHG 48

BKHG MMHKL 'EA 49

BEG L MMHKL 'E 51

$KFHG QKL G IEQKL '#H 53

IMKNF AGERSK QKL G IEQKL '#A 55

BEG QKL '#B 57

IHGOKMKL '# 59

NKFHG QKL 'H 61

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TECHNOLOGY, INC.

QUINSTAR




4

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TECHNOLOGY, INC.

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'AC CNLMHF O>@N> ALL>F;E>L ...........................................129

'AD K><M >G@ AMM>GNMHKL...................................................149

'AF "Q> AMM>GNMHK....................................................................145

'AI GLMKNF>GMMHG AFIE?>KL ................... .................. ..............145

'A" <KHF>M>K MRI> >O>E >M AMM>GNMHKL .................. ..............145

'A K;E> L> ?M>K ................. ................... ................... ....145

'A* NG;E> HKML.................... .................. ................... ..............133

'BA BNED> O>@N> AIM>K...............................................134

'BE "K>JN>G<R !QM>G>KL ..............................................................81

'CA CKRH@>G< AFIE?>KL G RLM>FL..........................................36

'CF !01 CK<NEK O>@N> "EG@>L ................. ................... ....186

'CI CKRH@>G< LHEMHKL..................................................................91

'C" !01 CK<NEK O>@N> ><MHGL.... ................... .................186

'C #NGG >@NEMHKL/HNEMHKL ................................................70

'C CK<NEK O>@N> (!11) ><MHG ................... ................... .183

'C CKRH@>G< CK<NEMHKL ................. ................... ................... .......91'DA E MRI> >O>E >M AMM>GNMHKL ............................................147

'DC #>G>KE NKIHL> O>@N> K><MHGE CHNIE>K ...............108

'D K><HG KEE @......................................................................136

'D& E MRI> K;E> L> ?M>KL .................. ................... ....147

'EA BKH;G >M><MHKL ................. ................... ................... .......49

'E& BEG<> L> >M><MHKL ................... ................... ................51

'FA "EG@> AIM>K ................... .................. ................... ..............134

'FB BGILL "EM>KL ....................................................................119

'FF "EG@>L .................................................................................135

'FH $@ LL "EM>K......................................................................123

'F" HP LL "EM>KL .................. ................... .................. ..............121

'F& HP>E GL.............................................................................135

'F O>@N> "EG@> <K>PL ................ ................... .................127

'G <KHPO> BKH;G #>G>KE NKIHL> AFIE?>KL...............10

'G$ EEF>M>K O> #>G>KE NKIHL> AFIE?>KL.........................31'G EEF>M>K O> BKH;G AFIE?>KL.. ................... .............15

'H N;KFHG< Q>KL ..............................................................61

'ID $@ HP>K A H>L ......... ................... ................... ....71

'IF "NEE;G LHEMHKL ...................................................................89

'B K><LHG B-K><MHGE CHNIE>KL..........................................105

'C K><LHG CKHLL@N> CHNIE>KL ................... ................... .......110

'D K><LHG NE-K><MHGE CHNIE>KL......................................105

'E "NEE;G NG<MHG CK<NEMHKL .................................................87

'F "NEE;G NG<MHG LHEMHKL .... ................... ................... ..........87

'H M<> $R;K >>L G HP>K O>K ................... ..........114

'I K><LHG NG<MHG LHEMHKL ....................................................85

' K><LHG $@ K><MOMR CHNIE>KL.......................................103

' #>G>KE NKIHL> CKHLL@N> CHNIE>KL ................................112

' K><LHG NG<MHG CK<NEMHKL ............. ................... ................85

'"A >GL AGM>GGL ......................................................................170

'" <KHPO> BKH;G HP *HL> AFIE?>KL...........................9

'"$ EEF>M>K O> HP *HL> AFIE?>KL...................................24

'" EEF>M>K O> BKH;G HP *HL> AFIE?>KL ...............18

'#A I><MKNF AGERS>K Q>KL G IE>Q>KL ..............................55

'#B BEG<> Q>KL ................ ................... ................... ................57

'#D NEM-NMINM HP>K O>KL .................. ................... ..........118

'#F H> "EM>K ...........................................................................182

'#H $KFHG< Q>KL G IE>Q>KL..............................................53

'#I - Q>K..................................................................................62

'## A<MO> "K>JN>G<R NEMIE>KL ......... ................... ................... ...75

#?45< D53@?> &175

'#& HMHKS>, KH@KFF;E> L> ?M>K..............................154'#* H> KGLMHG !01 MH !10...............................................181

'#+ I<HGO>KM>KL ..........................................................................59

'$F *HM< "EM>K ...........................................................................125

'$ *HL> HNK<>L ................................ .................. ................... ...79

'%D FG-K><MHGE AGM>GGL ..................................................169

'%* "NEE O>@N> BG KMHFH> KGLN<>K ................. ...177

'&A HMHKS>, KH@KFF;E> AMM>GNMHK..................................152

'&I EEF>M>K O> "NEE O>@N> BG

HP>K AFIE?>KL.................................................................13

'& <KHPO> BKH;G HP>K AFIE?>KL................................11

'&" L> H<D> L<EEMHKL ............... .................. ................... ...74

'&# LLO> "K>JN>G<R NEMIE>KL.................................................77

'&$ EEF>M>K O> HP>K AFIE?>KL..........................................26

'& K><M >G@ L> ?M>K ................. .................. .............149

'& EEF>M>K PO> BKH;G HP>K AFIE?>KL ................. ......20'C CLL>@KG >?E><MHK AGM>GGL ............................................173

' HMKR HGML .........................................................................188

'& KF> "H<NL AGM>GG ...........................................................172

' CNLMHF $HKG AGM>GGL.........................................................165

'A K;E> * AMM>GNMHKL ......... ................... ................... .........92

'C CHQE * PM<>L ..............................................................99

'D * PM<>L, G@E> HE> HN;E> KHP ()....................96

'F ><MHKE $HKG AGM>GGL .......................................................168

'H *KKHP B>F <EK ">> $HKG ...........................................167

'$ NEMMKHP * PM<>L....... ................... ................... ............98

'% M;E> EEF>M>K O> HNK<>L ................... ................... ......73

'& HKM EHM $R;K HP>K O>K ................. ................... ......116

' * PM<>L, G@E> HE> G@E> KHP () ................... ...96

' > B>F <EK ">> $HKG ................... .................. ..........167

'*C CK<NEK O>@N> >KFGMHG...........................................185

'* $@ HP>K >KFGMHGL .................. ................... ................130

'*# ><G<EER-NG;E> #NGG L<EEMHKL .................................66

'* K<MHK-NG;E> #NGG L<EEMHKL .................. ................... ...68

'* $@ HP>K O>@N> >KFGMHG ...................................130

'* CNLMHF $@ HP>K >KFGMHG .................. ................... ...130

'+H ! G $ EG> O>@N> >>L ...........................................126

'A CHQE * AMM>GNMHKL ................ ................... ................... ...94

' O>@N> MG .................. ................... ................... .........136

'A O>@N> MH CHQ AIM>KL.......... ................... ...................137

'B O>@N> B>GL ................. ................... ................... .........132

'C CK<NEK-MH-><MG@NEK O>@N> KGLMHGL ...................180

'G NG;E> HL ................. ................... ................... ................133

'H MGK #G $HKG AGM>GGL .................. ................... .........162

'" G>K G CK<NEK "Q> HEKS>KL .....................................178

'# GNE O>@N> PM<>L ...............................................142

'$ O>@N> M>KFGMHGL ................. ................... ...................130

'% KMHFH> KGLN<>KL ......................................................175

'& O>@N> I>K> KGLMHGL................... ................... ......127

'' G>K G CK<NEK PM<;E> HEKS>K ................. .............178

' P O>@N>.....................................................................127

' O>@N> MK@M ><MHGL........................ ................... ......127

'* O>@N> PLML................... ................... .................. ..........132

'+ !-$ NG>KL ................. ................... ................... ................... ...133

' !E><MKHF><G<E O>@N> PM<>L ..............................143



5


A<@ ? $QUINSTAR

TECHNOLOGY, INC.

KHNM

AMO KJNGR NEMIEKL ..............................................................77

BEG QKL ..................................................................................57

BEG L MMHKL...................................................................51

BGILL EMKL ................................................................................119

BKMHGE G NE-KMHGE ON CHNIEKL .................105BKHG MMHKL...........................................................................49

BKHG HP HL EEFMK O AFIE?KL ...........................18

BKHG ON KMHGE CHNIEK ....................................108

BNED ON AIMK...........................................................134

CLLKG ?EMHK AGMGGL ........................................................173CKNEK ON (!11) MHG....................................................183

CKNEK ON KFGMHG .......................................................185

CKNEK-MH-MGNEK ON KGLMHGL ................................180

CHQE PML ..........................................................................99

CKRHGEER CHHEE AFIE?KL .....................................................36CNLMHF $HKG AGMGGL .....................................................................165

CNLMHF ON ALLFEL .......................................................129

E MRI OE M AMMGNMHKL ........................................................147

E MRI KE L ?MKL .....................................................147KM G AMMGNMHKL ...............................................................149

KM G L ?MK.............................................................149

HPE GL.........................................................................................135

! EG ON L ..................................................................126!-$ NGKL ..........................................................................................133

!EMKHFGE ON PML ..........................................143

Q AMMGNMHK ................................................................................145

EG AIMK ..................................................................................134

EGL ..............................................................................................135KJNGR !QMGKL ..........................................................................81

NEEG LHEMHKL ...............................................................................89

NEEG NGMHG CKNEMHKL .............................................................87

NEEG NGMHG LHEMHKL .................................................................87

#GKE NKIHL CKHLLN CHNIEKL ............................................112

#NGG NEMHKL/HNEMHKL .............................................................70

$ EG ON ....................................................................126$KFHG QKL G IEQKL ..........................................................53

$ LL EMK ..................................................................................123

$ HPK A HL ...............................................................71

$ HPK KFGMHGL..................................................................130

- QK ..............................................................................................62

GL AGMGGL ..................................................................................170

GK MH CKNEK Q HEKSKL ....................................................178

GK MH CKNEK PME HEKSK..............................................178

HP LL EMKL..................................................................................121

GNE ON PML ...........................................................142

M $RK L G HPK OKL........................................114

GEER-NGE #NGG LEEMHKL .............................................66

KHFMK MRI OE M AMMGNMHKL G KE

L ?MKL 145

KHPO BKHG #GKE NKIHL AFIE?KL 10

KHPO BKHG HP HL AFIE?KL 9

KHNM

KHPO BKHG HPK AFIE?KL ............................................11EEFMK PO BKHG HPK AFIE?KL ..................................20

EEFMK O BKHG AFIE?KL ..............................................15EEFMK O NEE ON BG HPK AFIE?KL .................13

EEFMK O #GKE NKIHL AFIE?KL.....................................31

EEFMK O HP HL AFIE?KL ...............................................24

EEFMK O HPK AFIE?KL......................................................26

H EMK .......................................................................................182H KGLMHG !01 MH !10 ...........................................................181

HMHKS, KHKFFE AMMGNMHK ..............................................152

HMHKS, KHKFFE L ?MK ..........................................154

NEM-NMINM HPK OKL ............................................................118

NEMIEK, AMO..................................................................................75

KKHP BF EK $HKG .......................................................167

HL HNKL .....................................................................................79HM EMK .......................................................................................125

FG-KMHGE AGMGGL ..............................................................169KMHFH KGLNKL ..................................................................175

KMHFH KGLNKL, NEE ON BG ..............................177

LLO KJNGR NEMIEKL .............................................................77

L HD LEEMHKL ....................................................................74 PML (NEM-MKHP) ..................................................................98

PML, GE HE HNE KHP () ................................96

PML, GE HE GE KHP ()...................................96

KHG KEE ..................................................................................136

KLHG CKHLLN CHNIEKL..........................................................110KLHG $ KMOMR CHNIEKL ...................................................103

KLHG NGMHG CKNEMHKL ............................................................85

KLHG NGMHG LHEMHKL ................................................................85

HMKR HGML ......................................................................................188

MHKE $HKG AGMGGL ...................................................................168

HKM EHM $RK HPK OK .......................................................116

IMKNF AGERSK QKL G IEQKL ..........................................55

MGK #G $HKG AGMGGL...........................................................162NKFHG QKL ...........................................................................61

!01 CKNEK ON EGL .....................................................186

!01 CKNEK ON MHGL G EGL ...............................186

NGE HL....................................................................................133 NGE HKML ...................................................................................133

IHGOKMKL ......................................................................................59

KMHK-NGE #NGG LEEMHKL .....................................................68 KE L ?MK........................................................................145 KE AMMGNMHKL ....................................................................92

ON BGL .............................................................................132

ON EG KPL .................................................................135

ON MKM MHGL .............................................................127 ON IK KGLMHGL ........................................................127

ON MKFGMHGL ...................................................................130

ON MH CHQ AIMKL ............................................................137

ON PLML ..............................................................................132

BF EK $HKG............................................................167




6

D? ? ' *?<? QUINSTAR

TECHNOLOGY, INC.

KMHGL ?KHF HL AGEL AKIHKM (A) G HGML HKM: D 405 HNM MHPK HG B. !QM HG $PMHKGBEO QM. MR G M KM EG G MNKG KM HGMH$PMHKG BEO (LHNMHNG). #H IIKHQ. 5.5 FEL, MNKGE?M HG HFM BEO., H 0.5 FE, MNKG KM HG #KGKMKM. NGMK L HG RHNK KM 1/2 EHD HPG.

KMHGL ?KHF G H G HGML HNM: D 405HKM MHPK GM HG. !QM HG CKGLP BEO, G LHNM MHPK HKKG. #H 4.5 FEL, G MNKG KMHG HFM BEO. #H 0.5 FE, G MNKG E?M HG #KGKMKM. NGMK L HG RHNK KM 1/2 EHD HPG.



7


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#EHLLKR H? KFGHEHR ?HK AFIE?KL 8

KHPO BKHG HP HL AFIE?KL '" 9

KHPO BKHG #GKE NKIHL AFIE?KL 'G 10

KHPO BKHG HPK AFIE?KL ' 11EEFMK O NEE ON BG HPK AFIE?KL 'I 13

EEFMK O BKHG AFIE?KL 'G 15

EEFMK O BKHG HP HL AFIE?KL '" 18

EEFMK PO BKHG HPK AFIE?KL ' 20

EEFMK O HP HL AFIE?KL '"$ 24

EEFMK O HPK AFIE?KL '$ 26

EEFMK O #GKE NKIHL AFIE?KL 'G$ 31

GLMKNFGMMHG AFIE?KL 'AI 34

CKRHG AFIE?KL G RLMFL 'CA 36

CNLMHF IMHGL G CHG?NKMHGL ?HK AFIE?K KHNML 39

AFIE?K NMEGL 40



1

A m

pl i f i e r P r o

d u c t s

8


G<? ? *?<? ? A@<

1 B ?@? @? (1B) ?GL M HNMINMEOE M P M FIE?K'L G L 1 B ELL MG MLFEE LGE G, HK L HFIKLL R 1 B.

C??<< < FIE?K K?KL MH G FIE?K MMFR HLEEM NGK IKMNEK EH HK LHNK FIG() HGMHGL, G NGLKE LMNMHG.

D L M IHPK KG HOK P GFIE?K IKHOL NL?NE EGK HIKMHG, PM M EHPKEFM IGGM HG M GHL ?NK G M NIIK EOEMKFG R M 1 B HFIKLLHG IHGM.

G < GML M OKMHG H? G FIE?K'L GKMKLM HOK M ?NEE ?KJNGR KLIHGL KG M OG MFIKMNK QIKLL G B.

G (? , G) ?HK FIE?KL L M KMH H?HNMINM IHPK MH GINM IHPK, LI? G M LFEE LGE,EGK G KHG, PM LGE IIE M M GINM. #GG B L ?G L, # (B) = 10 EH10 # (GNFK).

H? ?? L IKHN R GHGEGK FIE?KHIKMHG G IIKL G M ?HKF H? HNMINM LGE?KJNGL M GMKE FNEMIEL H? M GINM LGE?KJNGR. G KFHG LMHKMHG L G?ENG R GINM IHPK EOE M L GKEER LI? G MKFL H?M KEMO EOE ?HK M KFHGL MH M ?NGFGMELGE IHPK.

" H? G FIE?K LG?L ML HNMINM IHPK L EGK ?NGMHG H? M GINM IHPK. A EGK FIE?KIKHNL M ML HNMINM G FIE? KIE H? M GINMLGE PM GEE HFIKLLHG G FGFE HK GHKFHG GKMHG.

# < << K?KL MH M EKLM C HK INEL LGE MM G L?ER IIE MH G FIE?K'L GINM.!QG M LI? EFM G KLNEM G GHL ?NKKMHG, GKL LMHKMHG, G KNMHG, G/HKFIE?K NKGHNM.

$? ? L M KMH H? LGE-MH-GHL IHPK KMH MG FIE?K'L GINM MH M LGE-MH-GHL IHPK KMH MM HNMINM. HL ?NK G B L KEM MH GHL ?MHK R

(G B) = 10 EH10

<? (") L M KMH H? K?EM IHPK MH GGMIHPK M M IHKM H? G FIE?K, QIKLL G B

= -20 EH T T, PK = K?EMHG H??GM.

< H? G FIE?K L G GMHG H? ML MGGR MHHLEEM HK GKM LGE M ML HNMINM PMHNM GIIE GINM.

*?-*? *-? @ @? PH-MHG MK-HKK GMKIM IHGM L FLNK H? MK-HKK IKHNML

GKM R LHG LGE KKOG M M GINM H? O LN L G FIE?K. ? 1 G 2 K M?KJNGL H? M MPH LGEL KKOG M M GINM, MFIE?K GKML GMKFH IKHNML M ML HNMINM N MHGKGM GHGEGKMR, G M ?HKF X F*1 X G*2 PK FG G K IHLMO GMKL P G LLNF GR OEN?KHF 1 MH G?GMR. HKK H? M GMKFH L ?G LF + G. $G 2*1 ] 2, 2*2 ] 1, 3*1 G 3*2 KMK-HKK IKHNML R ?GMHG. ?KLM MPH IKHNMLK EE MPH-MHG MK-HKK IKHNML L MR KGKM PG MPH MHGL K IIE LFNEMGHNLER MM GINM G M EMMK MPH K EE LGE-MHGMK-HKK IKHNML.

HK QFIE, ? 100 G 101 $S K M ?KJNGL H? MPH IIE LGEL, MG 99 G 102 $S K M MPH-MHG MK-HKK IKHNML G 300 G 303 $S K

LGE-MHG MK-HKK IKHNML. PH-MHG MK-HKKIKHNML K OKR EHL MH M LK LGEL G K OKR ??NEM MH ?EMK HNM. $G MR K H? KM FIHKMG G

LRLMF LG. G M EGK KHG, MK-HKK IKHNMLKL/GKL R 3 B ?HK OKR 1 B KL/GKL H? GINM IHPK, G HNMINM LGE IHPKKLL/GKLL R B ?HK OKR B H? GINM IHPK. G KPG HG - KI, PM GINM IHPK HG -QL G HNMINM IHPK HG M -QL, MK-HKK IKHNML?EE HG LMKM EG PM LEHI H? 3 G LGE IHPK HG LMKM EG PM LEHI 1 L LHPG EHP. BRQMGG M EGK IHKMHGL M MPH EGL, MR GMKIMM IHGM. H-HKGM G M H-HKGM H? MLIHGM K EE M GINM G HNMINM GMKIM IHGM, GM MPH ??K R G FHNGM JNE MH M LFEE-LGE GH? M FIE?K. NMINM GMKIM IHGM, 3(BF) G ELH ENEM NLG LFIE ?HKFNE.

3(BF)HNM = HNM(BF) + A/2

PK HNM (BF) L M HNMINM IHPK H? MHG GBF G "A" L M ??KG H? HNMINM IHPK GGMKFH EOE G B. GINM GMKIM IHGM L HMG R LNLMMNMG G(BF) ?HK HNM(BF) G M HO ?HKFNE.GE-MHG G MPH-MHG MK-HKK GMKIM IHGML ??KR ?Q FHNGM NM O M LF LEHI.

??<< < K?KL MH G FIE?K MM PEE GHMHLEEM KKELL H? EH HK LHNK FIG.

(OHEM LMGG PO KMH) L KEM MH KMNKG EHLL() R M ?HEEHPG:



#? B?"? $? A@<QUINSTAR

TECHNOLOGY, INC.

NGMK GHEHRaL LKL EHP GHL FKHPOFIE?KL NMES OG CL G LKM OL

Characteristics

Product Description

?HK LMM-H?-M-KM EHP GHL IK?HKFG G M 0.5-18#$S ?KJNGR KG.

Specifications

Ordering Information

HNMEG LGMHG (L IL 40-45)

G, G B

HE NFK QLJ - ABCD EF GH - IJ

?KJNGR KG, FGFNF-FQFNF, G #$S (NL 00 ?HKFGFNF ?KJ. EHP 1 #$S)

GHL ?NK, G MGM H? B(! = 40 ?HK GHL ?NK = 4.0 B)

#?< $ F $? F G G F< C (A) < (GHJ) (B) (B) (MB) 12 40-45

'"-00021818 .5-2 1.8 18 1.5 100 $3, !,

'"-00021832 .5-2 1.8 32 1.75 160 !,

'"-00021845 .5-2 1.8 45 2 220 !,

'"-02061514 2-6 1.5 14 1.75 100

'"-02061524 2-6 1.5 24 2 160

'"-02061535 2-6 1.5 35 2.25 220

'"-06183013 6-18 3 13 1.25 100 $3, !, '"-06183026 6-18 3 26 1.5 160 $3, !,

'"-06183040 6-18 3 40 1.75 230 $4,

'"-00183513 0.5-18 3.5 13 1.5 100 !,

'"-00183526 0.5-18 3.5 26 2 170 !,

'"-00183540 0.5-18 3.5 40 2.5 210

♦ 0.5-18 #$S CHOK

♦ BKH BGPM IKMHG

♦ MM-H?-M-KM HP HL K?HKFG

♦ CHFIM D

9






G, G B

HE NFK QGJ - ABCD EF GH - IJ

?KJNGR KG, FGFNF-

FQFNF, G #$S (NL 00 ?HKFGFNF ?KJ. EHP 1 #$S)

1B (IHPK M 1B GHFIKLLHG IHGM) G BF

1

A m

pl i f i e r P r o

d u c t s

10


#? B?G< @? A@<QUINSTAR

TECHNOLOGY, INC.

#

♦ 0.5-18 #$S CHOK

♦ KG H? #G IMHGL

♦ CHFIM D

NGMK GHEHRaL LKL # KHG GGKE INKIHL FIE?KL K EER LNM ?HK OKR PG FIE?MHG. FIE?KL K H??K PM

Characteristics

Product Description

GHFGE GL G 13-40 B KG, G GHFGE HNMINM 1 BHFIKLLHG IHGM IHPK (-1 B) G 13-20 BF KG.

Specifications

#?< $ F ? G G F< C (A) C (A) <

(GHJ) 1B (B) (B) (MB) 12, . -12 40-45

'G-00181314 0.5-18 13 14 1.5 120 ] !,

'G-00181326 0.5-18 13 26 1.75 180 ] !,

'G-00181340 0.5-18 13 40 2 240 ]

'G-00181713 0.5-18 17 13 1.5 200 ] !,

'G-00181726 0.5-18 17 26 1.75 270 ] !.

'G-00181740 0.5-18 17 40 2 330 ]

'G-00182013 0.5-18 20 13 1.5 400 50

'G-00182026 0.5-18 20 26 1.75 470 50

'G-00182040 0.5-18 20 40 2 530 50



11


#? B?? A@<QUINSTAR

TECHNOLOGY, INC.

♦ 1-18 #$S CHOK

♦ G H? #G & NMINM HPK IMHGL

♦ CHFIM D

NGMK GHEHRaL LKL IHPK FIE?KL NMESOG CL G LKM OL ?HK LMM-H?-M-KMIHPK IK?HKFG G M 2-18 #$S ?KJNGR KG. A

P KG H? G OENL L H??K ?HK LG?GMER

Characteristics

Product Description

IHPK HNMINM EOEL. L FIE?KL H??K G G M10-54 B KG, PM HNMINM IHPK ?KHF 23-44 BFOEE. LEG FIE?K L IKHO PM HQE

GINM/HNMINM IHKML.

Specifications

#?< $E= FE> &? G> G> F<D> ?<D CE>D (A) P?<D PCE>D %ED<>

> (GHJ) &1B (B=) (B) (MB) () D@. () (=A), =. & 40-45

'&-00182310 0.5-18 23 10 2 12 0.6 ] ] &

'&-00182324 0.5-18 23 24 2.25 12 0.7 ] ] &

'&-00182338 0.5-18 23 38 2.5 12 0.8 ] ] &

'&-02182714 2-18 27 14 2 15 1.4 ] ] &

'&-02182727 2-18 27 27 2.25 15 1.7 ] ] &

'&-02182741 2-18 27 41 2.5 15 1.8 ] ] &'&-02083014 2-8 30 14 2 15 1.4 ] ] &

'&-02083027 2-8 30 27 2.5 15 1.7 ] ] &

'&-02083041 2-8 30 41 2.5 15 1.8 ] ] &

'&-02083314 2-8 33 14 2.5 12 3 -12 50 A

'&-02083325 2-8 33 25 2.5 12 3.3 -12 50 A

'&-02083340 2-8 33 40 2.5 12 3.4 -12 50 A

'&-02083354 2-8 33 54 2.5 12 3.5 -12 50 A

'&-02083611 2-8 36 11 2.5 12 4.5 -12 50 A

'&-02083625 2-8 36 25 2.5 12 4.8 -12 50 A

'&-02083640 2-8 36 40 2.5 12 4.9 -12 50 A

'&-02083654 2-8 36 54 2.5 12 5 -12 50 A

'&-02083810 2-8 38 10 2.5 12 9 -12 100 A

'&-02083825 2-8 38 25 2.5 12 9.5 -12 100 A

'&-02083840 2-8 38 40 2.5 12 9.7 -12 100 A

'&-02083854 2-8 38 54 2.5 12 10 -12 100 A

'&-02084025 2-8 40 25 2.5 12 19 -12 100 B

'&-02084040 2-8 40 40 2.5 12 19.5 -12 100 B

'&-02084054 2-8 40 54 2.5 12 20 -12 100 B

'&-02064225 2-6 42 25 2.5 12 9.5 -12 50 B

'&-02064240 2-6 42 40 2.5 12 9.7 -12 50 B

'&-02064254 2-6 42 54 2.5 12 9.8 -12 50 B





G, G B

HE NFK QPJ - ABCD EF GH - IJ

?KJNGR KG, FGFNF-FQFNF, G #$S (NL 00 ?HKFGFNF ?KJ. EHP 1 #$S)


Specifications

1

A m

pl i f i e r P r o

d u c t s

12


#? B?? A@<QUINSTAR

TECHNOLOGY, INC.


> (GHJ) &1B (B=) (B) (MB) () D@. () (=A), =. & 40-45

'&-02064425 2-6 44 25 2.5 12 19 -12 100 B

'&-02064440 2-6 44 40 2.5 12 19.5 -12 100 B

'&-02064454 2-6 44 54 2.5 12 19.8 -12 100 B

'&-06183020 6-18 30 20 3 12 1.5M ] ] &, A

'&-06183034 6-18 30 34 3.25 12 1.55 ] ] &, A

'&-06183048 6-18 30 48 3.5 12 1.6 ] ] &, A

'&-06183320 6-18 33 20 3 12 3.5 ] ] A

'&-06183334 6-18 33 34 3.25 12 3.9 ] ] A

'&-06183348 6-18 33 48 3.5 12 4 ] ] A

'&-06183619 6-18 36 19 3 12 7 ] ] A

'&-06183633 6-18 36 33 3.25 12 7.5 ] ] A

'&-06183647 6-18 36 47 3.5 12 8 ] ] A

'&-06183818 6-18 38 18 3.5 12 14 ] ] B

'&-06183832 6-18 38 32 3.5 12 15 ] ] B

'&-06183846 6-18 38 46 3.5 12 16 ] ] B

'&-06184016 6-18 40 16 3.5 12 17 ] ] B

'&-06184030 6-18 40 30 3.5 12 17.5 ] ] B

'&-06184045 6-18 40 45 3.5 12 18 ] ] B



#<<- F<< B? A@<QUINSTAR

TECHNOLOGY, INC.

13


♦ HPK NMINM MH 38 BF

♦ #G IMHGL ?KHF 10 MH 50 B

♦ KJNGR 18-75 #$S

NGMK GHEHRaL LKL IHPK FIE?KL IKHOLMM-H?-M-KM IHPK IK?HKFG G M 18-75 #$S?KJNGR KG. LMGK FIE?K IKHNML K

H??K PM MK HQE HGGMHK HK PON IHKML.

Characteristics

Product Description

$HPOK, GR HFGMHG H? ML GMK?L L OEEL G HIMHG. A P KG H? HIMHGE ?MNKL LOEE ?HK ML FIE?KL. EL L I 39 ?HK

MEL H? ML HIMHGL.

Specifications


> (GHJ) &1B (B=) (B) (MB) () D@. () (=A), =. & 40-45

'&I-!02310 ' (18-26.5) 23 10 1.5 12 0.5 ] ] &,#,,

'&I-!02325 ' (18-26.5) 23 25 1.75 12 0.6 ] ] &,#,,

'&I-!02340 ' (18-26.5) 23 40 2 12 0.7 ] ] &,#,,

'&I-!02710 ' (18-26.5) 27 10 1.5 12 0.8 ] ] &,#,,

'&I-!02725 ' (18-26.5) 27 25 1.75 12 1.1 ] ] &,#,,

'&I-!02740 ' (18-26.5) 27 40 2 12 1.2 ] ] &,#,,'&I-!03010 ' (18-26.5) 30 10 1.75 12 1.5 ] ] A,,,

'&I-!03025 ' (18-26.5) 30 25 2 12 1.8 ] ] A,,,

'&I-!03040 ' (18-26.5) 30 40 2.25 12 1.9 ] ] A,,,

'&I-!03310 ' (18-26.5) 33 10 1.75 12 3 ] ] A,,,

'&I-!03325 ' (18-26.5) 33 25 2 12 3.6 ] ] A,,,

'&I-!03340 ' (18-26.5) 33 40 2.25 12 3.7 ] ] A,,,

'&I-!03625 ' (18-26.5) 36 25 2 12 6.8 ] ] B,',,

'&I-!03640 ' (18-26.5) 36 40 2.25 12 7 ] ] B,',,

'&I-!03825 ' (18-26.5) 38 25 2.3 9 13.5 ] ] *

'&I-!03840 ' (18-26.5) 38 40 2.5 9 14 ] ] *

'&I-!A2320 ': (26.5-40) 23 20 2.5 12 0.8 ] ] &,#,,

'&I-!A2330 ': (26.5-40) 23 30 2.5 12 0.95 ] ] &,#,,

'&I-!A2340 ': (26.5-40) 23 40 2.5 12 1.1 ] ] &,#,,

'&I-!A2350 ': (26.5-40) 23 50 2.5 12 1.2 ] ] &,#,,

'&I-!A2720 ': (26.5-40) 27 20 2.5 12 1.6 ] ] &,#,,

'&I-!A2730 ': (26.5-40) 27 30 2.5 12 1.9 ] ] &,#,,

'&I-!A2740 ': (26.5-40) 27 40 2.5 12 2 ] ] &,#,,

'&I-!A2750 ': (26.5-40) 27 50 2.5 12 2.1 ] ] &,#,,

'&I-!A3015 ': (26.5-40) 30 15 3.5 12 6.5 -12 100 B,',,

'&I-!A3025 ': (26.5-40) 30 25 3.5 12 6.7 -12 100 B,',,

'&I-!A3035 ': (26.5-40) 30 35 3.5 12 6.9 -12 100 B,',,



1

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14


#<<- F<< B? A@<QUINSTAR

TECHNOLOGY, INC.


> (GHJ) &1B (B=) (B) (MB) () D@. () (=A), =. & 40-45

'&I-!A3045 ': (26.5-40) 30 45 3.5 12 7.1 -12 100 B,',,

'&I-'02018 (33-50) 20L 18 3.5 12 0.9 ] ] A,,,

'&I-'02030 (33-50) 20L 30 3.5 12 0.95 ] ] A,,,

'&I-'02040 (33-50) 20L 40 3.5 12 1.2 ] ] A,,,

'&I-+01816 (40-60) 18L 16 3.5 12 0.5 ] ] &,#,,

'&I-+01825 (40-60) 18L 25 3.5 12 0.6 ] ] &,#,,

'&I-01616 (50-75) 16L 16 3.5 12 0.3 ] ] 2

'&I-01628 (50-75) 16L 28 3.5 12 0.4 ] ] 2

*CHGMM NGMK ?HK HNME G G?HKFMHG L = LMNKM IHPK


HIMHGL (L I 39)


G, G B

HE NFK QPI - AB CD EF GH I

PON G LGMHK0 = -G A = -G

0 = -G 0 = -G 0 = -G

1B (IHPK M 1B G

HFIKLLHG IHGM), G BF

Specifications



#<<-B? A@<QUINSTAR

TECHNOLOGY, INC.

#

♦ ??K OK 2-110 #$S

♦ BKHG K?HKFG

♦ KG H? IHPK G #G HIMHGL

♦ CHL H? IDL G GMK?L

NGMK GHEHRaL LKL # KHG GKEINKIHL, G-FIE?KL K EER LNM ?HK IHPKFIE?MHG HOK P GPM PM G G HNMINMIHPK MH LNM OKMNEER GR IIEMHG G M 2 MH 110 #$SKHG. FIE?KL K H??K PM GL KGG ?KHF10 MH 50 B, G GHFGE HNMINM IHPK H? 13 MH 20 BF,KHLL M GMK HIKMG ?KJNGR G.

LMGK FIE?K HNLG H??KL P KG GHFGMHGL H? GINM G HNMINM HQE HGGMHKL HK

Characteristics

Product Description

PON IHKML. HK 18 MH 40 #$S FIE?KL, P H??K2.9 FF HQE HGGMHKL, G 2.4 FF ?HK 40-50 #$SG 1.9 FF HGGMHK ?HK ?KJNGL RHG. AIIKHIKM HQE HK PON GINM G/HK HNMINMIHKML K H??K ?HK M GMK KG ?KHF 2 MH 110 #$S. AGR OE HFGMHG H? HQE G PON GINMG HNMINM IHKML G LNIIE, ? LK. A P KGH? HIMHGE ?MNKL L OEE ?HK ML FIE?KL.EL L I 39 ?HK MEL H? ML HIMHGL.

Specifications

15



> (GHJ) &1B (B=) (B) (MB) () D@. () (=A), =. & 40-45

'G-02301312 2-30 13 12 2 12 200 -12 50 &

'G-02301324 2-30 13 24 2 12 250 -12 50 &

'G-02301336 2-30 13 36 2 12 300 -12 50 &

'G-02301348 2-30 13 48 2 12 350 -12 50 &

'G-02301712 2-30 17 12 2 12 250 -12 50 &

'G-02301724 2-30 17 24 2 12 300 -12 50 &

'G-02301736 2-30 17 36 2 12 350 -12 50 &

'G-02301748 2-30 17 48 2 12 400 -12 50 &

'G-02302012 2-30 20 12 2 12 300 -12 50 &

'G-02302024 2-30 20 24 2 12 350 -12 50 &

'G-02302036 2-30 20 36 2 12 400 -12 50 &

'G-02302048 2-30 20 48 2 12 450 -12 50 &'G-18401415 18-40 14 15 2.7 12 180 -12 50 !,&

'G-18401423 18-40 14 23 2.8 12 230 -12 50 !,&

'G-18401431 18-40 14 31 2.9 12 280 -12 50 &

'G-18401439 18-40 14 39 3 12 330 -12 50 &

'G-18401715 18-40 17 15 2.7 12 400 ] ] !,&

'G-18401723 18-40 17 23 2.8 12 460 ] ] !,&

'G-18401731 18-40 17 31 2.9 12 530 ] ] &

'G-18401739 18-40 17 39 3 12 600 ] ] &

'G-18402015 18-40 20 15 2.7 12 800 ] ] &

'G-18402023 18-40 20 23 2.8 12 850 ] ] &



Specifications

#<<-B? A@<QUINSTAR

TECHNOLOGY, INC.

#


> (GHJ) &1B (B=) (B) (MB) () D@. () (=A), =. & 40-45

'G-18402031 18-40 20 31 2.9 12 900 ] ] &

'G-18402039 18-40 20 39 3 12 950 ] ] &

'G-33491312 33-49 13 12 2 12 500 -12 50 &,#,,

'G-33491323 33-49 13 23 2 12 550 -12 50 &,#,,

'G-33491334 33-49 13 34 2.1 12 600 -12 50 &,#,,

'G-33491345 33-49 13 45 2.2 12 650 -12 50 &,#,,

'G-33491712 33-49 17 12 2 12 500 -12 50 &,#,,

'G-33491723 33-49 17 23 2 12 550 -12 50 &,#,,

'G-33491734 33-49 17 34 2.1 12 600 -12 50 &,#,,

'G-33491745 33-49 17 45 2.2 12 650 -12 50 &,#,,

'G-15501312 15-50 13 12 2.5M 12 180 ] ] &

'G-15501324 15-50 13 24 2.6M 12 230 ] ] &

'G-15501336 15-50 13 36 2.7M 12 280 ] ] &

'G-15501348 15-50 13 48 2.8M 12 320 ] ] &

'G-33501710 33-50 17L 10 2.5M 12 360 ] ] &,#,,

'G-33501722 33-50 17L 22 2.6M 12 410 ] ] &,#,,

'G-33501736 33-50 17L 36 2.7M 12 460 ] ] &,#,,

'G-33501748 33-50 17L 48 2.8M 12 510 ] ] &,#,,

'G-45571315 45-57 13M 15 2.5 12 180 ] ] &,#,,

'G-45571325 45-57 13M 25 2.6 12 240 ] ] &,#,,

'G-45571335 45-57 13M 35 2.7 12 300 ] ] &,#,,

'G-45571345 45-57 13M 45 2.8 12 350 ] ] &,#,,

'G-45571615 45-57 16M 15 2.5 12 310 ] ] &,#,,'G-45571625 45-57 16M 25 2.6 12 370 ] ] &,#,,

'G-45571635 45-57 16M 35 2.7 12 430 ] ] &,#,,

'G-45571645 45-57 16M 45 2.8 12 480 ] ] &,#,,

'G-45571915 45-57 19L 15 2.5 12 360 ] ] A,,,

'G-45571925 45-57 19L 25 2.6 12 480 ] ] A,,,

'G-45571935 45-57 19L 35 2.7 12 600 ] ] A,,,

'G-45571945 45-57 19L 45 2.8 12 700 ] ] A,,,

'G-50751315 50-75 13L 15M 3.5M 8 200 ] ] 1

'G-50751330 50-75 13L 30M 3.5M 8 270 ] ] 1

'G-50751515 50-75 15L 15M 3.5M 8 400 ] ] C1

'G-50751530 50-75 15L 30M 3.5M 8 470 ] ] C1

'G-50751715 50-75 17L 15M 3.5M 8 800 ] ] C2

'G-50751730 50-75 17L 30M 3.5M 8 950 ] ] C2

'G-50662015 50-66 20 15 3.5M 8 1100 ] ] C1

'G-50662030 50-66 20 30 3.6 8 1200 ] ] C1

'G-70781715 70-78 17 15 2.5M 8 500 ] ] 1

'G-70781725 70-78 17 25 3M 8 800 ] ] 1

'G-70782015 70-78 20L 15 2.5M 8 1000 ] ] C1

'G-70782025 70-78 20L 25 3M 8 1600 ] ] C1

'G-81911715 81-91 17 15 2.5M 5 300 ] ] 1

'G-81911730 81-91 17 30 3M 5 500 ] ] 1

'G-81912014 81-91 20L 14 2.5M 5 300 ] ] C1


16

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1




HIMHGL (L I 39)


G, G B

HE NFK QGW - ABCD EF GH IJ - K

?KJNGR KG, FGFNF-FQFNF, G #$S


#<<-B? A@<QUINSTAR

TECHNOLOGY, INC.

#

Specifications


> (GHJ) &1B (B=) (B) (MB) () D@. () (=A), =. & 40-45

'G-81912030 81-91 20L 30 3M 5 500 ] ] C1

L = LMNKM IHPKM = MRIE OEN


17



#<<- B?"? $? A@<QUINSTAR

TECHNOLOGY, INC.

♦ ??K HOK 2-110 #$S


♦ HP HPK CHGLNFIMHG

NGMK GHEHRaL LKL EHP GHL FIE?KLNMES OG CL G LKM OL ?HK LMM-H?-M-KM GHL IK?HKFG G M 2-110 #$S ?KJNGR

KG. FHKMR H? ML FIE?KL H??K KMK MG LMGK PON GPM, G NL IIKHIKMHQE HK PON GMK?L. LMGK FIE?KHNLG H??KL P KG G HFGMHGL H? GINM GHNMINM HQE HGGMHKL HK PON IHKML. HK 18 MH 40#$S FIE?KL, P H??K 2.9 FF HQE HGGMHKL, G

Characteristics

Product Description

2.4 FF ?HK 40-50 #$S G 1.9 FF HGGMHK ?HK?KJNGL RHG. AGR OE HFGMHG H? HQEG PON GINM G HNMINM IHKML G LNIIE, ?

LK. L EHP GHL FIE?KL K NL?NE G !LRLMFL, MLM JNIFGM, G GLMKNFGMMHG LRLMFL PK EHP LRLMF GHL ?NK L OKR FIHKMGM. A PKG H? HIMHGE ?MNKL L OEE ?HK ML FIE?KL.EL L I 39 ?HK MEL H? ML HIMHGL.

Specifications

#?< $ F $? F G (B) G F< C < (GHJ) (B) (MB) (A) . (@ 40-45)

12

'"-00504521 2-50 4.5* 21 2* 150

'"-00504533 2-50 4.5* 33 2.5* 200

'"-14273516 14-27 3.5 16 2 150

'"-14273528 14-27 3.5 28 2.1 200

'"-14273540 14-27 3.5 40 2.2 250

'"-15262820 15-26 2.8 20 2.75 100 ,!

'"-15262840 15-26 2.8 40 3 180 ,!

'"-15262855 15-26 2.8 55 3.25 300

'"-18262520 18-26.5 2.5 20 2.5 100 ,!,#,,

'"-18262530 18-26.5 2.5 30 2.5 170 ,!,#,,

'"-18262540 18-26.5 2.5 40 2.5 230 ,#,,

'"-10333510 10-33 3.5 10 2 100 , !

'"-10333522 10-33 3.5 22 2.1 150 '"-10333535 10-33 3.5 35 2.2 200

'"-18404510 18-40 4.5* 10 2 100 , !

'"-18404520 18-40 4.5* 20 2.1 150

'"-18404530 18-40 4.5* 30 2.2 200

'"-18404540 18-40 4.5* 40 2.3 260

'"-24403328 24-40 3.3 28 3.5 180 ,!

'"-24403336 24-40 3.3 36 3.5 250


18

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#<<- B?"? $? A@<QUINSTAR

TECHNOLOGY, INC.

Specifications

#?< $ F $? F G (B) G F< C < (GHJ) (B) (MB) (A) . (@ 40-45)

12

'"-36464815 36-46 4.8 15 2.25 100 ,!,#,,

'"-36464826 36-46 4.8 26 2.5 180 ,!,#,,

'"-36464835 36-46 4.8 35 2.5 250 ,#,,

'"-33505510 33-50 5.5* 10 2.5* 100 ,#,,

'"-33505520 33-50 5.5* 20 2.6 150 ,#,,

'"-33505530 33-50 5.5* 30 2.7 200 ,#,,

'"-33505540 33-50 5.5* 40 2.8 260 ,#,,

'"-48605016 48-60 5* 16 3 200 ,#,,

'"-48605025 48-60 5* 25 3.25 300 ,#,,

'"-48605035 48-60 5* 35 3.5 400 ,#,,

'"-50754515 50-75 4.5* 15 3 100 1,1

'"-50754530 50-75 4.5* 30 3.5 200 1,2

'"-60905518 60-90 5.5* 18 3.5 80 1, 1

'"-60905530 60-90 5.5* 30 3.5 120 1, 2

'"-75B05512 75-110 5.5* 12 3.5* 80 1, 1

'"-75B05522 75-110 5.5* 22 5* 120 1,2


HIMHGL (L I 39)


G, G B

HE NFK QLW - ABCD EF GH IJ - K

?KJNGR KG, FGFNF-FQFNF ?KJNGL, G #$S

GHL ?NK, G MGML H? B(QFIE: ! = 45 ?HKGHL ?NK = 4.5 B)

* = MRIE OEN


19



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20


#<<- B?? A@<QUINSTAR

TECHNOLOGY, INC.

♦ BKH BGPM H? IKMHG

♦ $ HPK K?HKFG

♦ AOEE ?KHF 15 MH 95 #$S

NGMK GHEHRaL LKL IHPK FIE?KL NMESOG CL G LKM OL ?HK LMM-H?-M-KMIHPK IK?HKFG G M 15-95 #$S ?KJNGR KG.

LMGK FIE?K HNLG H??KL P KG GHFGMHGL H? GINM G HNMINM HQE HGGMHKL HK PON IHKML. HK 15 MH 40 #$S FIE?KL, P H??K 2.9FF HQE HGGMHKL, G 2.4 FF ?HK 40-50 #$S G 1.9FF HGGMHKL ?HK ?KJNGL RHG. AIIKHIKM

Characteristics

Product Description

PON GINM G/HK HNMINM IHKML K H??K ?HK MGMK KG ?KHF 15 MH 95 #$S. AGR OE HFGMHG H? HQE G PON GINM G HNMINM IHKML G

LNIIE, ? LK. G MHG MH M LMGK IKHNML,NGMK G IKHN NLMHFS FIE?KL MH LI?KJNKFGML. A P KG H? HIMHGE ?MNKL LOEE ?HK ML FIE?KL. EL L I 39 ?HKMEL H? ML HIMHGL.

Specifications


> (GHJ) &1B (B=) (B) (MB) () D@. () (=A), =. & 40-45

'&-15272313 15-27 23 13 2 12 1 ] ] &

'&-15272328 15-27 23 28 2 12 1.1 ] ] &

'&-15272344 15-27 23 44 2 12 1.2 ] ] &

'&-15272713 15-27 27 13 2 12 1.6 ] ] &

'&-15272728 15-27 27 28 2 12 1.7 ] ] &

'&-15272744 15-27 27 44 2 12 1.8 ] ] &

'&-15273012 15-27 30 12 2 12 3.3 ] ] A

'&-15273022 15-27 30 22 2 12 3.4 ] ] A

'&-15273032 15-27 30 32 2 12 3.6 ] ] A

-15273042 15-27 30 42 2 12 3.7 ] ] A

-15273211 15-27 32 11 2 12 6 ] ] A

'&-15273221 15-27 32 21 2 12 6.3 ] ] A

'&-15273231 15-27 32 31 2 12 6.4 ] ] A

'&-15273241 15-27 32 41 2 12 6.5 ] ] A

'&-18282311 18-28 23 11 2 12 0.7 ] ] &,#,,'&-18282327 18-28 23 27 2 12 0.8 ] ] &,#,,

'&-18282343 18-28 23 43 2 12 0.9 ] ] &,#,,

'&-18282710 18-28 27 10 2 12 0.8 ] ] &,#,,

'&-18282716 18-28 27 16 2 12 1.1 ] ] &,#,,

'&-18282742 18-28 27 42 2 12 1.2 ] ] &,#,,

'&-18283025 18-28 30 25 2.2 12 1.8 ] ] A

'&-18283036 18-28 30 36 2.3 12 1.9 ] ] A

'&-18283046 18-28 30 46 2.3 12 2 ] ] A

'&-18283320 18-28 33 20 2.0 12 3.3 ] ] A

'&-18283330 18-28 33 30 2.2 12 3.4 ] ] A



21


Specifications


TECHNOLOGY, INC.


> (GHJ) &1B (B=) (B) (MB) () D@. () (=A), =. & 40-45

'&-18283340 18-28 33 40 2.3 12 3.5 ] ] A

'&-18283620 18-28 36 20 2.2 12 7 ] ] B

'&-18283630 18-28 36 30 2.3 12 7.5 ] ] B

'&-18283640 18-28 36 40 2.4 12 7.7 ] ] B

'&-18283820 18-28 38 20 2.5 12 14 ] ] *

'&-18283830 18-28 38 30 2.6 12 15 ] ] *

'&-18283840 18-28 38 40 2.7 12 15.5 ] ] *

'&-26352315 26.5-34.5 23 15 1.8 12 0.4 ] ] &,#,,

'&-26352326 26.5-34.5 23 26 2 12 0.45 ] ] &,#,,

'&-26352337 26.5-34.5 23 37 2.3 12 0.5 ] ] &,#,,

'&-26352348 26.5-34.5 23 48 2.5 12 0.55 ] ] &,#,,

'&-26352815 26.5-34.5 28 15 2 12 1.5 ] ] A,,,

'&-26352826 26.5-34.5 28 26 2.3 12 1.6 ] ] A,,,

'&-26352837 26.5-34.5 28 37 2.5 12 1.7 ] ] A,,,

'&-26352848 26.5-34.5 28 48 2.8 12 1.8 ] ] A,,,

'&-26353013 26.5-34.5 30 13 3 12 3 ] ] B,',,

'&-26353024 26.5-34.5 30 24 3 12 3.2 ] ] B,',,

'&-26353035 26.5-34.5 30 35 3 12 3.4 ] ] B,',,

'&-26353046 26.5-34.5 30 46 3 12 3.6 ] ] B,',,

'&-20452320 20-45 23 20 2.5 12 0.8 ] ] &

'&-20452330 20-45 23 30 2.5 12 0.95 ] ] &

'&-20452340 20-45 23 40 2.5 12 1.1 ] ] &

'&-20452350 20-45 23 50 2.5 12 1.2 ] ] &'&-20452720 20-45 27 20 2.5 12 1.6 ] ] &

'&-20452730 20-45 27 30 2.5 12 1.9 ] ] &

'&-20452740 20-45 27 40 2.5 12 2 ] ] &

'&-20452750 20-45 27 50 2.5 12 2.1 ] ] &

'&-20452918 20-45 29 18 3 12 3.2 -12 50 A

'&-20452928 20-45 29 28 3 12 3.6 -12 50 A

'&-20452940 20-45 29 40 3 12 3.8 -12 50 A

'&-20452950 20-45 29 50 3 12 4 -12 50 A

'&-24313020 24-31 30 20 2 10 2.5 -12 50 A,,,

'&-24313030 24-31 30 30 2 10 2.6 -12 50 A,,,

'&-24313040 24-31 30 40 2 10 2.7 -12 50 A,,,

'&-24313050 24-31 30 50 2 10 2.8 -12 50 A,,,

'&-24313320 24-31 33 20 2 10 3.5 -12 50 A,,,

'&-24313330 24-31 33 30 2 10 3.6 -12 50 A,,,

'&-24313340 24-31 33 40 2 10 3.7 -12 50 A,,,

'&-24313350 24-31 33 50 2 10 3.8 -12 50 A,,,

'&-24313618 24-31 36 18 2 10 7 -12 50 A,,,

'&-24313628 24-31 36 28 2 10 7.1 -12 50 A,,,

'&-24313638 24-31 36 38 2 10 7.2 -12 50 A,,,

'&-24313648 24-31 36 48 2 10 7.5 -12 50 A,,,

'&-24313817 24-31 38 17 2 10 14 -12 100 B,',,

'&-24313827 24-31 38 27 2 10 14.2 -12 100 B,',,



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TECHNOLOGY, INC.

Specifications


> (GHJ) &1B (B=) (B) (MB) () D@. () (=A), =. & 40-45

'&-24313837 24-31 38 37 2 10 14.4 -12 100 B,',,

'&-24313847 24-31 38 47 2 10 15 -12 100 B,',,

'&-24314017 24-31 40L 17 2 10 28 -12 100 *

'&-24314027 24-31 40L 27 2 10 28.4 -12 100 *

'&-24314037 24-31 40L 37 2 10 28.8 -12 100 *

'&-24314047 24-31 40L 47 2 10 30 -12 100 *

'&-30403010 30-40 30 10 3 10 3 -12 50 A,,,

'&-30403020 30-40 30 20 3 10 3.5 -12 50 A,,,

'&-30403030 30-40 30 30 3 10 3.5 -12 50 A,,,

'&-30403040 30-40 30 40 3 10 3.6 -12 50 A,,,

'&-30403310 30-40 33 10 3 10 6 -12 50 A,,,

'&-30403320 30-40 33 20 3 10 6.5 -12 50 A,,,

'&-30403330 30-40 33 30 3 10 6.5 -12 50 A,,,

'&-30403340 30-40 33 40 3 10 6.6 -12 50 A,,,

'&-30403510 30-40 35 10 3 10 12 -12 50 B,',,

'&-30403520 30-40 35 20 3 10 13 -12 50 B,',,

'&-30403530 30-40 35 30 3 10 13 -12 50 B,',,

'&-30403540 30-40 35 40 3 10 13.5 -12 50 B,',,

'&-30403720 30-40 37L 20 3 10 17 -12 50 B,',,

'&-30403730 30-40 37L 30 3 10 17 -12 50 B,',,

'&-30403740 30-40 37L 40 3 10 17.3 -12 50 B,',,

'&-30403750 30-40 37L 50 3 10 17.6 -12 50 B,',,

'&-32482310 32-48 23 10 2 12 0.7 -12 30 &,#,,'&-32482322 32-48 23 22 2 12 0.8 -12 30 &,#,,

'&-32482334 32-48 23 34 2 12 0.9 -12 30 &,#,,

'&-32482346 32-48 23 46 2 12 1 -12 30 &,#,,

'&-32472718 32-47 27 18 2 12 1.5 -12 50 &,#,,

'&-32472730 32-47 27 30 2 12 1.6 -12 50 &,#,,

'&-32472742 32-47 27 42 2 12 1.7 -12 50 &,#,,

'&-32472923 32-47 29 23 2 12 1.5 -12 50 &,#,,

'&-32472935 32-47 29 35 2 12 1.6 -12 50 &,#,,

'&-32472947 32-47 29 47 2 12 1.7 -12 50 &,#,,

'&-40473215 40-47 32 15 2.5 10 14 -12 100 A,,,

'&-40473235 40-47 32 35 2.5 10 14.5 -12 100 A,,,

'&-40473247 40-47 32 47 2.5 10 15 -12 100 A,,,

'&-45572215 45-57 22L 15 2.5 12 2 -12 50 A,,,

'&-45572225 45-57 22L 25 2.6 12 2.1 -12 50 A,,,

'&-45572235 45-57 22L 35 2.7 12 2.2 -12 50 A,,,

'&-45572245 45-57 22L 45 2.8 12 2.3 -12 50 A,,,

'&-50662315 50-66 23 15 3.5 8 2.2 ] ] C2

'&-50662330 50-66 23 30 3.5 8 2.3 ] ] C2

'&-71762128 71-76 21 28 2 6 0.7 ] ] 2

'&-80912215 80-91 22L 15 3 8 2.2 ] ] C1

'&-80912230 80-91 22L 30 3 8 2.3 ] ] C1



23



TECHNOLOGY, INC.


HIMHGL (L I 39)


G, G B

HE NFK QPW - ABCD EF GH IJ - K


1B (IHPK M 1B GHFIKLLHG IHGM) G BF(HK LMNKM IHPK PK IIEE)

Specifications


> (GHJ) &1B (B=) (B) (MB) () D@. () (=A), =. & 40-45

'&-90952318 90-95 23 18 3 5 0.8 ] ] 2

'&-90952328 90-95 23 28 3 5 1 ] ] 2

'&-90952715 90-95 27 15 3 5 1.8 ] ] C1

'&-90952728 90-95 27 28 3 5 2 ] ] C1

'&-90953020 90-95 30 20 3.5 5 5 ] ] C2

'&-90953030 90-95 30 30 3.5 5 5.2 ] ] C2

L = MNKM HPK*EL HGMM NGMK ?HK HNMEG G?HKFMHG.



1

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24


#<<- "? $? A@<QUINSTAR

TECHNOLOGY, INC.

♦ ??K OK 18-104 #$S G


♦ EMHG H? #G G HL NKL


NGMK ><GHEH@RaL L>K>L * EHP GHL> FIE?>KL

NMES> OG<> CL G L<K>M> >O<>L ?HK LMM>-H?-M>-

KM EHP GHL> I>K?HKFG<> G M> 18-104 #$S ?K>JN>G<R

KG@>. >L> FIE?>KL HI>KM> HO>K NI MH 4 #$S

;GPM M FHLM ?K>JN>G<R KG@>L H? <HFF>K<E HK

FEMKR GM>K>LM. > KG@> H? GHL> ?@NK>L G @GL K>

H??>K> HO>K >< ?K>JN>G<R GM>KOE.

> LMGK FIE?>K HNLG@ H??>KL P> KG@> G

<HF;GMHGL H? GINM G HNMINM <HQE <HGG><MHKL HK

Characteristics

Product Description

PO>@N> IHKML. "HK 18 MH 40 #$S FIE?>KL, P> H??>K 2.9

FF <HQE <HGG><MHKL, G 2.4 FF ?HK 40-50 #$S G 1.9

FF <HGG><MHK ?HK ?K>JN>G<>L ;>RHG. AIIKHIKM>

PO>@N> GINM G/HK HNMINM IHKML K> H??>K> ?HK M>

>GMK> KG@> ?KHF 18 MH 104 #$S. AGR OE <HF;GMHG H?

<HQE G PO>@N> GINM G HNMINM IHKML <G ;>

LNIIE>, ? >LK>. GM>@KE PO>@N> LHEMHKL K> ELH

OE;E> ?HK FIKHO> GINM G HNMINM FM<>L. A P>

KG@> H? HIMHGE ?>MNK>L L OE;E> ?HK M>L> FIE?>KL.

E>L> L>> I@> 39 ?HK >MEL H? M>L> HIMHGL.

Specifications

#?< $ F $? F G (B) G F< C <

(GHJ) (B) (MB) (A) . (@ 40-45)'"$-ABCD2520 18-22 2.5 20 1 100 ,!,#,,,1

'"$-ABCD2540 18-22 2.5 40 1.25 180 ,!,#,,

'"$-ABCD2550 18-22 2.5 50 1.5 250 ,#,,

'"$-ABCD2520 22-26 2.5 20 1 100 ,!,#,,,1

'"$-ABCD2540 22-26 2.5 40 1.25 180 ,!,#,,,1

'"$-ABCD2550 22-26 2.5 50 1.5 250 ,#,,

'"$-ABCD2822 26-32 2.8 22 1.75 100 ,!,#,,,1

'"$-ABCD2834 26-32 2.8 34 2 150 ,!,#,,,1

'"$-ABCD2846 26-32 2.8 46 2.25 250 ,#,,

'"$-ABCD2822 32-36 2.8 22 1 100 ,!,#,,,1

'"$-ABCD2834 32-36 2.8 34 1.25 150 ,!,#,,,1

'"$-ABCD2846 32-36 2.8 46 1.5 250 ,#,,

'"$-ABCD2818 36-40 2.8 18 1.75 100 ,!,#,,,1

'"$-ABCD2830 36-40 2.8 30 2 150 ,!,#,,,1

'"$-ABCD2840 36-40 2.8 40 2.25 250 ,#,,

'"$-ABCD3522 38-42 3.5 22 2 150 ,!,#,,,1

'"$-ABCD3534 38-42 3.5 34 2 200 ,!,#,,

'"$-ABCD3546 38-42 3.5 46 2 250 ,#,,

'"$-ABCD3522 40-45 3.5 22 2 150 ,!,#,,,1

'"$-ABCD3534 40-45 3.5 34 2 200 ,!,#,,

'"$-ABCD3546 40-45 3.5 46 2 250 ,#,,

'"$-ABCD4518 42-46 4.5 18 1.5 150 ,!,#,,,1



#<<- "? $? A@<QUINSTAR

TECHNOLOGY, INC.

Specifications

25



HIMHGL (L I 39)


G, G B

HE NFK QLN - AB CD EF GH IJ - K

GMK ?KJNGR G #$S( A0 = 100 #$S, A1 = 101 #$S,

B1 = 111 #$S, M.)

GPM G #$S NI MH 4 #$S

GHL ?NK, G MGML H? B(QFIE: ! = 32 ?HK GHL ?NK = 3.2 B

#?< $ F $? F G (B) G F< C < (GHJ) (B) (MB) (A) . (@ 40-45)

'"$-ABCD4527 42-46 4.5 27 1.75 200 ,#,,

'"$-ABCD4537 42-46 4.5 37 2 250 ,#,,

'"$-ABCD4520 46-50 4.5 20 2 180 ,!,#,,

'"$-ABCD4530 46-50 4.5 30 2.1 250 ,#,,

'"$-ABCD4540 46-50 4.5 40 2.2 300 ,#,,

'"$-ABCD4520 50-54 4.5 20 2 180 1,#

'"$-ABCD4530 50-54 4.5 30 2.1 250 1,#

'"$-ABCD4540 50-54 4.5 40 2.2 300 1,#

'"$-ABCD4518 54-58 4.5 18 1.5 100 1,#

'"$-ABCD4536 54-58 4.5 36 2 180 1,#,2

'"$-ABCD4518 58-62 4.5 18 1.5 100 1,1'"$-ABCD4536 58-62 4.5 36 2 180 1,2

'"$-ABCD4518 62-66 4.5 18 1.5 100 1,1

'"$-ABCD4536 62-66 4.5 36 2 180 1,2

'"$-ABCD4518 66-70 4.5 18 1.5 100 1,1

'"$-ABCD4536 66-70 4.5 36 2 180 1,2

'"$-ABCD4518 70-74 4.5 18 1.5 100 1,1

'"$-ABCD4536 70-74 4.5 36 2 180 1,2

'"$-ABCD5518 74-78 5.5M 18 2 100 1,2

'"$-ABCD5530 74-78 5.5M 30 2.2 130 1

'"$-ABCD5518 78-82 5.5M 18 2 100 1,2

'"$-ABCD5530 78-82 5.5M 30 2.2 130 1

'"$-ABCD5518 82-86 5.5M 18 2 100 1,2

'"$-ABCD5530 82-86 5.5M 30 2.2 130 1'"$-ABCD5518 86-92 5.5M 18 2 100 1,2

'"$-ABCD5530 86-92 5.5M 30 2.2 130 1

'"$-ABCD6515 92-96 6.5 15 1.5 80 1,1

'"$-ABCD6528 92-96 6.5 28 2 150 1,2

'"$-ABCD5510 96-100 5.5 10 2 50 1,1

'"$-ABCD5524 96-100 5.5 24 2.5 150 1,2

'"$-ABCD5510 100-104 5.5 10 2M 50 1,1

'"$-ABCD5520 100-104 5.5 20 2.5M 100 1,2

M = MRIE



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26


#<<- H? A@<QUINSTAR

TECHNOLOGY, INC.

♦ 18-95 #$S CHOK

♦ MM-?--AKM HPK K?HKFG

♦ K EMHG H? MGK HEL

NGMK GHEHRaL LKL IHPK FIE?KL NMESOG EEFMK PO HGHEM GMKM CKNML(CL) G LKM OL ?HK LMM-H?-M-KM IHPK

IK?HKFG NI MH 4 #$S GPM G M 18-95 #$S?KJNGR KG. LMGK FIE?K HNLG H??KL P KG G HFGMHGL H? GINM G HNMINM HQEHGGMHKL HK PON IHKML. HK 18 MH 40 #$SFIE?KL, P H??K 2.9 FF HQE HGGMHKL, G 2.4FF ?HK 40-50 #$S G 1.9 FF HGGMHKL ?HK ?KJNGL

Characteristics

Product Description

RHG. AIIKHIKM PON GINM G/HK HNMINMIHKML K H??K ?HK M GMK KG ?KHF 18 MH 95 #$S. AGR OE HFGMHG H? HQE G PON GINM

G HNMINM IHKML G LNIIE, ? LK.

G MHG MH M LMGK IKHNML, NGMK GIKHN NLMHFS FIE?KL MH LI? KJNKFGML. A P> KG@> H? HIMHGE ?>MNK>L L OE;E> ?HK M>L>

FIE?>KL. E>L> L>> I@> 39 ?HK >MEL H? M>L> HIMHGL.

Specifications

#?< $ F ? G ?< C (A) P?< PC <

1 (GHJ) 1B (B) (B) () @. () (A), . 40-45

'$-ABCD2310 18-22 23 10 12 0.5 ] ] .#,,

'$-ABCD2325 18-22 23 25 12 0.6 ] ] .#,,'$-ABCD2340 18-22 23 40 12 0.7 ] ] .#,,

'$-ABCD2710 18-22 27 10 12 0.8 ] ] .#,,

'$-ABCD2725 18-22 27 25 12 1.1 ] ] .#,,

'$-ABCD2740 18-22 27 40 12 1.2 ] ] .#,,

'$-ABCD3010 18-22 30 10 12 1.5 ] ] A,,,

'$-ABCD3025 18-22 30 25 12 1.8 ] ] A,,,

'$-ABCD3040 18-22 30 40 12 1.9 ] ] A,,,

'$-ABCD3310 18-22 33 10 10 3 ] ] A,,,

'$-ABCD3325 18-22 33 25 10 3.4 ] ] A,,,

'$-ABCD3340 18-22 33 40 10 3.5 ] ] A,,,

'$-ABCD3620 18-22 36 20 10 6M -12 150 B,,,

'$-ABCD3640 18-22 36 40 10 6.5 -12 150 B,,,

'$-ABCD3820 18-22 38 20 10 12 -12 150 B,,,

'$-ABCD3840 18-22 38 40 10 13 -12 150 B,,,

'$-ABCD2310 22-26 23 10 12 0.5 ] ] .#,,

'$-ABCD2325 22-26 23 25 12 0.6 ] ] .#,,

'$-ABCD2340 22-26 23 40 12 0.7 ] ] .#,,

'$-ABCD2710 22-26 27 10 12 0.8 ] ] .#,,

'$-ABCD2725 22-26 27 25 12 1.1 ] ] .#,,

'$-ABCD2740 22-26 27 40 12 1.2 ] ] .#,,

'$-ABCD3010 22-26 30 10 12 1.5 ] ] A,,,

'$-ABCD3025 22-26 30 25 12 1.8 ] ] A,,,

'$-ABCD3040 22-26 30 40 12 1.9 ] ] A,,,



#<<- H? A@<QUINSTAR

TECHNOLOGY, INC.

27


Specifications

#?< $ F ? G ?< C (A) P?< PC <

1 (GHJ) 1B (B) (B) () @. () (A), . 40-45

'$-ABCD3310 22-26 33 10 10 3 ] ] A,,,

'$-ABCD3325 22-26 33 25 10 3.4 ] ] A,,,

'$-ABCD3340 22-26 33 40 10 3.5 ] ] A,,,

'$-ABCD3620 22-26 36 20 10 6 -12 150 B,,,

'$-ABCD3640 22-26 36 40 10 6.5 -12 150 B,,,

'$-ABCD3820 22-26 38 20 10 12 -12 150 B,,,

'$-ABCD3840 22-26 38 40 10 13 -12 150 B,,,

'$-ABCD2315 26-32 23 15 12 0.4 ] ] .#,,

'$-ABCD2326 26-32 23 26 12 0.45 ] ] .#,,

'$-ABCD2337 26-32 23 37 12 0.5 ] ] .#,,

'$-ABCD2348 26-32 23 48 12 0.55 ] ] .#,,

'$-ABCD2713 26-32 27 13 12 0.9 ] ] .#,,

'$-ABCD2728 26-32 27 28 12 1.1 ] ] .#,,

'$-ABCD2739 26-32 27 39 12 1.2 ] ] .#,,

'$-ABCD2750 26-32 27 50 12 1.3 ] ] .#,,

'$-ABCD3027 26-32 30 27 12 3.1 ] ] A,,,

'$-ABCD3038 26-32 30 38 12 3.2 ] ] A,,,

'$-ABCD3050 26-32 30 50 12 3.3 ] ] A,,,

'$-ABCD3327 26-32 33 27 12 4.4 -12 50 A,,,

'$-ABCD3338 26-32 33 38 12 4.5 -12 50 A,,,

'$-ABCD3350 26-32 33 50 12 4.6 -12 50 A,,,

'$-ABCD3627 26-32 36 27 8 8.8 -12 50 B,,,

'$-ABCD3638 26-32 36 38 8 9 -12 50 B,,,'$-ABCD3650 26-32 36 50 8 9.6 -12 50 B,,,

'$-ABCD3827 26-32 38 27 8 17 -12 50 *

'$-ABCD3838 26-32 38 38 8 18 -12 50 *

'$-ABCD3850 26-32 38 50 8 19 -12 50 *

'$-ABCD2312 32-36 23 12 12 0.7 ] ] .#,,

'$-ABCD2325 32-36 23 25 12 0.8 ] ] .#,,

'$-ABCD2336 32-36 23 36 12 0.9 ] ] .#,,

'$-ABCD2347 32-36 23 47 12 0.95 ] ] .#,,

'$-ABCD2712 32-36 27 12 12 1.4 ] ] .#,,

'$-ABCD2725 32-36 27 25 12 1.6 ] ] .#,,

'$-ABCD2736 32-36 27 36 12 1.8 ] ] .#,,

'$-ABCD2747 32-36 27 47 12 2 ] ] .#,,

'$-ABCD3010 32-36 30 10 12 2.8 -12 50 A,,,

'$-ABCD3023 32-36 30 23 12 3 -12 50 A,,,

'$-ABCD3035 32-36 30 35 12 3.2 -12 50 A,,,

'$-ABCD3045 32-36 30 45 12 3.5 -12 50 A,,,

'$-ABCD3312 32-36 33 12 12 4.8 -12 100 A,,,

'$-ABCD3323 32-36 33 23 12 5 -12 100 A,,,

'$-ABCD3335 32-36 33 35 12 5.2 -12 100 A,,,

'$-ABCD3345 32-36 33 45 12 5.5 -12 100 A,,,

'$-ABCD3621 32-36 36 21 10 9 -12 100 B,,,

'$-ABCD3630 32-36 36 30 10 9.5 -12 100 B,,,



#<<- H? A@<QUINSTAR

TECHNOLOGY, INC.

Specifications

#?< $ F ? G ?< C (A) P?< PC <

1 (GHJ) 1B (B) (B) () @. () (A), . 40-45

'$-ABCD3640 32-36 36 40 10 10 -12 100 B,,,

'$-ABCD3820 32-36 38 20 10 18 -12 100 *

'$-ABCD3830 32-36 38 30 10 19 -12 100 *

'$-ABCD3840 32-36 38 40 10 20 -12 100 *

'$-ABCD2313 36-40 23 13 12 0.35 ] ] .#,,

'$-ABCD2324 36-40 23 24 12 0.4 ] ] .#,,

'$-ABCD2335 36-40 23 35 12 0.5 ] ] .#,,

'$-ABCD2345 36-40 23 45 12 0.55 ] ] .#,,

'$-ABCD2710 36-40 27 10 12 0.9 ] ] .#,,

'$-ABCD2723 36-40 27 23 12 1.2 ] ] .#,,

'$-ABCD2734 36-40 27 34 12 1.3 ] ] .#,,

'$-ABCD2745 36-40 27 45 12 1.4 ] ] .#,,

'$-ABCD3021 36-40 30 21 12 2.7 ] ] A,,,

'$-ABCD3032 36-40 30 32 12 2.8 ] ] A,,,

'$-ABCD3043 36-40 30 43 12 2.9 ] ] A,,,

'$-ABCD3321 36-40 33 21 12 4.5 -12 100 A,,,

'$-ABCD3332 36-40 33 32 12 4.7 -12 100 A,,,

'$-ABCD3343 36-40 33 43 12 4.8 -12 100 A,,,

'$-ABCD3621 36-40 36 21 10 9.4 -12 100 B,,,

'$-ABCD3632 36-40 36 32 10 9.6 -12 100 B,,,

'$-ABCD3643 36-40 36 43 10 10 -12 100 B,,,

'$-ABCD3820 36-40 38 20 10 18 -12 100 *

'$-ABCD3832 36-40 38 32 10 19 -12 100 *'$-ABCD3843 36-40 38 43 10 20 -12 100 *

'$-ABCD2325 40-44 23 25 12 1.8 -12 50 A,,,

'$-ABCD2335 40-44 23 35 12 1.95 -12 50 A,,,

'$-ABCD2345 40-44 23 45 12 2.2 -12 50 A,,,

'$-ABCD2355 40-44 23 55 12 2.4 -12 50 A,,,

'$-ABCD2725 40-44 27 25 12 3.5 -12 50 A,,,

'$-ABCD2735 40-44 27 35 12 3.6 -12 50 A,,,

'$-ABCD2745 40-44 27 45 12 3.6 -12 50 A,,,

'$-ABCD2755 40-44 27 55 12 3.7 -12 50 A,,,

'$-ABCD3013 40-44 30 13 12 5.0 -12 50 A,,,

'$-ABCD3023 40-44 30 23 12 5.5 -12 50 A,,,

'$-ABCD3033 40-44 30 33 12 5.7 -12 50 A,,,

'$-ABCD3043 40-44 30 43 12 5.9 -12 50 A,,,

'$-ABCD3312 40-44 33 12 8 10 -12 100 B,,,

'$-ABCD3323 40-44 33 23 8 11 -12 100 B,,,

'$-ABCD3333 40-44 33 33 8 11.5 -12 100 B,,,

'$-ABCD3343 40-44 33 43 8 11.8 -12 100 B,,,

'$-ABCD3612 40-44 36 12 8 19 -12 100 B,,,

'$-ABCD3623 40-44 36 23 8 20 -12 100 B,,,

'$-ABCD3633 40-44 36 33 8 21 -12 100 B,,,

'$-ABCD3643 40-44 36 43 8 22 -12 100 B,,,

'$-ABCD2312 44-48 23 12 12 0.6 -12 50 .#,,


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#<<- H? A@<QUINSTAR

TECHNOLOGY, INC.

Specifications

L = MNKM IHPK HNMINM1 MGK IKHNM L 2 #$S H? HIKMG GPM PMG ML ?KJNGR KG

* EL HGMM NGMK ?HK IIEE ID HNMEG

#?< $ F ? G ?< C (A) P?< PC <

1 (GHJ) 1B (B) (B) () @. () (A), . 40-45

'$-ABCD2322 44-48 23 22 12 0.9 -12 50 .#,,

'$-ABCD2332 44-48 23 32 12 1 -12 50 .#,,

'$-ABCD2342 44-48 23 42 12 1.2 -12 50 .#,,

'$-ABCD2610 44-48 26L 10 12 1.2 -12 50 .#,,

'$-ABCD2620 44-48 26L 20 12 1.5 -12 50 .#,,

'$-ABCD2630 44-48 26L 30 12 1.6 -12 50 .#,,

'$-ABCD2640 44-48 26L 40 12 1.8 -12 50 .#,,

'$-ABCD2318 50-54 23 18 8 2.2 ] ] C1

'$-ABCD2330 50-54 23 30 8 2.5 ] ] C1

'$-ABCD2618 50-54 26 18 8 5 ] ] C2

'$-ABCD2630 50-54 26 30 8 5.5 ] ] C2

'$-ABCD2818 50-54 28 18 8 10 ] ] *

'$-ABCD2830 50-54 28 30 8 11 ] ] *

'$-ABCD2318 54-58 23 18 8 2.2 ] ] C1

'$-ABCD2330 54-58 23 30 8 2.5 ] ] C1

'$-ABCD2618 54-58 26 18 8 5 ] ] C2

'$-ABCD2630 54-58 26 30 8 5.5 ] ] C2

'$-ABCD2816 54-58 28 16 8 10 ] ] *

'$-ABCD2830 54-58 28 30 8 11 ] ] *

'$-ABCD2318 58-62 23 18 8 2.2 ] ] C1

'$-ABCD2330 58-62 23 30 8 2.5 ] ] C1

'$-ABCD2618 58-62 26 18 8 5 ] ] C2

'$-ABCD2630 58-62 26 30 8 5.5 ] ] C2'$-ABCD2816 58-62 28 16 8 10 ] ] *

'$-ABCD2830 58-62 28 30 8 11 ] ] *

'$-ABCD2318 62-66 23 18 8 12 ] ] C1

'$-ABCD2330 62-66 23 30 8 13 ] ] C1

'$-ABCD2618 62-66 26 18 8 14 ] ] C2

'$-ABCD2630 62-66 26 30 8 15 ] ] C2

'$-ABCD2816 62-66 28 16 8 16 ] ] *

'$-ABCD2830 62-66 28 30 8 17 ] ] *

'$-ABCD2128 71-76 21 28 6 0.7 ] ] 2

'$-ABCD2420 90-95 24L 20 6 0.9 ] ] 1

'$-ABCD2430 90-95 24L 30 6 1 ] ] 2

'$-ABCD2718 90-95 27L 18M 6 1.8 ] ] C1

'$-ABCD2730 90-95 27L 30 6 2 ] ] C1

'$-ABCD3018 90-95 30L 18M 6 4.5 ] ] C2

'$-ABCD3030 90-95 30L 30 6 5 ] ] C2


29



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#<<- H? A@<QUINSTAR

TECHNOLOGY, INC.


HIMHGL (L I 39)


G, G B

HE NFK QPN - AB CD EF GH IJ - K

GMK ?KJNGR G #$S


1B (IHPK M 1B GHFIKLLHG IHGM), G BF(HK LMNKM IHPK, PK IIEE)



#<<- G<@? A@<QUINSTAR

TECHNOLOGY, INC.

#

♦ 18-110 #$S CHOK

♦ G H? KJNGR G #G IMHGL

♦ CH H? DL & GMK?L

NGMK GHEHRaL LKL # FIE?KL K EER LNM ?HK FHLM HFFHG IIEMHGL KJNKG G HOK KEMOER GKKHP GPM. FIE?KL K

H??K PM GHFGE GL H? 20 MH 50 B MRIEER, GGHFGE HNMINM IHPK H? 10-20 BF, KHLL MK GMKHIKMG ?KJNGR KG

LMGK FIE?K HNLG H??KL P KG GHFGMHGL H? GINM G HNMINM HQE HGGMHKL HK

Characteristics

Product Description

PON IHKML. HK 18 MH 40 #$S FIE?KL, P H??K2.9 FF HQE HGGMHKL, G 2.4 FF ?HK 40-50 #$SG 1.9 FF HGGMHK ?HK ?KJNGL RHG.

AIIKHIKM PON GINM G/HK HNMINM IHKML KH??K ?HK M GMK KG ?KHF 18 MH 110 #$S. AGR OEHFGMHG H? HQE G PON GINM G HNMINMIHKML G LNIIE, ? LK. A P KG H?HIMHGE ?MNKL L OEE ?HK ML FIE?KL. ELL I 39 ?HK MEL H? ML HIMHGL.

Specifications

#?< $ F ? G G F< ?< C < (GHJ) 1B (B) (B) (MB) () (A) . (@ 40-45)

'G$-ABCD1720 18-22 17 20 1.5 12 350 ,#,!,,

'G$-ABCD1730 18-22 17 30 1.65 12 450 ,#,,

'G$-ABCD1740 18-22 17 40 1.8 12 500 ,#,,

'G$-ABCD1750 18-22 17 50 2 12 600 ,#,,

'G$-ABCD2020 18-22 20 20 1.5 12 350 ,#,!,,

'G$-ABCD2030 18-22 20 30 1.65 12 450 ,#,,

'G$-ABCD2040 18-22 20 40 1.8 12 500 ,#,,

'G$-ABCD2050 18-22 20 50 2 12 600 ,#,,

'G$-ABCD1718 22-26 17 18 1.5 12 350 ,#,,

'G$-ABCD1730 22-26 17 30 1.65 12 450 ,#,,

'G$-ABCD1740 22-26 17 40 1.8 12 500 ,#,,

'G$-ABCD1750 22-26 17 50 2 12 600 ,#,,

'G$-ABCD2020 22-26 20 20 1.5 12 600 ,#,,

'G$-ABCD2030 22-26 20 30 1.65 12 680 ,#,,'G$-ABCD2040 22-26 20 40 1.8 12 750 ,#,,

'G$-ABCD2050 22-26 20 50 2 12 800 ,#,,

'G$-ABCD1716 26-32 17 16 1.5 12 350 ,#,,

'G$-ABCD1727 26-32 17 27 1.65 12 450 ,#,,

'G$-ABCD1737 26-32 17 37 1.8 12 550 ,#,,

'G$-ABCD1748 26-32 17 48 2 12 600 ,#,,

'G$-ABCD2020 26-32 20 20 1.5 12 600 ,#,,

'G$-ABCD2030 26-32 20 30 1.65 12 680 ,#,,

'G$-ABCD2040 26-32 20 40 1.8 12 750 ,#,,

31





TECHNOLOGY, INC.

#

Specifications

#?< $ F ? G G F< ?< C < (GHJ) 1B (B) (B) (MB) () (A) . (@ 40-45)

'G$-ABCD2050 26-32 20 50 2 12 800 ,#,,

'G$-ABCD1715 33-36 17 15 1.5 12 400 ,#,,

'G$-ABCD1726 33-36 17 26 1.65 12 480 ,#,,

'G$-ABCD1737 33-36 17 37 1.8 12 560 ,#,,

'G$-ABCD1748 33-36 17 48 2 12 630 ,#,,

'G$-ABCD2020 33-36 20 20 1.5 12 600 ,#,,

'G$-ABCD2030 33-36 20 30 1.65 12 680 ,#,,

'G$-ABCD2040 33-36 20 40 1.8 12 750 ,#,,

'G$-ABCD2050 33-36 20 50 2 12 800 ,#,,

'G$-ABCD1713 36-41 17 13 1.5 12 350 ,#,,

'G$-ABCD1724 36-41 17 24 1.65 12 450 ,#,,

'G$-ABCD1735 36-41 17 35 1.8 12 550 ,#,,

'G$-ABCD1745 36-41 17 45 2 12 600 ,#,,

'G$-ABCD2020 36-41 20 20 1.5 12 600 ,#,,

'G$-ABCD2030 36-41 20 30 1.65 12 680 ,#,,

'G$-ABCD2040 36-41 20 40 1.8 12 750 ,#,,

'G$-ABCD2050 36-41 20 50 2 12 800 ,#,,

'G$-ABCD1718 41-48 17 18 1.5 12 500 ,#,,

'G$-ABCD1728 41-48 17 28 1.65 12 600 ,#,,

'G$-ABCD1738 41-48 17 38 1.8 12 700 ,#,,

'G$-ABCD1748 41-48 17 48 2 12 750 ,#,,

'G$-ABCD2018 41-48 20 18 1.5 12 1100 ,#,,

'G$-ABCD2028 41-48 20 28 1.65 12 1600 ,#,,'G$-ABCD2038 41-48 20 38 1.8 12 1700 ,#,,

'G$-ABCD2048 41-48 20 48 2 12 1800 ,#,,

'G$-ABCD1715 48-52 17* 15 2.5 8 700 ,#,,

'G$-ABCD1730 48-52 17* 30 2.5 8 800 ,#,,

'G$-ABCD1918 48-52 19* 18 2.5M 8 1200 ,#,,

'G$-ABCD1935 48-52 19* 35 2.7M 8 1300 ,#,,

'G$-ABCD1715 52-66 17 15 2 8 700 1

'G$-ABCD1730 52-66 17 30 2 8 800 2,1

'G$-ABCD2015 52-66 20 15 2M 8 1400 2

'G$-ABCD2030 52-66 20 30 2M 8 1600 2

'G$-ABCD1718 66-70 17 18 2.5 5 250 1,1

'G$-ABCD1735 66-70 17 35 2.5 5 330 1

'G$-ABCD1918 66-70 19* 18 2M 5 550 2

'G$-ABCD1935 66-70 19* 35 2M 5 700 2

'G$-ABCD1720 70-74 17 20 2 5 250 1,1

'G$-ABCD1735 70-74 17 35 2 5 330 1,2

'G$-ABCD1925 70-74 19* 25 2M 5 550 1

'G$-ABCD1935 70-74 19* 35 2M 5 700 1

'G$-ABCD1720 74-78 17 20 2 5 500 1

'G$-ABCD1735 74-78 17 35 2 5 600 1

'G$-ABCD2020 74-78 20* 20 2M 5 1000 2

'G$-ABCD2035 74-78 20* 35 2M 5 1200 2


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TECHNOLOGY, INC.

#

Specifications

#?< $ F ? G G F< ?< C < (GHJ) 1B (B) (B) (MB) () (A) . (@ 40-45)

'G$-ABCD1715 78-84 17* 15 3 5 350 1

'G$-ABCD1733 78-84 17* 33 3.5 5 350 1

'G$-ABCD2015 78-84 20* 15 3M 5 700 2

'G$-ABCD2033 78-84 20* 33 3.5M 5 800 2

'G$-ABCD1715 84-90 17 15 2 5 200 1,1

'G$-ABCD1733 84-90 17 33 2 5 400 1,2

'G$ABCD02015 84-90 20* 15 2 5 500 1

'G$-ABCD2030 84-90 20* 30 2M 5 800 1

'G$-ABCD1715 90-100 17 15 2 5 500 1,2

'G$-ABCD1730 90-100 17 30 2 5 750 1

'G$-ABCD2020 90-100 20* 20 2 5 1000 1

'G$-ABCD2030 90-100 20* 30 2M 5 1500 1

'G$-ABCD1315 100-110 13* 15 2 5 700 1

* = MNKM IHPKM = MRIE OEN


HIMHGL (L I 39)


G, G B

HE NFK QGN - AB CD EF GH IJ - K

GMK ?KJNGR G #$S( A0 = 100 #$S, A1 = 101 #$S,

B0 = 110 #$S, M.)


IHPK M 1B G HFIKLLHGIHGM), G BF


33



I? A@<QUINSTAR

TECHNOLOGY, INC.A

♦ NEER ID G GEHLNK

♦ IKM HG AC IHPK

♦ ??K HOK 2-110 #$S KG

♦ CNLMHF K?HKFG AOEE

♦ G H? IMHGL

NGMK GHEHRaL LKL A GLMKNFGMMHGFIE?KL K ?NEER ID IK?HKFG FIE?KL?HK MLM G GLMKNFGMMHG IIEMHGL. L FIE?KLK ID G KN JNIFGM GEHLNK PM EEIHPK LNIIEL G HGMKHE KNML GEN MH EEHP ACIHPK HIKMHG. R FIEHR NGMKaL P KG H? FIE?K IKHNML G GHKIHKM HIMHGE ?MNKL MHGG MK NLK-?KGEGLL. MGK IKHNML GENIHPK FIE?KL, GKE-INKIHL FIE?KL GKHG KOK FIE?KL ?HK IHINEK IIEMHGL G?KJNGR KG HOKG 2 MH 110 #$S. CNLMHF IKHNMLG HG?NK G KER IKHN MH FM OKMNEER GR IK?HKFG G HIKMHGE KJNKFGML.

Characteristics

Product Description

AEE IKHNML GEN IIKHIKM LIERL, GMHKL ,HGMKHEL G HHEG KKGFGML ?HK L H? HIKMHG PM KEEMR. A P KG H? HIMHGE ?MNKL LELH OEE ?HK ML FIE?KL. I 39 ?HK MELH? ML HIMHGE ?MNKL. !GEHLNKL FR LMGKKD-FHNGME HK NLMHF LGL IGG HGIIEMHG HK NLMHFK KJNKFGML. ? LK, FHELMM HIKM HG C IHPK LNIIEL (12 HK 24 ) G LNIIE. L FIE?KL K PEE LNM ?HK MLM GFLNKFGM, EHKMHKR NL, KIEFGM HK ?HKM GLMKNFGMMHG LHNKL.

Specifications

F ? C

2-8 #$S 10 MML, 40 B GHFGE G, +/- 1.5 B G ?EMGLL

6-18 #$S 10 MML, 35 B FG. G, +/- 2 B G ?EMGLL

18-26.5 #$S 5 MML, 40 B G

26.5-40 #$S 2 MM, 30 B FG. G, +/-3 B G ?EMGLL

2-50 #$S 18 BF MRIE IHPK, 37 B FG. G

33-50 #$S 17 BF, 48 B G

50-75 #$S 16 BF, 30 B MRIE G, +/- 3 B G ?EMGLL

75-110 #$S 13 BF, 25 B GHFGE G


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I? A@<QUINSTAR

TECHNOLOGY, INC.A


HIMHGL (L I 39)

IDG HIMHGL

G, G B

HE NFK QAI- ABCD EF GH IJ - K


IHPK HNMINM G BF


35



C? A@< QUINSTAR

TECHNOLOGY, INC.

CA

'I$*A *ECH$"G L JNK M IKHNM EGG M IEMR H? B; *?<?, , LFEE

GGHOMO HFIGR LIESG G M FGN?MNK H? NEMK EHP GHL FKHPO FIE?KL G LRLMFL.BKDLK KHNML GHKIHKM FGR RKL H? NGJNQIKG G LGG #AL! G $! FIE?KLMEHK ?HK NEMK EHP GHL M LIHM ?KJNGL. NGMKH??KL LMGK EG H? HHEE EHP-GHL FIE?KL(AL) MM HOK M FHLM IHINEKER NL ?KJNGLG M 1 MH 18 #$S KG. G ELH NLMHF-LGG NE LIE-INKIHL HHEE FIE?KL MH NLMHFKLI?MHGL.

A"ICA*I$

CHHE, EHP GHL FIE?KL K NL G KMEIIEMHGL MM KJNK M NEMFM G LGLMOMR. CHHE

AL ?G FIHKMGM NLL G KH LMKHGHFR, LMEEM KMLMMHGL, KHFMKL, G EMKHG LIG KLHGGFLNKFGML. R G ELH LKO L E FIE?KL ?HK G HMMDR H-L FEEFMK G LN-FEEFMK FQKL.

C"I$G HE#* BAED A#"IFIE

CHHEG $!-L FIE?K MH 20 KLL M GHLMFIKMNK R ?MHK H? MG (G GKLL G R HNM3B) HFIK MH KHHF MFIKMNK OENL. A MRIEHHEG NKO LHPG FIE?K GHL MFIKMNK L ?NGMHG H? IRLE MFIKMNK L LHPG EHP. HM MMM GHL HGMGNL MH KL EHP 20, G MMFIE?K IK?HKFG HGMGNL MH FIKHO HPG MH

IRLE MFIKMNKL H? 4 G EHPK.

AG FIE?K HHE MH 20 IRLE IKHNL M EHPLMGHL MFIKMNK, P G LMFM R M KEMHG1.0 IK 1 #$S H? HIKMG ?KJNGR IENL 1. M L, GFIE?K HIKMG M 8.5 #$S G QIM MH O MRIE GHL MFIKMNK H? 10 (1.0 * 8.5 + 1).

CGE$IC C"I$G *E#

CHHEG M FIE?K MH 20 HK EHP KJNKL KRHGK?KKMHG LRLMF. CHFIHGGML H? ML LRLMF K M

ENF K?KKMHK, M PK G ML KMHG MLE, MHMK PM M FIE?KL G LLHM

PON G HQE HFIHGGML. FIE?KL, P K MM MH 20 K?KKMHK HE , K G ONNF. R K LNKKHNG R M KMHG LE(MFIKMNK IIKHQFMER 70) P FIL M ?EHP H? M ?KHF M PK MH M FIE?KL. KHPOHGGMHGL G G HNM H? M PK K LG MHO EHP EMKE EHLL G MH IKHO EK MKFEKKK. GINM LHEMHKL K HHE MH 20 MH KN MEHLL MFIKMNK H? MHL HFIHGGML. CHHE HPG MF?HK LN LRLMF L LOKE HNKL; M QM MF IGLNIHG M LS H? M K?KKMHK.

A 20 KRHG LRLMF H? M MRI LK IKHOLGKER M NEMFM G GHL IK?HKFG ?HK HGER

FHKM HFIEQMR G HLM. N LRLMFL G NLMHF NEM R NGMK GHEHR. H Q MLIK?HKFG, HG PHNE O MH H MH EJN $ENFHHEG LRLMF, HK FIEHR K?KKMHK IE H?FGMGG M FIE?KL M MFIKMNKL H? 4.

?KKMHK-HHE $! LRLMFL O G ?HNG MH OKR KEE G ?E NL HG GMGGL. B ?HK 20 K?KKMHK L FN KMK MG HG RK; FIE?K E? LQMKFER EHG L HG M IK?HKFG H? NGKL H? NGML HIKMG G M ?E.

E "IE F C"AB"E A#"IFIE

HPK NIIER HE -3 L KHFFG ?HK NL PM

HNK HHE FIE?KL. L LKOH-HGMKHEE IHPK LNIIER L HFIEM PM FMKG G FGMGL M IKHIK LHG M HHE !L.

A*#A*ED $IE FIGE *E* *E#

ANMHFM LM BG FLNKL M GHLIK?HKFG H? EHP-GHL FKHPO FIE?KL L ?NGMHG H? ?KJNGR G LIERL M KLNEML L KIG L ME H? OENL. ?KJNGR HOK L NI MH18 #$S; FLNKFGM NKR L MMK MG 1 . LM BG L HFINMK HGMKHEE.

LRLMF IK?HKFL GHL ?NK FLNKFGML R LPMG M GINM H? M A MPG MKFGM EH

M FGM MFIKMNK, G HG M 77 (HK HMKMFIKMNK). ANMHFM LM BG HGLLML H? MPHNGML. NGM HGMGL IKLHG MLM KOK; M/A NGM HGMGL M GEH-MH-ME HGOKMK, KERKOKL, G ME-MH-GEH HGOKMKL. LM BG LHGMKHEE R G B-C HK HFIME HFINMK MKHNM !!!-488 NL.

#A$FAC*I$G AC*ICE A$D CEDE

AEE HNK FIE?KL K LG NLG HFINMK MGJNL MH HIMFS IK?HKFG HOK M ?KJNGR KG H? GMKLM. CHFINMK LG MGJNL O


36

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GE NL MH O FN PK GPML MG?HKFKER IHLLE. AM 4 #$S, 30 IKGM GPM L

OEE PM HGER LFEE KMHG H? GHLIK?HKFG; P IKHN G HMO G FIE?K G M2-4 #$S KG. HK HHE FIE?KL, LM LLNIIE PM G QMKGE KNEMHK KNM P LMESLM HIKMG IHGM HOK M EK KG H? MFIKMNKGL GHNGMK NKG HHE HPG. MLM FIE?K LOKE MFL M M IIKHIKM MFIKMNKL GM IKHLL H? FGN?MNK, G NLM ?HK HIMFNFIK?HKFG G M HE HGMHG.

HL MFIKMNK G G H? HNK HHE $! FIE?KLK FLNK HG G NMHFM MLM LRLMF. GKGMNKR H? FLNKFGML L ?P MGML H? KEOG. M FIE?K LII, P IKHO MLM M

LHPG ?KJNGR KG H? M FIE?K, GHL ?NK,LFEE LGE G, G HIMFNF HIKMG LL.

AMHGE MLM M HOK HIKMG MFIKMNK G?KJNGR KGL FR OEE M MHGE HLM.BEHP L LFIE ELM H? LHF H? HNK FIE?K FHEL.

HLM FIE?KL P IKHN K NLMHF-LG MH FMM NLMHFK'L LI? KJNKFGML.

G< @?

#G EMGLL X 1.5B

#G EHI X 0.1B/10$S Q.

HPK NM @ 1B CHFIKLLHG +3BF

K KK GMKIM +13BF

#KHNI ER: GK X 0.1 G/100$S

IIE X 0.1 G/10$S

GINM * 1.25:1 C, G N G

2:1 , G (1.3:1 OEE L G HIMHG)

NMINM 2:1 FQ. (1.3:1 OEE L G HIMHG)

* G G FIE?KL O EHP 2:1 PMHNM GINM

LHEMHKL. GINM LHEMHKL ?HK ML GL K OEE MMHGE HLM. C, G N G FIE?KL K LNIIE

PM GINM LHEMHKL. NMINM LHEMHKL, ? LK, K OEE M

MHGE HLM.

CHGGMHKL G/NM A /

C??< A@<

LNIIER HFIEM KRHGEER HHE LRLMFLHGMGG HNK EG H? EMK-HP-HL HHE $!

HL FIKMNK LNK M 20 EOG RLE FIKMNK

#DE" $#BE FE'E$C GHJ $IE *E#EA*E GAI$ B

CA--1.5-30$ 1.3 - 1.7 5 33

CA--2.3-30$ 2.1 - 2.4 6 33

CA-C-4.0-30$ 3.5 - 4.5 8 30

CA-C-5.0-30$ 4.8 - 5.1 9 28

CA--8.5-30$ 8.0 - 9.0 10 30

CA--11-30$ 9.0 - 10.0 12 30

CA--15-25$ 12.0 - 18.0 20 25

FIE?KL. L LRLMFL GEN M EHL RE ENFK?KKMHK (CC), ONNF PK, HHE FIE?KL,IHPK LNIIEL G KFHM HGMKHE FHGMHK NGM.MGK FHEL K OEE G M ?KJNGR KGLGM EHP.

FIE?KL K HHE MH 20 EOG G M PK, PKMR K GMK? PM EHP EHLL II PON. HP EHLL LMGELL LME HQ EGL K FIEHR M M EHPK?KJNGL. NNF GLMKNFGMMHG G KRHGMKFHFMK K GEN, G KFHM ENFHFIKLLHK L LNIIE PM LM H? 10 ?M H??EQE ENF EGL. G MHG IHLM FIE?K H? IIKHQFMER 20 B G G IKHO MH HOKHFLNLJNGM ?EMK G FQK EHLLL.

LMGK LRLMF FIEHRL M CKRHG GHEHR (C) FHE 22 K?KKMHK. HK ?LMK HHE HPG GKMK HHEG IMR M C FHE 350 K?KKMHKFR LNIIE M MHGE HLM.


C? A@<

CA


37



#?< $ F. GHJ $? *@. G B

CA--22$ 1.4-1.7 8 30

CA-C-4.0-30-350C 3.7-4.2 10 30

CA-C-22$ 3.7-4.2 12 30

CA-A-22$ 8.18-8.98 15 30

CA--8.5-30-350C 8.2-8.5 12 30

CA-B-22$ 10.2-10.7 20 28

CA--15-30-350C 14.0-16.0 20 25

CA--22$ 14.7-15.3 30 28

C? A@< QUINSTAR

TECHNOLOGY, INC.

CA

G< @?:

#G EMGLL +/-1.5B

#G IIE +/-0.2B/50$S

#KHNI ER, GK 0.01 G/$S FQ.

1 B #G CHFIKLLHG +3 BF FG.

3K KK GMKIM +13 BF

GINM/HNMINM 1.25:1 FQ.

GINM CHGGMHK ON/RI

NMINM CHGGMHK RI HK A

L EGKMR 5 . FQ. OMHG ?KHF EGK


38

A m

pl i f i e r P r o

d u c t s

1

C? "$A @ ?@ ?<?



C? @? C??? A@< ?QUINSTAR

TECHNOLOGY, INC.

G MHG MH M HIMHGL ?HK GINM G HNMINM GMK?LG ID LMRE, NGMK ELH H??KL P KG H?

NL?NE HIMHGL, ?MNKL G IKME HG?NKMHGLMH LNM NLMHFKLa LI? KJNKFGML. L HIMHGE?MNKL FR GHKIHKM G FHLM H? M FIE?KIKHNML H??K R NGMK GHEHR. ? LK, FHKMG HG HIMHG FR LEM ?HK LHF FIE?KL.HF H? M FHLM HFFHGER LNIIE HIMHGL K:

V G C??< (@? G): A C GEH HGMKHE LGEFR IIE MH OKR M G H? M FIE?K HOK P KG. L ?MNK FR NL PM M IHPKFHGMHKG HIMHG MH FIEFGM NMHFM GHGMKHE (A#C) HK IHPK HNMINM EOE HGMKHE (AC)?NGMHGL.

V B<- ? ?@ (@? D): A NEM- GMMHK KNM MML LFIE HK HNIE IHKMHG H? HNMINM LGE IHPK. MMHKaL HNMINM OHEM LF OEE ?HK FHGMHKG FIE?KaL HNMINMIHPK. L MM LGE FR NL ?HKNMHFM G HGMKHE, IHPK FHGMHKG HK ?HKNEM-G MLM.

V D< @ (@? #): G MHG MH M FGIHPK HNMINM, LHG HNMINM LGE FR ELH IKHO. LHG HNMINM FR KO RLIEMMG M FIE?KaL HNMINM LGE G GR LKKMH HK M GR HNIEG EOE. AEMKGMOER, LFIE HKHNIE IHKMHG H? G GMKFM FIE?K LM FR IKHO L M LHG HNMINM.

V < #?<? ? **" (@? ):

FIE?K HNMINM FR INEL HK LPM G R G QMKGE LGE. L HIMHG FR NL MHIKHN GKKHP INEL HNMINM ?KHF C GINMLGE, HK ?HK LPMG M FIE?K, MNL KNG MC IHPK HGLNFIMHG G M M LLIM G MFIE?K. RIE MNKG-HG G MNKG-H?? MFL K 10 G20 GL, KLIMOER. GFNF INEL PM MM FR GKM L 100 GL.

V *< ?? (@? *): FIE?KaLGMKGE IHPK LNIIER L LPM H?? NMHFMEER ?

M L MFIKMNK QL IKMKFGFQFNF OEN MNL IKHMMG M FIE?K ?KHFIKFGGM F

V *@ ?@ ? (@ ? C) :

CHFIGLMHG HK HKKMHG ?HK GL G G NMH OKMHG G MFIKMNK FR IKHO ?HKKMG FIE?KL L G HIMHG.

V (@? F): NGMK G LNIIER LMH? FIE?KL PM MK HNMINM IL KMKLMLFM MH HMK.

V A C??< (@? A): $M LGD PM ?G LIKHO MH HHE M FIE?K MH MFIKMNKL PMGM L? EFML.

V ? @@< (@? ): HPK LNIIEL MMEEHP M HIKMHG H? M FIE?K NLG AC OHEML GMKM PM M FIE?K G HFIM ID.

V " (@? "): A EFMK MM IKHMML MFIE?K ?KHF F ?KHF QLLO GINM IHPK LGHKIHKM G M FIE?K KNM.

V (@? B): ME IL L?MKL KGMKM PMG M FIE?KL MH IKHO MIEMR H? L?MG M HNMINM IL G LNMEGKFGML.

V I< ? E< I?<? (@? I): LHEMHKL KGMKM PM M FIE?KaL GINM G/HK HNMINM MHFIKHO M FM. LHEMHKL FR GHKIHKM PMG M FIE?K HNLG (GMKE LHEMHKL) HKQMKGEER HGGM (!QMKGE LHEMHKL) MH OM LK FM GMH M FIE?KaL GINM G/HKHNMINM.


39



A@< <QUINSTAR

TECHNOLOGY, INC.

Outline J,A,B Outline C1 (V-band)

Outline C1 (W-band)


40

A m

pl i f i e r P r o

d u c t s

1



A@< <QUINSTAR

TECHNOLOGY, INC.

Outline H

OUTLINE A B C D REF STAGES

H1 75 .60 .30 .25 1

H2 .98 .83 .49 .48 2

H3 1.20 1.05 .71 .70 3

H4 1.43 1.28 .71 .93 4

Outline C2

Outline D1 Outline G


41



A@< <QUINSTAR

TECHNOLOGY, INC.

FLANGE PATTERN TYPICALOPPOSITE SIDE

HOLE PATTERN TYPICALOPPOSITE SIDE.

4X 2-56 UNC-SB

.08.70

B

.10

.85

GND

+V

A

.85

4X 4-40 UNC-2B

FLANGE UG-387/U-M.43

.43

OUTLINE A B

I1 1.09 0.90

I2 1.23 1.04

Outline I1, I2 Outline K

Outline L (female) Outline L (male)


42

A m

pl i f i e r P r o

d u c t s

1



A@< <QUINSTAR

TECHNOLOGY, INC.

Outline M (female) Outline M (male)

Outline N (female) Outline N (male)


43



A@< <QUINSTAR

TECHNOLOGY, INC.

Outline P1 Outline P2

Outline Q (female) Outline Q (male)

Outline R


44

A m

pl i f i e r P r o

d u c t s

1



A@< <QUINSTAR

TECHNOLOGY, INC.

Outline S (female) Outline S (male)

Outline T (female) Outline T (male)


45




46

A m

pl i f i e r P r o

d u c t s

1




? 2

?

? *< #?< $?. $

? 47

AIIEMHG HML & GE G?HKFMHG 48

BKHG MMHKL 'EA 49

BEG L MMHKL 'E 51

$KFHG QKL G IEQKL '#H 53IMKNF AGERSK QKL G IEQKL '#A 55

BEG QKL '#B 57

IHGOKMKL '# 59

NKFHG QKL 'H 61

- QK '#I 62


47



R

e c e i v

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d u c t s 2

48


?

A@@<? $? *< I??

1 B ?@? @?. ] RGF KG H? FQK L M KG H? GINM IHPK EOEL (G BF) ?HK P M FQK IKHNL NL?NE HNMINM IHPK.RGF KG L EFM M M EHP G R M GHL

IK?HKFG H? M FQK OL. G M GINM IHPKL LN L MH IKHN LKGE HNMINM LGE HGLMGM IHPK KMH (JNE MH M HGOKLHG EHLL) LLMEL MPG GINM IHPK G HNMINM IHPK. AL GINM IHPK L GKL, IHGM L K PKML HGLMGM IHPK KMH L GH EHGK FGMG GHGOKLHG EHLL GL MH GKL. G HGOKLHG EHLLL GKL R 1 B, M NIIK EFM H? M FQKLRGF KG L F MH O G K GML _1 B HFIKLLHG IHGM` GKEER EGML MNIIK EOE H? GINM IHPK ?HK P M FQK LHNE NL

1 B J? << ] GINM EOE H? GGMK?KG LGE MM NLL FQKaL LFEE LGEHGOKLHG EHLL MH GKL R 1 B.

C?? <? (B) ] KMH H? GINM IHPK MHM HNMINM IHPK H? HG LG. ? G FIE?K L NL, HGOKLHG G FR KLNEM.

DC @?< ] FQK OHEM FLNK PM HGER M HIKMG G M IHKM MKFGM.

H? ?<? @? ] QK HNMINMLGEL HMK MG M LK ? + HK ] ? , P KKFHGEER KEM MH MK HK HM H? M GINM LGEL.(AELH MKF + HK ] , Q HK _LINKL.`)

I?<? ] FHNGM G GINM LGE L MMGNM PGFLNK M GHMK FQK IHKM.

$? E ? ($E)

$E = $/ [$S

K L GHL OHEM G HEML/ [$S, G =LIHGLOMR G HEML/MM

$? <?? = $E L (?<? )1/2

$? (B) ] KMH H? M LGE-MH-GHL KMHM M FQK GINM O R M LGE-MH-GHL KMH H? HG H? M LGL M M HNMINM.

@? ] MMHK KLIHGLOMR L M OHEMIKHN M M HNMINM ?HK LI? IHPK GINM, NLNEER QIKLL G FEEOHEML IK FKHPMM C.

] FGFNF GINM LGE KJNK MHIKHN G HNMINM LGE OG LI? LGE-MH-GHL KMH. GGME LGLMOMR () MRIEER LLNFL8 B LGE-MH-GHL KMH.

@? @? ] GLK HK LINKHNL IKHNML KGKM G MHG MH M LK LGE LGL L KLNEM H? H GHG-EGKML. L IKHNML GKLM FHNGM H? LGE IHPK EHLM, G MHG MH IKHOG_?EL` HNMINML.

*?-? ?<? @? ] GKMHG H? LINKHNL HNMINM ?KJNGL G FQK L M KLNEM H? NLG GHG-EGK LPMG EFGML. !OG ?HK M LGEGINM ?KJNGR M GNFK H? LN IKHNML MM LGKM L LKGE IHPK EOEL L JNM EK.

L IKHNML O OG K IHPK PG M GINMLGE HGMGL FNEMMHG HFIHGGML. A ?NK H? FKMGMO H? M EMR H? FQK MH LNIIKLL LNGMKFHNEMHG IKHNML L M "MPH-MHG MK HKK

GMKIM IHGM" (NLNEER FLNK G BF). NK 1HO. RIHMME GMKIM IHGM L KKO M R QMKIHEMG FLNK M MH LNLM G GINM IHPKEOE M P IHPK G GMKFHNEMHG IKHNML PHNE JNE. QKL PM GMKIM IHGMLGKM EHP GMKFHNEMHG LMHKMHG IKHNML.



FE'E$C BA$D ! ! ' E F D

F (GHJ) 18-26.5 26.5-40 33-50 40-60 50-75 60-90 75-110 90-140 110-170

J -42 -28 -22 -19 -15 -12 -10 -8 -6

(/ ) 1,2 1000 1000 1000 800 800 500 500 250 250

F< (B )3 X1.5 X1.5 X1.5 X1.5 X1.5 X1.5 X2.0 X3.0 X3.0

I@ ? ( ) 100 100 100 100 100 100 100 50 50

49


♦ NEE ON BGPML

♦ $ GLMOMR

♦ H BL JNK

♦ HLMO HK MO NMINM

B? D?

NGMK GHEHR'L 'EA LKL ? ?

HOK M ?KJNGR KG H? 18 MH 170 #$S G GG PON GL. L MMHKL IKHO G HNMINM OHEM P L KMER IKHIHKMHGE MH M IHPK EOE H? G LGE PMHNM GG GR QMKGE C L. R K NL?NE ?HK IHPK MMHG, FHGMHKG, NEM-G-MLMG ?KJNGR FLNKFGM. MMHKL G ELH NL G FEEFMK-PO MLM LRLMFL PM P OKMR H?

Characteristics

Product Description

Specifications

-FIG HLEEHLHIL G LEK GERSKL. R G NL ?HK HM C G INEL IHPKFLNKFGML. R K HGLMKNM PM OKR KN,KEE LIEM-EHD FGE LG G K OEE PM MK IHLMO HK GMO HNMINM OHEM IHEKMR.MMHK IMHKL ?HK NL PM LEK GMPHKD GERSLLN L $ HK AEGM 8756A K H??K.


!A

1 LGLMOMR H? !A KHG MMHKL G HIMFS HOK GKKHP GPM ? LK.2 LNK M - 10BF GINM IHPK EOE, GMH 100 HF EH.3 BMMK ?EMGLL G O HOK KN GPM



50

IHEKMR * = IHLMO

= GMO* MMHK HNMINM OHEM PM

KLIM MH L

PON G LGMHK = -G = -G

A = -G ! = !-G

= -G = -G = -G

!!C A!#! A#! ! ! !, GL/FF

BA ! A!1 A B C

-42 #-595/ A AC 0.88/22.4 0.88/22.4 1.5/38.1

-28 #-599/ A AC 0.75/19.1 0.75/19.1 1.5/38.1

-22 #-383/1 A AC 1.13/28.7 1.13/28.7 1.25/31.75

-19 #-383/1 A AC 1.13/28.7 1.13/28.7 1.25/31.75

-15 #-385/ A AC 0.75/19.1 0.75/19.1 0.75/19.1

! -12 #-387/ A AC 0.75/19.1 0.75/19.1 0.75/19.1

-10 #-387/ A AC 0.75/19.1 0.75/19.1 0.75/19.1

HE NFK QEA - AB CD E F

Outline Drawings/Mechanical Specifications


GMK ?KJNGR KHNG MHGKLM #$S

( A0 = 100 #$S, A1 = 101 #$S,B0 = 110 #$S, B1 = 111 #$S, M., B = ?NEEG)

GPM KHNG MHGKLM #$S

(B = ?NEEG)


B? D?!A

WR-42 and WR-28 WR-22 through WR-10

1 JNK ?EGL OEE ?HK G G.


50

2

R

e c e i v

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♦ L CHFIKLHG H? 2 GEL

♦ $ LHEMHG

♦ BEG CHG?NKMHG

B< D?

NGMK GHEHR'L 'E LKL < @

? GE IL HFIKLHG H? MPH LGEL. R NMES #AL F E HL P H??K LG?GM

OGML HOK HMK MMHK MRIL.

HL K K?NEER FM MH O LHEMHGMPG IHKML, EHP C H??LM, GHL GEEMHG G

Characteristics

Product Description

Specifications

LNIIKLLHG H? M OKL ??M H? FIEMNFHNEMHG. MM HNMINM L IKHIHKMHGE MH IL??KGL NI MH 180 KL ?HK MPH JNE FIEMN

LGEL M M LF ?KJNGR.

BEG IL MMHKL K MRIEER NL G ILKL G IL FHNEM KOK LRLMFL.


!

FE'E$C BA$D ! ! ' E

F (GHJ) 18-26.5 26.5-40 33-50 40-60 50-75 60-90 75-110

J -42 -28 -22 -19 -15 -12 -10

B (GHJ @) 4 4 4 4 4 4 4

(/, @)1 5 5 5 5 4 3 3

F I?<? (B @) 20 20 20 20 20 20 20

A# @@? (B @) 20 20 20 20 20 20 20

I@ ? ( ) 100 100 100 100 100 100 100

MK PON LSL K OEE.1 AM 5 BF GINM GMH IHKM PM >100 HF HNMINM EH.


51



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52


B< D?QUINSTAR

TECHNOLOGY, INC.!

!!C A!#! A#! ! !, GL/FF

BA ! A! A B C

-42 #-595/ A AC 0.88/22.4 1.13/28.7 1.89/48.0

-28 #-599/ A AC 0.75/19.1 1.13/28.7 1.50/38.1

-22 #-383/ A AC 1.13/28.7 1.13/28.7 1.50/38.1

-19 #-383/ A AC 1.13/28.7 1.13/28.7 1.50/38.1 -15 #-385/ A AC 0.75/19.1 0.75/19.1 1.00/25.4

! -12 #-387/ A AC 0.75/19.1 0.75/19.1 1.00/25.4

-10 #-387/ A AC 0.75/19.1 0.75/19.1 1.00/25.4



A = -G ! = !-G = -G = -G

= -G


( A0 = 100 #$S, A1 = 101 #$S,

B0 = 110 #$S, B1 = 111 #$S, M., B = ?NEEG)

GPM KHNG MH GKLM #$S

HE NFK QEP - AB CD E 0



! EL LI?R QM ?KJNGR KG PG HKKG.

HAE** HAE

**




F (GHJ) 18-26.5 26.5-40 33-50 40-60 50-75 60-90 75-110 90-140 110-170

J -42 -28 -22 -19 -15 -12 -10 -8 -6

C?? "? (B @)1 20 22 24 26 28 30 32 35 37

# D< < 1 ;HJ

(B, @.)2 ]110 ]110 ]105 ]100 ]95 -90 ]85 ]80 ]75

53


♦ IMFS ?HK AGR $KFHG NFK

♦ !QMKGE IEQK IMHG

♦ $ GLMOMR

♦ BKH BGPM

H? # D@<

NGMK GHEHR'L '#H LKL ?

GE HPGHGOKLHG H? FEEFMK-PO LGEL NLGEHPK ?KJNGR (FKHPO) EHE HLEEMHK G M 2 MH 20

#$S ?KJNGR KG. HPGHGOKM GMKFM?KJNGR () L G M 5 $S MH 3 #$S KG. $KFHGFQG L O R FQG IIKHIKM KFHG H? M EHE HLEEMHK, GKM R M FQK MLE?, PM M LGE MH IKHN G MRIEER G M 5 $S MH 3 #$SKG, LN MM ? = T.? ]? T. LIKMHG H? M G LGEL L HG R G QMKGE IEQK. R HOKM ?KJNGR KG H? 18 MH 170 #$S G GG ?NEE PON GL. L KFHG FQKL K NL?NE ?HKLNLRLMF IIEMHGL GOHEOG ?KJNGR LFIEGLN L IL-EHD HLEEMHKL G ?KJNGR EGKSKL.

Characteristics

Product Description

Specifications

R K ELH EER LNM ?HK MLM G FLNKFGMJNIFGM, LN L LIMKNF GERSKL, ?KJNGRHNGMKL G IHPK FMKL.

$KFHG FQKL G HIMFS ?HK MK H HK OGKFHGL H? M EHE HLEEMHK (). R G ELH IKHN MH HIKM HG EE KFHGL, OG HK H.KL $ KFHG FQKL O HFFHG A IHKM?HK G LGEL, G G KJNK G QMKGEIEQK. HL FQKL G LNIIE PM QMKGEIEQKL MH HFG/LIKM G LGEL. OKEHL H? & KGL K H??K L LMGKIKHNML. RIE KGL ?KHF 1.5 #$S MH 20 #$S G ?KHF C MH 2.5 #$S.


$

To Mixer

LO

IF

Diplexer Outline

MK PON LSL K OEE.1 HK 9M KFHG H? , < 1 #$S. RIE IHPK KG L 7 MH 14 BF.2 HK HMK KFHGL, M FGFNF MME LGE FR OKR.



H? # D@<QUINSTAR

TECHNOLOGY, INC.$

IEQK HIMHG00 = GH IEQK IKHO

(NLMHFK MH IKHO)1 = IEQK IKHO

= C-1 #$S, = 1.8 MH 7.5 #$S2 = IEQK IKHO

= C-1 #$S, = 5 MH 20 #$S3 = IEQK IKHO

= C-2.5 #$S, = 5 MH 20 #$S

PON G LGMHK = -G ! = !-G

A = -G = -G = -G = -G = -G = -G = -G


( A0 = 100 #$S, A1 = 101 #$S,

B0 = 110 #$S, B1 = 111 #$S, M., B = ?NEEG)

?KJNGR KHNG MHGKLM #$S

(? GHM ?Q HK ?G, NL )

KFHG GNFK = H

! = OGB = HM

HE NFK QMH - AB CD E F GH


!EL LI?R QM G / ?KJNGR KG PG HKKG.



!!C A!#! A#! G ! !, GL/FF

BA ! A!1 A B C

-42 #-595/ A AC 0.88/22.4 0.88/22.4 1.5/38.1

-28 #-599/ A AC 0.75/19.1 0.75/19.1 1.5/38.1

-22 #-383/1 A AC 1.13/28.7 1.13/28.7 1.25/31.75

-19 #-383/1 A AC 1.13/28.7 1.13/28.7 1.25/31.75

-15 #-385/ A AC 0.75/19.1 0.75/19.1 0.75/19.1

! -12 #-387/ A AC 0.75/19.1 0.75/19.1 0.75/19.1

-10 #-387/ A AC 0.75/19.1 0.75/19.1 0.75/19.1

1 JNK ?EGL OEE ?HK G G.


54

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♦ !QMGL IMKNF AGERSKKJNGR G

♦ $ GLMOMR

♦ CHFIME PM GR HINEKIMKNF AGERSK HEL

@ A<J # D@<

NGMK GHEHR'L '#A LKL H? @ <J

?EMM M LIER G FLNKFGM H? FEE-FMK-PO LGEL NLG EHPK ?KJNGR (FKHPO)EHE HLEEMHK LGEL. R HOK M ?KJNGR KG H? 18 MH 170 #$S G GG PON GL. L FQKL KLG MH HIKM PM FGR IHINEK LIMKNF GERSKFHEL MM O EHE HLEEMHK HNMINML G GINML.

Characteristics

Product Description

HK LIMKNF GERSKL PM LIKM HNMINM G

GINM IHKML, G HIMHGE IEQK MM HFGL M G LGEL L OEE ?KHF NGMK. IMKNF GERSKL PM NEM-G IEQKL, LN L M $8555A, $8565A,$8569A, DMKHGQ 718 G DMKHGQ 492, H GHM KJNKM IEQK HIMHG. $HPOK, M IEQK HIMHG LKJNK ?HK LIMKNF GERSKL PMHNM NEM-G IEQKLLN L M $8566A/B, $8569B G AGKMLN 710.


A


F (GHJ) 18-26.5 26.5-40 33-50 40-60 50-75 60-90 75-110 90-140 110-170

J -42 -28 -22 -19 -15 -12 -10 -8 -6

# D< < 1 ;HJ

(B, @.)1 ]110 ]110 ]105 ]100 ]95 -90 ]85 ]80 ]75

Specifications

MK PON LSL K OEE.1 HK 9M KFHG H? , < 1 #$S. RIE IHPK KG L 7 MH 14 BF. HK HMK KFHGL, M FGFNF MME LGE

FR OKR

To Mixer

LO

IF

Diplexer Outline


55



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@ A<J # D@<QUINSTAR

TECHNOLOGY, INC.

A

IEQK HIMHG0 = GH IEQK IKHO R NGMK = PM IEQK IKHO R NGMK


A = -G ! = !-G = -G = -G

= -G

IHEKMR * = IHLMO = GMO

HE NFK QMA - A B C 000


* QK L OHEM PM KLIM MH L.



!!C A!#! A#! G ! !, GL/FF1

BA ! A! A B C

-42 #-595/ A AC 0.88/22.4 0.88/22.4 1.5/38.1

-28 #-599/ A AC 0.75/19.1 0.75/19.1 1.5/38.1

-22 #-383/1 A AC 1.13/28.7 1.13/28.7 1.25/31.75

-19 #-383/1 A AC 1.13/28.7 1.13/28.7 1.25/31.75

-15 #-385/ A AC 0.75/19.1 0.75/19.1 0.75/19.1

! -12 #-387/ A AC 0.75/19.1 0.75/19.1 0.75/19.1

-10 #-387/ A AC 0.75/19.1 0.75/19.1 0.75/19.1

1

FGLHGL H GHM GEN IEQK HIMHG.



57


♦ NEE ON BG CHOK

♦ HP CHGOKLHG HLL

♦ $ MH LHEMHG

♦ KMR H? BGL

B< #

NGMK GHEHR'L '#B LKL <

GE FEEFMK-PO LGEL MH HPG HGOKM MHKH GPML PM EHE HLEEMHK. R KOEE ?HK HOK 18-110 #$S G LOG PON GLG HIKM HOK OKR KH , G GPML. HK?Q ?KJNGR IIEMHGL, OKR P KG FR

Characteristics

Product Description

Specifications

IKHO ? LK. EHE HLEEMHK PON IHKMFR G MK M LF PON G L PON IHKM, HK G EHPK HK K PON GL(M MPH GM GL). HK HO 18 #$S, -HGGMHK L IKHO HG M IHKM.


B

F B #<- ! Q ! ' E

F F (GHJ) 18-40 18-26.5 22-33 26.5-40 23-50 40-60 50-75 60-90 75-110

F ? D? -180 -42 34 -28 -22 -19 -15 -12 -10

" ? @? -22 -42 -42 -28 -22 -19 -15 -12 -10 -28 A -34 -22 -28 -22 -19 -15 -12

-CHGGMHK -CHGG. -CHGG. -19 -15 -12 -10 -15

-08

G (#$S) 0-5 0-5 0-5 0-5 0-5 0-5 0-5 0-5 0-5

CHGOKLHG HLL (B) 6.0 5.5 5.5 5.5 6.0 6.5 7.5 7.5 7.5

G (#$S) 5-17 5-12 5-12 5-14 5-17 5-20 5-25 5-30 5-35

CHGOKLHG HLL (B) 8.0 6.5 6.5 6.5 7.0 7.5 8.0 8.5 9.0

!:

1 HE HLEEMHKL () KO EOE KJNK L 11.0 BF FGFNF, 13 BF MRIE (GHFGE) G 17 BF FQ. ?HK -G G EHP;

15 BF FQ. ?HK -G G HO.

2 MH LHEMHG L MRIE 20 B.3 MH LHEMHG L 40 B MRIE ?HK HO KG G L 20 B FG. ?HK EHP M KG.

4 CHGOKLHG EHLL L MLM M IHPK EOE H? ]10 BF

IF

>

>

C?>?>

"?



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TECHNOLOGY, INC.B

!!C A!#! A#! ! !, GL/FF

BA ! A! A B C

-180 -180 ^ A AC 1.12/28.5 1.12/28.5 1.50/29.2

-42 #-595/ A AC 0.88/22.4 1.19/30.2 1.89/48.0

-28 #-599/ A AC 0.75/19.1 1.13/28.7 1.50/38.1

-22 #-383/ A AC 1.13/28.7 1.13/28.7 1.50/38.1

-19 #-383/ A AC 1.13/28.7 1.13/28.7 1.50/38.1

-15 #-385/ A AC 0.75/19.1 0.75/19.1 1.00/25.4

! -12 #-387/ A AC 0.75/19.1 0.75/19.1 1.00/25.4

-10 #-387/ A AC 0.75/19.1 0.75/19.1 1.00/25.4


EHE HLEEMHK PON G

= LF PON G L = EHPK PON G (GQM EHP ) = NIIK PON G (GQM HO )C = HQE GINM = NLMHF


A = -G ! = !-G = -180 = -G = -G = -G

GMK ?KJNGR KHNG MH

GKLM #$S( A0 = 100 #$S, A1 = 101 #$S,

B1 = 111 #$S, M., B = ?NEEG)


( A0 = 100 #$S, A1 = 101 #$S,

B1 = 111 #$S, M.)

HE NFK QMB - AB CD E F


WR-42 and WR-28 WR-22 through WR-10WRD-180

!EL LI?R , G ?KJNGL PG HKKG.


58



♦ CNLMHFS BGPM

♦ HP CHGOKLHG HLL

♦ $ NMINM HPK

♦ GMKE EMK ?HK B

@?

NGMK GHEHR'L '# LKL @? HOK M?KJNGR KG H? 18 MH 110 #$S G LOG PONGL. L NIHGOKMKL O EG FQKHG?NKMHG ?HK MH LHEMHG. R KHGLMKNM PM KN, LIEM-EHD FGE LGMM NMESL #AL F-E HMMDR KKK HL.

NIHGOKMK HFGL G LGEL G IKHNL HNMINM LGEL M ?KJNGL H? MK LNF G??KG, .., X . AG HIMHGE GMKE PON?EMK L OEE MH IKHN LGE-LG HNMINMLGE. RIE GPM L ?P #$S, NM PKGPM NIHGOKMKL K OEE. G KOIHPK EOEL MKFG M HNMINM IHPK EOE. RIEER, IHPK EOE (GK 17 BF/50 FP) LG MH IKHN ?NEER LMNKM HNMINM IHPK H?

Characteristics

Product Description

Specifications

IIKHQFMER 3 BF. CHGOKLHG EHLL H? M NIHGOKMK(?G L M ??KG MPG G HNMINMIHPK) OKL PM KO EOE G GINM IHPK.#GKEER, M HNMINM IHPK OKL EGKER PM LGE EHP ]10 BF EOE, G G HGOKLHG EHLL LGKER HGLMGM.

HE HLEEMHK PON IHKM FR G MK M LF PON G L PON IHKM, HK G EHPK HKK PON G (M MPH GM GL),IGG HG ?KJNGR. NIHGOKMK G LNIIER LOKE FEEPMML H? LGE-LG HNMINM IHPK PMM IKHIK GINM IHPK EOEL. IHGOKMKL K LLGMEHFIHGGML G KKL, HFFNGMHG LRLMFL GFLNKFGM GLMKNFGML.


FE'E$C BA$D ! ! ' E

F (GHJ) 18-26.5 26.5-40 33-50 40-60 50-75 60-90 75-110

C?? "? (B @)1 6-8 6-8 6-8 6-8 7-9 8-10 8-10

F @ ? (B . B) 4 4 4 4 4 3 3

B (GHJ @)2 0.5-8.0 0.5-8.0 0.5-8.0 0.5-8.0 0.5-10.0 0.5-10.0 0.5-10.0

IF ? B (GHJ @) 1-4 1-4 1-4 1-4 1-5 1-5 1-5

" I@ ? (B @/) 17/13 17/13 17/13 17/13 17/13 15/11 15/11

# IF @ ? (B)3

17 17 17 17 15 13 13" @< IF ? (B ) 20 20 20 20 18 16 16

" ? F I?<? (B @) 30 30 0 30 30 30 30

" ? IF I?<? (B @) 35 35 35 35 35 35 35

MK PON LSL K OEE.

AL LI?MHGL K IGGM HG IIEMHG-LI? HG?NKMHGL, MRIE KGL K MNEM.1 CHGOKLHG EHLL L FLNK M GINM IHPK H? ]10 BF.2 MGK IKHNM / GPM L MRIEER 2 #$S. GE LG (B) NIHGOKMKL FNLM O G LEMHG HGLLMGM PM

LG ?EMKG KJNKFGML. CHGMM NGMK PM RHNK QM KJNKFGML MH HMG G HIMFE LHENMHG.3 GINM IHPK KG L MKFG R IIEMHG KJNKFGML, GMKFH G EGKMR HGLKMHGL. CHFIKLLHG G LMNKMHG HNK

M IHPK EOEL.


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HIMHGL = HNE LG

= LGE LG (?EMK GENIEL LI?R QM LG G ?EMKG KJNKFGML)

= NLMHF


A = -G ! = !-G = -G = -G = -G

!!C A!#! A#! BA ! !, GL/FF

BA ! A! A B C

-42 #-595/ A AC 0.88/22.4 1.19/30.2 1.89/48.0

-28 #-599/ A AC 0.75/19.1 1.13/28.7 1.50/38.1

-22 #-383/ A AC 1.13/28.7 1.13/28.7 1.50/38.1

-19 #-383/ A AC 1.13/28.7 1.13/28.7 1.50/38.1

-15 #-385/ A AC 0.75/19.1 0.75/19.1 1.00/25.4

! -12 #-387/ A AC 0.75/19.1 0.75/19.1 1.00/25.4

-10 #-387/ A AC 0.75/19.1 0.75/19.1 1.00/25.4

HE NFK QMU - AB CD E F




( A0 = 100 #$S, A1 = 101 #$S,

B1 = 111 #$S, M., B = ?NEEG)


( A0 = 100 #$S, A1 = 101 #$S,

B1 = 111 #$S, M.)


@?

Double sideband version (without SSB filter)

HM: EMK FGLHGL ?HK LGE LG NIHGOKMKL OEE NIHG KJNLM. EL L LKL B ?HK IIKHQFM LS.

!EL LI?R QM , G ?KJNGL PG HKKG.




61


♦ HG G K $KFHG H? ♦ HP CHGOKLHG HLL

? #

NGMK >K>L $ FQ>KL HI>KM> M L><HG HK MK

KFHG< H? M> H<E L<EEMHK ?K>JN>G<R PM EHP

<HGO>KLHG EHLL. $>G<>, M> ?K>JN>G<R L >M>K HG> E?

HK HG> MK H? M> " L@GE G M> IIE<;E> PO>@N>

;G. >L> FQ>KL H??>K M> OGM@> H? K>EMO>ER EHP

?K>JN>G<R H<E L<EEMHK (<HFIK> MH ?NGF>GME

FQ>K) PE> IKHOG@ K>LHG;ER EHP <HGO>KLHG EHLL

G/HK GHL> ?@NK>, MRI<EER ;>MP>>G 9 G 15 B. >R

@>G>KEER HI>KM> HO>K ?NEE PO>@N> " ;G, G HO>K

<HGL>K;E> ;KH ?K>JN>G<R KG@> G P> " KG@>.

>L> FQ>KL K> IKM<NEKER LNM> ?HK IIE<MHGL MM

>FIEHR FEEF>M>K PO> EHP-GHL> FIE?>K (*A) M M>

?KHGM >G H? M> K><>O>K, MNL >LM;ELG@ EHP GHL>

?@NK>, P< L GHM L@G?<GMER G?EN>G<> ;R M>

<HGO>KLHG EHLL H? M> FQ>K MM ?HEEHPL. N;KFHG<

H<E L<EEMHKL K> L@G?<GMER EHP>K G <HLM, G <G ;>

Characteristics

Product Description

Specifications

FHK> K>ER FIE>F>GM> NLG@ EHP>K ?K>JN>G<R LHNK<>L.

RI<E LN;KFHG< IHP>K L 10-15 BF.

NGMK IKHO>L G >QM>KGE IE>Q>K L G GM>@KE IKM

H? M> >K>L $ FQ>KL. $HP>O>K, NGMK <G IKHO>

<NLMHFS> <HG?@NKMHG MH LNM LI><?< G>>L. >L>

FQ>KL FR ;> HIMFS> HO>K GKKHP " KG@> G ?Q>

MH <>O> ;>MM>K <HGO>KLHG EHLL. NGMK <G ELH

IKHN<> FQ>KL M @>K ?K>JN>G<>L (;>RHG 110 #$S)

?HK @ ?K>JN>G<R LN;KFHG< K><>O>KL.

NGMK L>K>L $ FQ>KL ?G GNF>KHNL IIE<MHGL

G ?K>JN>G<R >QM>G>KL, ;KH;G K><>O>KL, M>LM

>JNIF>GM G GLMKNF>GMMHG, ! K><>O>KL, G

<HFFNG<MHG EGDL.


$

#?< $ 'H-2 'H-3 'H-E2 'H-E3 'H-2 'H-3

B -15 -15 -12 -12 -10 -10F F 1, GHJ 50-75 50-75 60-90 60-90 75-110 75-110

" F 2, GHJ 25-37.5 16.7-25 30-45 20-30 37.5-55 25-36.7

H? $1 2 3 2 3 2 3

C?? "?, B 9-15 10-17 9-15 10-17 9-16 10-18

IF 3, GHJ 0.1 MH 4 #$S

1 MK KFHG GNFKL G KGL K IHLLE. EL HGMM NGMK PM RHNK QM KJNKFGML.2 RIE IHPK KJNK L MPG 10 G 15 BF. CHGOKLHG EHLL L LHF IGG HG IHPK EOE.3 $K ?KJNGR H??K L G HIMHG.

HMK HIMHGL0 = H HMK HIMHGL,

LMGK IKHNM

IEQK HIMHG = IEQK GEN

= IEQK GHM GEN

HE NFK QHS - A B CD E F


ON BG = -G! = !-G = -G

$KFHG NFK (2 HK 3)

GPM G #$S



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I-' #

♦ CHFIM HNMEG

♦ !QEEGM AFIEMN GL BEG

♦ H C L KJNK

♦ LE L F M QKHK GE G IHGOKMK

NGMK GHEHR LNIIEL LKL FQK PM (GIL) G (JNKMNK IL) HNMINML. R K H??KHOK M KG H? 18 MH 110 #$S. L FQKL NMESMPH EG FQKL, 90 K RK G G IHPK LIEMMK GMKM MH O QEEGM FIEMNG IL EG - HNMINML. LG G QMKGE JNKMNK RK HFGK, ML FQKL G HG?NK L F-KM FQKL HK L LGE-LGNIHGOKMKL. #HH MH LHEMHG L O HOK KEMOER KH G ?KJNGR KGL. RIE KG L ?KHF C MH 3 #$S. HEL PM LNKFHG

Characteristics

Product Description

(EHE HLEEMHK M HG-E? M ?KJNGR) G ELH IKHO L NLMHF IKHNML. FGE LG H? ML FQKL L OKR HFIM G G NLMHFS MHLNM GR LI? IIEMHG G HNMEG KJNKFGM.BHM PON G HQE GMK?L K H??K LHIMHGL ?HK G IHKML.

L FQKL ?G IIEMHGL G HFFNGMHGJNIFGM, KK LGLHKL, !/!C LNLRLMFL GGLMKNFGMMHG KOKL.

F F C?? A@< <, B<2 " ? F

, GHJ "?1, B @. M B @. @. ?<?, B @.

18-40 9 1 3 23

40-70 10 1 4 20

70-100 12 1.5 5 20

100-110 15 1.5 5 20

1 AL LGE-LG FQK HK NIHGOKMK.2 !KKHK G G IL ??KG

Specifications


HQE MRI HK PON G LGMHG = -G = -G

A = -G ! = !-G = -G = -G = -G C = HQE

HE NFK QMI - AB CD EF G

GMK ?KJNGR G #$S

GPM G #$S

HGOKLHG EHLL G B



63


? 3

?

F #<@<

? *< #?< $?. $

? F #<@< 63

AIIEMHG HML 64

GEER-NGE #NGG LEEMHKL '*# 66

KMHK-NGE #NGG LEEMHKL '* 68

#NGG NEMHKL/HNEMHKL 'C 70$ HPK A HL 'ID 71

ME EEFMK O HNKL ' 73

L HD LEEMHKL '" 74

AMO KJNGR NEMIEKL '## 75

LLO KJNGR NEMIEKL '# 77

HL HNKL '$ 79

KJNGR !QMGKL 'BE 81




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A@@<? $?

AFC (A? F C??<) -HEM MNGEMR EEHPL M NLK MH IKHO G GEH OHEM GINM MH MHLEEMHK MH IKHO "HKKMHG" MNGG. L GINM FR ELH NL PM G QMKGE IL-EHD KNM PMME GINML.

F ] L MRI H? HLEEMHK IKHOL LGE

HNMINM ?KJNGR MH K-NIHG LI?MHGL. G LHFFHEL, ?G MNG NLMFGM L IKHO ?HK EHG-MKFKNLMFGM N MH G KMKLML G ?KJNGR K?M. ?Q MNG HLEEMHK OL M LM IK?HKFG PM KLIM MH MFIKMNK LMEMR, FKHIHG GN GHL, G HOKEE ??GR.

F < @ ] ?KJNGR K?M H? G HLEEMHK PM G G MFIKMNK ($S/C)L FLNK H? ML ?KJNGR LMEMR. KHNL ?KJNGR LMESMHG MGJNL K IKHO G KEM MH MLHENM ?KJNGR KJNK G MNGG HIMHGL LEM. ?KJNGR LMEMR H? ?K-KNGGG HLEEMHK LMKFG R M H? M OMR G M MFIKMNKKMKLML H? M FMKEL NL G M LG.

F# ? ] A.) LNE HL, B.) B L HL HKC.) L MMK. GHL KJNKFGM L QIKLL GMKFL H? MK MHME LGE-MH-GHL KMH FLNK G OG GPM GMK M LHF H??LM ?KHF M LGE?KJNGR H? LGE LG HK M IL-GHL-MH-LGE KMH IK $S GPM LI? HOK PKG H? H??LM ?KJNGL. RIE ?K-KNGGG GIL-EHD GHL KMKLML K LHPG G HLEEMHKG FIE?K IKHNM IEMR LMHG.

H? @@? ] FLNK KMHG H? NGPGM LGEL P K KFHGEER KEM MH MHNMINM ?KJNGR. LNK G B (B EHP KKKEOE). $KFHG G ILL HK EHP ILL HNMINM ?EMKL FR L HIMHGL, ? KJNK.

"? @<< ] KJNGR INEEG L M FHNGM H??KJNGR G L KLNEM H? G G EH HKIL GE LLHM PM M . M L FLNK H? LMEMR H? M HLEEMHK PM QMKGE EH, G LMKFG R M H? M HLEEMHK. AG LHEMHK G ?KHGMH? M HLEEMHK LG?GMER KNL EH INEEG, GG, GGL M LMEMR PM EH OKMHG.#GKEER, EE HLEEMHKL K LG MH PHKD GMH EH H? NI MH 1.5:1 FQ., GR IL. ? EH LKMK, EH LHEMHK LHNE LI?.

#< ] HLM H? M HLEEMHK MRIL KOEE PM LHF MRI H? FGE MNGG. NGGMRIL OEE K: (1) FKHFMK MNGG, (2) KLLLKPKOK-MNGG L?M, LLE ?KHF HNML H? NGM. AEE FGE MNGG FMHL FR K M

?KJNGR LMEMR, GHL G FKHIHG IK?HKFGNL G M MNGG FGLF. FHNGM H?KMHG IGL NIHG M MRI H? MNGK NL, MIKLHG H? MHEKG, G M EOE H? FGE OKMHG G/HK LHD.

#?<? ] KM M P M HNMINM ?KJNGR G FHNEM PM G GINM FHNEMHG LGE. ?KJNGR MNGG FGLF (OHEM MNG HLEEMHK,L-MNGE OKLNL OKMHK-MNGE) L FHK FIMHG FQFNF FHNEMHG KM OE.

-<?; ?<<? - HNMINM LGE LMEMR LKMER KEM MH M LMEMR H? M K?KG LGE.

K?KG LGE FR QMKGE MH M HLEEMHK, HK GGMKGE KRLME HLEEMHK K?KG FR IKHO.

? < . @ ] HNMINM IHPK H? G HLEEMHK G OKR KEMO MH GINM OHEM, EH ,MFIKMNK GL, G L KLNEM H? MNGG. G G HNMINM IHPK HGER N MH MFIKMNK L

GKEER QIKLL G B/.C, G KGL MPG0.01 MH 0.05 B/ C.

] KJNGR INLG L M FHNGM H? ?KJNGR G IKHIHKMHGE MH G G GINM OHEM, NLNEER QIKLL G ($S/HEM).

@? @? ] INKHNL ?KJNGL K NGPGMLGEL IKLGM M M HLEEMHK HNMINM L KLNEM H?KFHGL L LNIIER, IL-EHD KNML, HKNGLKE GMKGEER GKM ?KJNGL. INKHNLKLIHGL L NLNEER LI? G MKFL H? B (B EHP HNMINM KKK).

* ?<? ] LHENM GLMGMGHNL?KJNGR MH P G HLEEMHK FR MNG HK LM.

* ] LEEMHKL G MNG G GNFK H? PRL: (1) ?Q, (2) FGE, (3) GEH OHEM (AC),(4) ME (ILEHD MRIL). ?GMHGL HG MLI ?HK GONE MNGG MRIL.

?< ] OKE FHEL H? HLEEMHKL KIKHO PM OHEM MNGG HIMHG. FQFNFFHNGM H? OHEM MNGG OEE IGL HG GMK?KJNGR G HNMINM IHPK. NGG G OMK MKHN OKMHK HK R OKRG M H L OHEM. HK AC (ANMHFM KJNGR CHGMKHE)IIEMHGL, M OHEM MNGG IKHO FNLM PKMG M ?K-KNGGG MFIKMNK LMEMR H? MHLEEMHK. ??M H? OKMHK MNGG HG GHL HK MMFIKMNK LMEMR OKL IKHIHKMHGEER MH M ?KJNGR MNGG KG LI?.

G<? ? #<@< *?<?

B ] KJNGR KG HOK P MLI?MHGL H? FGFNF HNMINM IHPK PEE FM ?HK OG GINM IHPK EOE. G LHF LL 3 B GPML LI?, GHMG M FGFNF ?KJNGR KG HOK P IHPK KHIL R E? (3 B) H? OG ?Q GINMIHPK EOE.

C ] AKKGG HG FNEMIEK MH IHPK LHGFNEMIEK ?HK G HOKEE ?KJNGR FNEMIEMHG H? MIKHNM H? M MPH FNEMIEKL. H FGMG M GPMH? HM FNEMIEKL, G LHEMHK H? M LF GPMFNLM GEN MPG M MPH L FNEMIEKL.HK GKKHP G LL, HPOK, G LHEMHK FR GHM GLLKR.

E ] ??GR H? M HGOKLHG ?KHF MGINM ?KJNGR MH M LK KFHG ?KJNGR. KMH H? HNMINM IHPK MH GINM IHPK NGK LI?HGMHGL. HM MM ??GR GL PM GINM IHPKEOE. #GKEER QIKLL L IKGM. AELH QIKLLG B L HGOKLHG EHLL.

E< ] C OHEM G NKKGM GLLKR?HK ??GM ?KJNGR FNEMIEMHG L IKHO R FGNEER NLME LIKM LG HQ. EMR MHG M LG EOE H? FNEMIEK QMGL M GINMIHPK EOE KG P FR NL MH ??GMER KOM FNEMIEK. CK FNLM MDG PGOK G QMKGE




65

L HGGMHG L KHDG HK KHGGM MH OHEMKHLMM LK (!).

< ] C OHEM G NKKGM GLLKR ?HK??GM ?KJNGR FNEMIEMHG L IKHO GMKGEER. OHEM P L LM ?HK IKMNEK FNEMIEK L LM ?HK IKMNEK GINM IHPK EOE MH MM FNEMIEK.

I< ? ] FGL R P M HNMINMIHPK ?KHF M FNEMIEK L ENG GMH ?K LI.GMKE K?KL MH M ?HKG G MKGLMHG ?KHF PON MH ?HKG IKMNK G FG GMHM FNEMIEK HR, KMK MG G LIKM NGM. L KNL M EHLLL LLHM PM PON?EGL, P G OKR ?HK LNFEEFMK POHGGMHGL.

<@< ] A ?KJNGR FNEMIEK PIKHFGGMER NLL M KLLMG FHNEMHG H? H

?HK KFHG GKMHG. LLMO FNEMIEKL O PKGPM, NM EHPK ??GR MG OKMHK FNEMIEKL.

@? ? ? - IHPK EOE M?KJNGL KFHG MH M GINM, HMK MG M LKKFHG, M M HNMINM IHKM H? FNEMIEK. L IHPKEOE L NLNEER QIKLL G B KEMO MH M IHPK EOE

H? M LK KFHG ?KJNGR, L ] B, .., L BEHP M EOE H? M KKK.

? <@< ] A ?KJNGR FNEMIEK PIKHFGGMER NLL M IMG FHNEMHG H? H ?HK KFHG GKMHG. KMHK FNEMIEKL KK ??GR, NM GKKHPK GPM MG KLLMOFNEMIEKL.

#<< ?




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♦ $ NMINM HPK

♦ !QEEGM KJNGR MEMR

♦ HP A G HL

#<<-*< G <<?

NGMK ><GHEH@R'L '*# L>K>L H? =5381>31<<-

>1<5 G>> ?3<<1? <HO>K M> ?K>JN>G<R KG@> H? 18

MH 150 #$S G GG> PO>@N> ;GL. >R <HF;G>

@- K>LHGGM <K<NM PM >M>K #AL HK G #NGGH>. RI<EER, G H>L K> NL> ?HK @-IHP>K

IIE<MHGL M M> @>K ?K>JN>G<>L. !< HL<EEMHK L

G GM>KGE EHP-?K>JN>G<R ;L <K<NM PM G HL<EEMHG

LNIIK>LLHG G>MPHKD G HO>K-OHEM@> IKHM><MHG. MGK

NGML K> KM> HO>K 0 MH +50U C HI>KMG@ M>FI>KMNK> G

G<HKIHKM> L<K>P MNG>K PM K>E;E> L>E?-EH<DG@

?>MNK>. #NGG HL<EEMHKL <G ;> IKHO> PM ;KH>K

Characteristics

Product Description

Specifications

MNGG@ KG@>L, @>K IHP>K E>O>EL, F<KHF>M>K MNG>KL,

M>FI>KMNK> <HGMKHEE> >M>KL, GM>@KE LHEMHKL, OHEM@>

K>@NEMHKL, FHNEMHKL G G><MHG-EH<DG@ <I;EMR.

? @>K IHP>K L K>JNK>, NGMK <G IKHO> GFIE?> O>KLHG H? M> HL<EEMHKL NLG@ IHP>K FIE?>KL.

>K>L HL<EEMHKL IKHO> LFEE ;L MNGG@ H?

HI>KMG@ ?K>JN>G<R. ?M>G, ;L MNGG@ <G ;> NL> G

IE<> H? OK<MHK-MNGG@ (L>K>L ). L>-EH<D>

HL<EEMHKL (>K>L ) K> ELH OE;E>.


MK PON LSL K OEE.1 $K IHPK HNMINML K OEE M LEM ?KJNGL. AFIE? OKLHGL H??K PM LG?GMER K IHPK HNMINM.2 MGK NGML O FGFNF MNGG KG H? X 250 $S. BKHK FGE MNGG KGL K OEE.


F (GHJ) 18-26.5 26.5-40 33-50 40-60 50-75 60-90 75-110 100-140 130-150

J -42 -28 -22 -19 -15 -12 -10 -8 -6

@ ? 1 () 10-500 10-300 10-250 10-200 10-100 10-80 10-50 1-30 1-20

(B) 10-27 10-25 10-24 10-23 10-20 10-19 10-17 0-15 0-13

DC B ?< GA (?<) 5-8 5-7 5-6 5-6 3-6 3-6 3-6 --- ---

(@) I (?<) --- --- 6-11 6-10 6-10 8-10 8-10 8-10 8-10

DC B C GA (A@) 0.6-2.0 0.6-2.6 0.6-2.0 0.6-2.0 0.6-1.5 0.6-1.5 0.6-1.5 --- ---

(@) I (A@) --- --- 0.3 0.3 0.3 0.25 0.25 0.25 0.25

#< * (GHJ)2 0.1-4 0.1-5 0.1-5 0.1-5 0.1-5 0.1-8 0.1-10 0.1-2 0.1-2

F < (#HJ/KC @) -1.5 -2.0 -2.5 -3.0 -4.0 -4.0 -5.0 -6.0 -6.0

? < (B/KC @) -0.02 -0.02 -0.03 -0.03 -0.03 -0.03 -0.03 -0.03 -0.03

@ *@ 0 MH 50KC




67


A = -G = -G = -G = -G = -G = -G = -G

!!C A!#! A#! ! !, GL/FF1

BA ! A! A B C -42 #-595/ 1.13/28.7 1.38/35.1 1.00/25.4

-28 #-599/ 1.13/28.7 1.38/35.1 1.00/25.4

-22 #-383/ 1.13/28.7 1.38/35.1 1.00/25.4

-19 #-383/ 1.13/28.7 1.38/35.1 1.00/25.4

-15 #-385/ 0.88/22.4 1.13/28.7 1.00/25.4

! -12 #-387/ 0.88/22.4 1.13/28.7 1.00/25.4

-10 #-387/ 0.88/22.4 1.13/28.7 1.00/25.4

-8 #-387/ 0.88/22.4 1.13/28.7 1.00/25.4

-6 #-387/ 0.88/22.4 1.13/28.7 1.00/25.4

HE NFK QTM - AB CD EF G H



GMK ?KJNGR (KHNG MHGKLM #$S)

(A0 = 100 #$S, A1 = 101 #$S,B0 = 110 #$S, M.)

IHPK HNMINM G BFMNGG GPM (G NGKL H? $S)

(05 = 500 $S)

HIMHGL$ = MK * = FKHFMK MNGK = LHEMHK * A = ?NEE ?MNK KNEMHKB = MK G LHEMHK * (L #NGG NEMHKL/HNEMHKL, C) = HFIM KNEMHK 0 = GH HIMHG

(L #NGG NEMHKL/) = LIE HFGMHG H? IKGHNEMHKL, C) HIMHGL (IEL LI?R)

C = MK, LHEMHK G = NLMHFHFIM KNEMHK *


#<<-*< G <<?

1 CHGLNEM ?MHKR ?HK QM HNMEG FGLHGL ? HIMHGL K LI?.

!EL LI?R QM GMK ?KJNGR,MNGG KG G HIMHGL PG HKKG.


* AMHG H? MK G LHEMHK HIMHGL KN HNMINM IHPK.




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FE'E$C BA$D ! ! ' E

F (GHJ) 18-26.5 26.5-40 33-50 40-60 50-75 60-90 75-110

J -42 -28 -22 -19 -15 -12 -10

@ ? 1 () 10-250 10-200 10-200 10-100 10-100 10-60 10-50

(B) 10-24 10-23 10-23 10-20 10-20 10-18 10-17

DC B ?< GA (?<) 5-8 5-7 5-6 5-6 3-6 3-6 3-6

(@) I (?<) --- --- 6-11 6-10 6-10 8-10 8-10

DC B C GA (A@) 0.6-2.0 0.6-2.0 0.6-2.0 0.6-2.0 0.6-1.5 0.6-1.5 0.6-1.5

(@) I (A@) --- --- 0.3 0.3 0.3 0.25 0.25

#< * (GHJ)2 50-300 50-300 50-500 50-500 50-500 50-500 50-500

F < (#HJ/KC @) -2.0 -3.0 -4.0 -4.0 -5.0 -5.0 -6.0

? < (B/KC @) -0.03 -0.03 -0.04 -0.04 -0.04 -0.04 -0.04

@ *@ 0 MH 50KC

♦ $ NMINM HPK

♦ NGG BGPM

♦ HP L HL

♦ IMHGE GE NGG CIEMR

?-*< G <<?

NGMK GHEHR'L LKL '* ?-< G

?<<? HOK M ?KJNGR KG H? 18 MH 110 #$S GLOG PON GL. L HLEEMHKL HFGIKHIKMKR OMR LG, KNIM HK RIKKNIM MNGG OKMHK HL G IK?HKFG #NGG HL MHIKHN IHPK G M FEEFMK PO ?KJNGR KG. NGG OHEML KG ?KHF 0 MH +20 C. EMKEMNGG KM FR L L 50 $S (20GL IK LPI).

! HLEEMHK L G GMKGE EHP ?KJNGR LNIIKLLHGKNM MH GLNK LME HLEEMHG G HOK-OHEMIKHMMHG. GE MNGG G MHG MH OHEMMNGG G H??K L G HIMHG. #NGG HLEEMHKL G IKHO PM KHK MNGG KGL, K IHPK

Characteristics

Product Description

Specifications

EOEL, MFIKMNK HGMKHEE MKL, GMKE LHEMHKLG OHEM KNEMHKL.

L OKMHK-MNGE #NGG HLEEMHKL QM EHP AG GHL, FHKMER HNMINM IHPK G PMNGG GPM, L PEE L FHGHMHG MNGGKMKLML. L KMKLML FD M HLEEMHK NGJN EHP HLM LHENMHG ?HK FHLM MKGLFMMK, EHEHLEEMHK, AC EHHIL G IL EHD LNLRLMFIIEMHGL.

HK FGR IIEMHGL, L MNG #NGG HLEEMHK L -JNM. EL L FGEER-MNGE #NGG HLEEMHKL(LKL ) G HGMM NGMK ?HK FHK G?HKFMHG.


MK PON LSL K OEE.1 L L M KG ?HK LMGK IKHNML PMG M G. $K IHPK HNMINML K OEE M LEM ?KJNGL.2 MGK NGML O FGFNF MNGG KG H? X 150 $S. BKHK OKMHK MNGG KGL K OEE.




69



?-*< G <<?

1 CHGLNEM ?MHKR ?HK QM HNMEG FGLHGL ? HIMHGL K LI?.


!!C A!#! A#! ! !, GL/FF1

BA ! A! A B C

-42 #-595/ 1.13/28.7 1.38/35.1 1.00/25.4

-28 #-599/ 1.13/28.7 1.38/35.1 1.00/25.4

-22 #-383/ 1.13/28.7 1.38/35.1 1.00/25.4

-19 #-383/ 1.13/28.7 1.38/35.1 1.00/25.4

-15 #-385/ 0.88/22.4 1.13/28.7 1.00/25.4

! -12 #-387/ 0.88/22.4 1.13/28.7 1.00/25.4

-10 #-387/ 0.88/22.4 1.13/28.7 1.00/25.4



A = -G ! = !-G = -G = -G = -G

HE NFK QTV - AB CD EF G H


GMK ?KJNGR (KHNG MHGKLM #$S)

(A0 = 100 #$S, A1 = 101 #$S,B1 = 111 #$S, M.)

IHPK HNMINM G BF

MNGG GPM (G NGKL H? $S)(03 = 300 $S)

HIMHGL$ = MK * A = ?NEE ?MNK KNEMHK

= LHEMHK * (L I 70)B = MK G LHEMHK * 0 = GH HIMHG = HFIM KNEMHK = LIE HFGMHG H? IKG

(L I 70) HIMHGL (IEL LI?R)C = MK, LHEMHK G = NLMHF

HFIM KNEMHK * = FKHFMK MNGK

!EL LI?R QM GMK ?KJNGR,MNGG KG G HIMHGL PG HKKG.

* AMHG H? MK G LHEMHK HIMHGL KN HNMINM IHPK.



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♦ HP HL/HP IIE

♦ HNEMHG CIEMR

♦ ANLME NMINM HEM

G <?/#?<?

NGMK GHEHR H??KL C LKL #NGG BLNEMHK G HNEMHKL ?HK IKHOG L OHEM MH#NGG HLEEMHKL G L? G KEE FGGK. L KOEE G MPH HG?NKMHGL: M L CHFIM

NEMHK G M NEE MNK NEMHK/HNEMHK OKLHG. CHFIM NEMHK IKHOL ?Q KNEML OHEM, P FR NLM R LKP NLM-FGM. NEE MNK OKLHG L A (FIEMNFHNEMHG; /) G (?KJNGR FHNEMHG)IEMR. A ?MNK L NL MH MNKG M L OHEM HGG H?? R LNIIERG G QMKGE HGMKHE LGE MLIL NI MH 10 D$S (HK K L NLMHF IKHNM). ?MNK EEHPL M HNMINM #NGG L OHEM MH

Characteristics

Product Description

HGMGNHNLER OK HOK IKLK KG R IIERG LGE MPG + 5 G ] 5 OHEML. L FR NL MHG M HIKMG ?KJNGR H? M #NGG HLEEMHK() HK ML IHPK EOE, IGG HG M HLEEMHK MRI

HK IIEMHG. ?MNK G ELH NL MHIL-EHD #NGG HLEEMHK NLG G QMKGE IL-EHD EHHI HK LHNK-EHDG ?KJNGR HNGMK.

BHM OKLHGL IKHO EHP-GHL, EHP-KIIE HGLMGM OHEM HNMINM PM IEMR H? IKHOG NKKGM NI MH FQFNF H? 2 FIKL. R IKHO LG?GMK H? IKHMMHG ?KHF IHPK LNIIER HOK-OHEMG MKGLGML.


C

HIMHGL0 = GHG

A = A FHNEMHG = FHNEMHG = A/ FHNEMHG = LHNK EHDG IEMR = NLMHF

HE NFK QCR - AB C D 00


HNMINM OHEM (KHNG MHGKLM HEM)

OKLHGC = HFIM (L) = ?NEE ?MNK

Outline Drawings


Basic Compact Version

(3.18)

Full Feature Version



71

♦ $ HPK

♦ C G NEL

♦ HP KLM D

♦ HP KFE LLMG( $)FHG $MLGD

H ? I#A** D?

NGMK GHEHR'L 'ID LKL I#A** ? K

IHPK LEHG HNE K?M HL ID G EHPIKLM, KFMEER LE ID. HL KFHNGM HG FMEES FHG MLGD G HIIKL ?HK ??GM M KFHOE.

Characteristics

Product Description

Specifications

C, EHG G LHKM INEL HL K H??K G IHPK

HNMINM EOEL K MLM HOK LI? ?KJNGR PGHPL.


1 HG NEL: >1 Y, NI MH 100% NMR ?MHK2 HL K MLM MH IKHO LI? FGFNF IHPK HNMINM M G NGLI? LGE ?KJNGR G M MLM ?KJNGR KG PM

LMFM NGMHG MFIKMNK GHM QG 250UC PM M MLM ?QMNK OMR M 50UC.

C "? <1 D?

* C B ! ' D

26.5-40 33-50 50-75 75-110 110-170

* F (GHJ) 33-37 42-46 58-62 92-96 135-145

? @ A<< ( @)2 1000 800 800 400 20

@ ?< () 35-50 30-42 24-34 16-22 7-12

*?< C@ = (@F) 1.0-3.0 1.0-3.0 1.2-2.5 0.7-1.5 0.7-1.0

? < D?

* C B

75-110

* F (GHJ) 92-96

&51; &?5 %@ A1<1<5 ( @)2 20

*?< C@ = (@F) 6.0-9.0

< ( @) 100




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H ? I#A** D?

H MRIC = C G HG NEL

= HKM NEL


( A0 = 100 #$S, A1 = 101 #$S,

B0 = 110 #$S, M.)

IHPK HNMINM G BF

HE NFK QID - AB CD E 0


Outline Drawing/Mechanical Specifications

!!C ! !, GL/FFBA A (C, HG NEL, HKM NEL) A ($ HPK NE H, (HKM NEL) B

0.035/0.89 ^ 0.013/0.33

0.035/0.89 ^ 0.013/0.33

0.035/0.89 ^ 0.013/0.33

0.035/0.89 0.030/0.76 0.013/0.33

0.018/0.45 ^ 0.010/0.25





73

♦ CHFIM LG

♦ !QMKFER HP INKHNL G $KFHG CHGMGML

♦ $ KJNGR MEMR

♦ !QEEGM C MH HPK !??GR

< #<< ?

NGMK LKL ME EEFMK O HNKL KHFIM, EHP MKFE K?M LHNKL HIKMG M NLMHFK-

LI? ?Q ?KJNGL G M FHLM IHINEK FEEFMK PO GL. R K EER LNM ?HK NL L EHEHLEEMHKL G FEEFMK PO KOKL, G L FLMKLHNK HK QMKL G MKGLFMMKL ?HK HFFNGMHG GKK LRLMFL. G GKE, ML LHNKL K HIMFELHENMHGL ?HK IIEMHGL PK IL-EHD HLEEMHKL GHM GLLKR, NM KEMOER EHP K?M L LLGME ?HKHIKMHG HK HFIEG. R MRIEER FHGLMKM MFIKMNK LMEMR H? HIKMG ?KJNGR (K?M) H?MMK MG 50 D$S IK K C. HMK GHMPHKMR

Characteristics

Product Description

?MNK H? ML LHNKL L M QMKFER EHP LINKHNLLGE HGMGM O R GHKIHKMG

IK?HKFG ?EMKL G M KMMNK H? M LHNKL. L LHNKL K LG MH HIKM HG LGE OHEM LNIIER GRPK MPG 8-12 OHEML.

G MHG MH M LMGK IKHNML H??K K,NGMK GHEHR G LG G NE NLMHFLME HLEEMHK ?HK RHNK LI? IIEMHG GKJNKFGM GRPK G M ?KJNGR KG H?20-110 #$S.



HIMHGL G ?MNKL0 = GH LIE ?MNKL HK HIMHGL

HNMINM PON = -G ! = !-G

= -G = -G = -G

HE NFK QSO - AB CD E F

?KJNGR G #$S(A0 = 100 #$S, A1 = 101 #$S, M.)

IHPK HNMINM (BF)

Specifications

EF#A$CE CHAAC*EI*IC '-BA$D -BA$D -BA$D

F , GHJ 33-50 50-75 75-110

? @ , B 10-17 10-16 10-12

F D, ;HJ/. C, @< 50 50 70

$?, @< B/HJ 10 ;HJ ? -83 -80 -77

B/HJ 100 ;HJ ? -106 -103 -101

B/HJ 1 #HJ ? -130 -127 -126

DC ? C?@? 8-12 , 400 FA 8-12 , 400 FA 8-12 , 400 FA

@ *@ , C -40 MH +55 -40 MH +55 -40 MH +55

J, @<, 1.75 Q 1.75Q 2.0 1.25 Q 1.25 Q 1.5 1.25 Q 1.25 Q 1.1




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GMK ?KJNGR (#$S)(A0 = 100 #$S, A1 = 101 #$S,B1 = 111 #$S, M.)

IHPK HNMINM (BF)

HIMHGL = MGK KLHG

= HG MGK KLHG

K?KG LGE = GMKGE

! = !QMKGE

HE NFK QPL - AB CD E F


Characteristics

Product Description

?KJNGR, HNMINM IHPK, IL GHL KJNKFGML GHMK MGE HGLKMHGL. HNKL HNE GOHEOEMK LHGMHK LEEMHKL (), KHPO HEMCHGMKHEE LEEMHKL HK #NGG H LEEMHKL G?KJNGR FNEMIEKL, G IHPK FIE?KL L IIKHIKM.L-EHDG MGJN MM KLNEML G HIMFEIK?HKFG L LEM ?KHF FHG FGR OEEHIMHGL ?HK KESG M IL-EHD EHHI. HD LMMNLGMHK HK EHD EKF L IKHO MH GM M EHDHGMHG H? M HLEEMHK. KJNGR LRGMLSKL GFHE PM LHF ?KJNGR MNGG IEMR K H??KL NLMHF IKHNML.

K H? IDG H? LKL LHNKL LMKFG R NLMHFK KJNKFGML. NGMK GLNIIER ML LHNKL PM FGFE IDG HK FHNGM

HG LFIE L IEM MH IKFM LR GMKMHG PM LNLRLMF. AEMKGMOER, IKHNML G ?NEER ID GKN GEHLNK ?HK LMG-EHG NL HK GLMKNFGMMHG. A H H? IHPK LNIIEL L ELH H??K MH LNM MIIEMHG.

NGMK GHEHRaL LKL L-HD HNKLK OEE HOK M ?KJNGR KG H? 6 MH 150 #$S. R H??K QEEGM IK?HKFG G MKFL H? IL GHL,LMEMR G IHPK HNMINM. HNKL PM MK GMKGEKRLME K?KG HK PM IKHOLHG ?HK QMKGE K?KGLGE FR LNIIE. GMKGE K?KGL K MRIEER MPG 5 $S MH 150 $S. !QMKGE K?KG ?KJNGR FR MKFG R M ?KJNGR H? M IL-EHDHLEEMHK G IL GHL LI?MHGL, HK FR NLMHFK-LI? K?KG ?KJNGR IGG HG MIIEMHG. IL GHL H? ML IL-EHDLHNKL M OKHNL H??LM OENL L LMEL R HFGMHG H? K?KG HLEEMHK IL GHL, EHHIGPM G L HLEEMHK GHL KMKLML. MGM EHHI GPM, M IL GHL L EKER MKFG

R M K?KG HLEEMHK GHL HGMGM. NML M EHHIGPM, M IL GHL L LMEL R MHLEEMHKaL ?K-KNGGG GHL KMKLML. $G, MGHL KMKLML H? LKL FR MEHK MH FMLI? KJNKFGML.

KMMNK G FIEFGMMHG LF H? MLIL-EHD LHNKL IG HG MK HIKMG

♦ HP L HL

♦ GMKGE HK !QMKGE ?KG

♦ $ HNMINM IHPK IEMR

♦ CHFIM NMEG



"?; ?



75

♦ ??K OK 8-110 #$S NMINM KJNGR ♦ AMO AFIE?MHG PM GMKE EMK


A F #<@<

NGMK GHEHR'L LKL '## <@<

NMES LMM-H?-M-KM MO FNEMIEK OL ?HK ?KJNGR FNEMIEMHG G FIE?MHG HOK M 8-110 #$S?KJNGR KG. L ?KJNGR FNEMIEKL IKHO KH GPM PM FNEMIERG ?MHKL MPG 2 G

12. LMGK FNEMIEK HNLG GEL / IHKML H? A (C-26.5 #$S), 2.9 FF (C-40 #$S) G 2.4 FF (C-50 #$S) HQE HGGMHKL G -42 MKHN -10 PON LSL.

Characteristics

Product Description

Specifications

L FNEMIEKL K NL?NE L IKM H? M G H? HFFNGMHG, KK G GLMKNFGMMHG LRLMFL. R IKHO LFIE G HGHFE LHENMHG ?HKG LGE FNEMIEMHG G G G OKMR H?LRLMF IIEMHGL.


@ #<@< I@ @ ? I@ I@ @ <F, F? F, , ? C?? C??B, GHJ GHJ B1 ? ?

B

8-20 2 4-10 13-27 3-6 A () A ()

18-26.5 2 9-13.25 13-27 5-10 A () (), -42 ,

26.5-40 2 13.25-20 10-20 5-10 A () (), -28 ,26.5-40 3 8.83-13.33 10-20 4-6 A () (), -28 ,

26.5-40 4 6.62-10 10-20 3-6 A () (), -28 ,

33-50 2 16.5-25 10-17 0-5 () -22

33-50 3 11-16.67 10-17 5-10 A () -22

33-50 4 8.25-12.5 10-15 5-10 A () -22

40-60 2 20-30 10-13 5-10 () -19 *

40-60 3 13.3-20 10-13 5-10 A () -19 *

40-60 4 10-15 10-13 5-10 A () -19 *

50-75 2 25-37.5 7-16 5-8 (), -28 -15 *

50-75 3 16.7-25 7-16 7-10 () -15 *

50-75 4 12.5-18.75 7-16 5-8 A () -15 *

50-75 6 8.33-12.5 7-16 4-6 A () -15 *

50-75 8 6.25-9.38 7-16 4-6 A () -15 *

60-90 2 30-45 0-5 5-8 (), -22 -12 *

60-90 3 20-30 0-5 5-8 () -12 *

60-90 4 15-22.5 0-5 5-8 A () -12 *

60-90 6 10-15 0-5 5-8 A () -12 *

60-90 8 7.5-11.25 0-5 5-8 A () -12 *

70-86 2 35-39 12-17 5-8 () -12

70-86 3 23.33-26 12-17 5-8 () -12

70-86 4 17.5-19.5 12-17 5-8 A () -12

92-96 2 46-48 7-20 -2-0 (), 2.4 FF -10

92-96 3 30.67-32 7-20 5-8 () -10

92-96 4 23-24 7-20 5-8 A () -10

92-96 6 15.33-16 7-20 5-8 A () -10

92-96 8 11.5-12 7-20 0-5 A () -10

92-96 12 7.67-8 7-20 0-5 A () -10




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Outline J

1.50

1.35

Outline W


HNMEG KPG (L HO) = GHG-LMGK

FNEMIERG ?MHK02 = Q2, 03 = Q3, 04 = Q4

12 = 12

HE NFK QMM - AB CD EF GH I

HNMINM GMK ?KJNGR (KHNG MHGKLM #$S)

GPM, G #$S

IHPK HNMINM G BF

! EL LI?R QM HNMINM ?KJNGR KG PG HKKG.

A F #<@<QUINSTAR

TECHNOLOGY, INC.


Specifications

@ #<@< I@ @ ? I@ I@ @ <F, F? F, , ? C?? C??B, GHJ GHJ B1 ? ?

B

75-110 2 37.5-55 7-10 5-10 1.85 FF, -19 -10 *

75-110 3 25-36.67 7-10 5-10 (), -28 -10 *

75-110 4 18.75-27.5 7-10 5-10 (), -42 -10 *

75-110 6 12.5-18.33 7-10 5-10 A () -10 *

75-110 8 9.38-13.75 7-10 5-10 A () -10 *

75-110 12 6.25-9.17 7-10 5-10 A () -10 *

* EL HGMM NGLMK ?HK HNMEG G?HKFMHG.1 G H? IHPK EOEL OEE HOK M ?NEE ?KJNGR G. $K IHPK EOEL OEE HOK GKKHPK G GINM.


Outline S



77

♦ H !QMKGE BL JNK

♦ NEE ON BGPM

♦ HP CHGOKLHG HLL

F #<@<

NGMK GHEHR'L '# LKL H? @ <@<

HOK M HNMINM ?KJNGR KG H? 18 MH 110 #$S. LG GGL MK OG HK H KFHGL PE

LNIIKLLG NGPGM H HK OG KFHGL. HQMKGE L L KJNK IKHOG ?EQEMR ?HK LRLMFFIEFGMMHG. MGK NGML K KM HOK M 0 MH+50UC HIKMG MFIKMNK KG PM FQFNF

Characteristics

Product Description

Specifications

GINM IHPK H? +22 BF. MGK GMK?L K AHK ?FE HQE ?HK M GINM G PON ?HK MHNMINM. MK GMK? HG?NKMHGL K OEE.

NGMK G IKHO K HNMINM IHPK HOK GKKHPKGPM. NGMK ELH IKHNL LKL AMONEMIEKL HOK 18-110 #$S.


@ @ #<@<? I@ I@ @ @ I@ F F? F ? ? C??

B , , "<1, "<1, ?GHJ GHJ B B 2

! 18-26.5 2 9.0-13.25 20 8 -42 A

! 26.5-40 2 13.25-20.0 20 8 -28 A

! 26.5-40 3 8.67-13.33 20 5 -28 A

' 33-50 2 16.5-25 20 8 -22 A

' 33-50 3 11-16.67 20 3 -22 A

40-60 2 20-30 20 7 -19 ()

40-60 3 13.33-20 20 3 -19 A

50-75 2 25-37.5 20 5 -15 (), -28

50-75 3 16.67-25 20 3 -15 ()

E 60-90 2 30-45 20 3 -12 (), -22

E 60-90 3 20-30 20 3 -12 ()

75-110 2 37.5-55 18 2 -10 (), -19

75-110 3 25-36.67 20 0 -10 (), -28

1 RIE HIMFNF GINM IHPK EOE. NMINM IHPK LMNKML M KHNG ML EOE. HPK GINM IHPK IKHNL EHPK HNMINM IHPK GGHG-EGK ?LHG. QFNF L? IHPK EOE L MRIEER 2 B K. $K HNMINM IHPK OEE HOK GKKHPK KG.

2 MK ON HK HGGMHKL OEE L NLMHF IKHNML. EL HGMM NGMK.3 NMEG KPGL OEE NIHG KJNLM.




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HNMINM PON G LGMHK = -G = -G

A = -G ! = !-G = -G = -G = -G

FNEMIERG ?MHK2 = Q2 3 = Q3

HNMINM GMK ?KJNGR KHNG MHGKLM #$S

( A0 = 100 #$S, A1 = 101 #$S,B1 = 111 #$S, M.)

IHPK HNMINM G BF

HE NFK QPM - AB CD E F


F #<@<QUINSTAR

TECHNOLOGY, INC.

V-Band Doubler

Q-Band Doubler




79

♦ BKHG CHOK♦ $ HL HPK NMINM

♦ CHFIME PM HLM HLNK MKL

♦ LM L/EE F

$? ?

NGMK GHEHR'L '$ LKL H? <<-

? ? HOK M ?KJNGR KG H? 18 MH 110 #$S

G LOG PON GL PM NI MH ?NEE LMGK PO-N G HOK. R ?MNK LME GHL IHPKHNMINM, LPMG LI G KEMOER ?EM HNMINMIHPK. CK?NE O LEMHG, LIE OMR LG GFMG KNML O EE HGMKNM MH KEE LGMM L ER LME PM MF G HOK MFIKMNK.

GHL HNMINM IHPK H? ML GHL LHNKL L LI?G MKFL H? ? @? ? (!) L ?NGMHGH? ?KJNGR. NGMK GHEHR H??KL MK OKLHGL H? ML GHL LHNKL MH LNM OKMNEER GR IIEMHG. NEE PON G GHL LHNKL K H??K ?HK NL PMHL NK MKL. L FHEL IKHO OKR ?EM ! (GHFGEER 15 B) HOK HFIEM LMGK PON

GL G M 18 MH 110 #$S KHG. $K IHPK GHL

Characteristics

Product Description

Specifications

LHNKL H??K FIE? HNMINM IHPK (KGG ?KHF 20 MH30 B !) HOK M 18 MH 110 #$S ?KJNGR KG.

KKHPG OKLHGL PM HNMINM IHPK KH??K ?HK LNLRLMF IIEMHGL G LIE MLMJNIFGM. L GHFGEER H??K 1 MH 2 #$S GPM PM QEEGM ?EMGLL G LME KMKLML. AGGMKE LHEMHK L H??K L G HIMHG ?HK FIKHO . NGMK G KER IKHO NLMHF-LGGHL LHNK MH LN M NGJN IIE M HGL HKLNLRLMF KJNKFGML.

KL GHL LHNKL K EER LNM ?HK FLNKGGHL ?NK H? FIE?KL G KOKL NLG M FHLMNKKGMER OEE GHL ?NK FMKL G EFGM MG ?HK L MNL. R K ELH PEE LNM ?HK EK-MHG G NEM-G MLM ?NGMHGL G FGR LGLMO KOK

LNLRLMFL, KHFMKL G FLNKFGM GLMKNFGML.


F (GHJ) 18-26.5 26.5-40 33-50 40-60 50-75 60-90 75-110

@ J -42 -28 -22 -19 -15 -12 -10

E $? GLMKNFGMMHG HNKL? (E$) (NEEG KLHG) 1 15 15 15 15 15 15 12

(B @) AFIE? HL HPK HNKL(BKHG KLHG) 2 20-30 20-30 20-30 20-30 20-30 20-30 20-30

$ HPK HNKL(KKHPG KLHG)

3 25 23 21 20 20 17 15

@ ? GLMKNFGMMHG HNKLF< (NEEG KLHG) 1 X1 X1 X1 X1 X2 X3 X3(B @) AFIE? HL HPK HNKL

(BKHG KLHG) 2 X1.5 X2.0 X2.5 X2.5 X2.5 X2.5 X2.5

$ HPK HNKL(KKHPG KLHG)

3 X0.5 X0.5 X1 X1 X1 X1 X1

< ? FIKMNK MEMR, B/UC MRI. 0.01 0.01 0.01 0.01 0.015 0.015 0.015$? ?

MEMR M BL HEM,@ ?B/1% BL HEM CG 4 0.1 0.1 0.1 0.1 0.15 0.15 0.15

A<< #?< (@)

1 NEEG HOK. MK PON GL K OEE.2 NEEG NI MH 40 #$S, GR 10 #$S G PMG M 40-110 #$S KG.3 2 #$S GPM GRPK G PON G.4 IKMG OHEM 28 C (HIMHGE 15 C).




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$? ?

!!C A!#! A#! ! !, GL/FF

BA ! A! A B C

-42 #-595/ 0.88/22.4 1.72/43.7 1.44/36.6

-28 #599/ 0.75/19.0 1.55/39.4 1.30/33.0

-22 #383/ 1.13/28.7 1.50/38.1 1.31/33.3

-19 #383/- 1.13/28.7 1.50/38.1 1.31/33.3

-15 #385/ 0.76/19.3 1.50/38.1 1.50/38.1

! -12 #387/ 0.76/19.3 1.50/38.1 1.50/38.1

-10 #387/- 0.76/19.3 1.50/38.1 1.50/38.1


A = -G ! = !-G = -G = -G = -G

HE NFK QNS - AB CD E F

?KJNGRNEEG: B

KKHPG: GMK ?KJNGR KHNG MH

GKLM #$S ( A0 = 100 #$S, A1 = 101 #$S,

B1 = 111 #$S, M.)

QLL GHL KMHG (!) G B

OKLHG = GLMKNFGMMHG OKLHG (?NEEG) PMHNM LHEMHK

! = FIE? IHPK OKLHG PMHNM LHEMHK = GKKHPG, IHPK OKLHG PMHNM LHEMHK = GLMKNFGMMHG OKLHG (?NEEG) PM LHEMHK = FIE? IHPK OKLHG PM LHEMHK = GKKHPG, IHPK OKLHG PM LHEMHK = NLMHF






81

♦ NMINM ?KJNGL NI MH 110 #$S

♦ BKHG G PIE

♦ !QEEGM HPK ?EMGLL

F E

NGMK GHEHRaL LKL B! KJNGR !QMGKLNMES G H? ILLO HK MO ?KJNGR FNEMIEKL,FIE?KL G ?EMKL MH QMG FKHPO LGE

GKMHKL MH HOK ?KJNGR KGL H? 18 MH 110 #$S. L QMGKL ELH QMG M HIKMHG H? FKHPOGMPHKD GERSKL, LPIKL G LRGMLSKL HIKMG GM 2-20 #$S KG MH FEEFMK PO ?KJNGL G M18 MH 110 #$S KG. KJNGR FNEMIEMHG ?MHKL H?2 MH 12 K OEE, G NL H? PON ?EMKLNKGML EHP LINKHNL EOEL G OKR EHP KFHGL H? M FKHPO LGE. HEL HOKG ?NEE PONGL PM GINM IHPK H? 10 BF K H??K L LMGKIKHNML. AELH, FHEL PM K HNMINM IHPK EOEL NIMH 20 BF K OEE HOK ?NEE HK IKME GL.

Characteristics

Product Description

Specifications

KL B! KJNGR !QMGKL K ID G KN GEHLNK MRIEER PM HQE A- HK HGGMHK GINM G PON HNMINM. $HPOK,

ML G IKHO PM M GMK LLFER FHNGMHG LIEM.

KJNGR !QMGKL G KER HFG PMNGMKaL ?NEE-G LHEMHKL, KM KG MMGNMHKL,KMHGE HNIEKL G KHG MMHKL MHHGHFEER QMG M HIKMG ?KJNGR KG H? FKHPO LEK GMPHKD GERSKL MH FEEFMK POLG M 18 MH 110 #$S KHG.


B!

** FE'E$C BA$D ! ! ' E

#<@< F? 2 2-4 2-6 2-8 2-8 2-12 2-12

I@ ? (B) 10-20 10-20 10-20 10-20 10-20 10-20 10-20

@ F (GHJ) 18-26.5 26.5-40 33-50 40-60 50-75 60-90 75-110

F<< @ ? (B ) 20 20 17 13 16 2 10

$? @ ? (B ) 1 27 23 20 17 18 17 20

I@ C?? A A A A A HK A HK A HK

@ J -42 -28 -22 -19 -15 -12 -10

MK ?KJNGR GL G GINM G HNMINM GMK?L K OEE.1

RIE GPM 2 #$S. KK GPM OEE. EL HGMM NGMK ?HK IHPK HNMINM EOE ?HK FHKM GPM OKLHGL.




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F EQUINSTAR

TECHNOLOGY, INC.B!


NLMHF HIMHGL

FNEMIERG ?MHK (MPG 2 G 12)

PON G LGMHK = -G = -G A = -G ! = !-G = -G = -G = -G

HE NFK QBE - AB CD E FG H

?KJNGRNEEG: B

KKHPG: GMK ?KJNGR KHNG MHGKLM #$S

( A0 = 100 #$S, A1 = 101 #$S,B1 = 111 #$S, M.

IHPK HNMINM G BF




83


? 4

C??< C?@?

F ?

? *< #?< $?. $

C??< C?@? F ? 83

#EHLLKR H? CHGMKHE CHFIHGGM KFGHEHR 84

KLHG NGMHG CKNEMHKL G LHEMHKL '/'I 85

NEEG NGMHG CKNEMHKL G LHEMHKL 'E/'F 87

NEEG LHEMHKL 'IF 89CKRHG CKNEMHKL & LHEMHKL 'C/'CI 91

KE AMMGNMHKL 'A 92

CHQE AMMGNMHKL 'A 94

ON PML '/'D 96

NEMMKHP PML '$ 98

CHQE PML 'C 99




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G<? ? C??< C?@? *?<?

1 B ?@? @? ] AL LGE GINM EOE MH IL FHNEMHK L GKL, HNMINM LHNE ?HEEHP G EGK FGGK. $HPOK, ?MK KMG IHGM, HNMINMLGE EOE GKLL M EHPK KM NGME M FHNEMHKHNMINM EOE HFL ?KER HGLMGM. GINM EOE ?HK P M HNMINM EOE OML ?KHF EGKMR R 1 B L

M _1 B HFIKLLHG IHGM.` A@< < ] AFIEMN NGEG L FLNK H? M PHKLM-L OKMHG G GLKMHG EHLLMPG M LMML G FHNEMHK. HK FHNEMHK,FIEMN FEG L M ??KG H? M G IHPK. AFIEMN FEG = (BF)-(BF).

A? ] L L M FHNGM R P M GINMLGE L KL PG M HL K ?NEER L(G HMK PHKL, PG FQFNF NKKGM L KPG). M LELH H?MG MKF "LHEMHG" H? LPM.

C ? ] FHNGM H? KKK FLNK G BEHP M LK HNMINM LGE PG HKGM LGE H? JNE FIEMN G 90 KL IL ??KG LIIE MH M & IHKML. L L LHPG G F 1 EHP.

? & ? K M KKK G (-IHKM/-IHKM) ?KJNGL,KLIMOER. L ELH IIEL MH IL FHNEMHKL

C?? <? ] HK FHNEMHK, HGOKLHG EHLL (C..),G B, L ?G L EHP:

C.".(B) = I@(I+') ? P @ F ? ?

? .

HK FHNEMHK, M L ?G L:

C.".(B) = F I@ ? P (I+') @ ?.

H? @@? ] G FHNEMHK, LL MNGLK LG G KKK, KFHG IKHNML H? M HFG PM M KKK MH IKHN NGLK LGELM L EHP:

? C +/- G? FHLM FIHKMGM IKHNML K M MK G ??M,? C +/- 3? G ? C +/- 5? LG MR K OKR EHL MH MLK LG G EFHLM FIHLLE MH ?EMK. HK FHNEMHK, M KFHG IKHNML H? GMKLM K G? . IKHNML H? FHLM GMKLM K G = 3 G G = 5.

I & '. G-IL G JNKMNK-IL HFIHGGML H?HNMINM.

I? <? ] L EHLL ?NK L M FGFNF FHNGMH? MMGNMHG PG M L NKKGM L SKH G M HL K H??. EHLL L F NI H? GR O EHLLLG M GONE GLKMHG EHLLL H? M KNM.

GLKMHG EHLL H? IL FHNEMHK L FLNK LMMEER G HG H? M IHLLE LMML G KIKLGML M PHKLM-LEHLL ?HK GR LMM. HK FHNEMHKL, M GLKMHG EHLLL 6 B MRIEER.

< ] L FEG L FLNK H? MH??LM ?KHF M LK KKK IL KEMO MH M MNEIL L?M G GR H? M IHLLE IL LMML. L LFLNK PM KLIM MH K?KG HK 0 K ILLMM. OMHG ?KHF 90 KL H? M IL GE??KG H? M & IHKM HNMINM LGEL.

' @ ; ?<? ] NKMNKIL L?M DRG () FHNEMHKL K ?HNK-IHKM OL PM -G, -HNM, G MPH M GINM IHKML. A IHEKLGE L IIE M M IHKML MH IKHN G HNMINM

LGE IL-FHNEM R 0 (K?KG), 90, 180, HK 270KL, IGG HG M LMM H? M FHNEMG LGE.

? - FHNGM H? NGLK LGFLNK G B EHP M LK LG NGK MLF HGMHGL L M KKK KMHG FLNKFGM.

@- EL L NK 2 EHP ?HKQIEGMHG H? PMG I.

] L FLNK H? FIG FM M GINMG HNMINM IHKML H? M FHNEMHK. L IKFMKKIKLGML FIK?M GINM G HNMINM FIGL.

Figure 2. Switching Speed and Driver Propagation Delay Measurement.

Figure 1. Carrier Rejection.




85

♦ CHFIM

♦ $ LHEMHG

♦ HP GLKMHG HLL

♦ BKHG

? ? C<? I?<?

NGMK ><GHEH@R'L ' L>K>L @53?> :>3?>

33<1? G 'I L>K>L @53?> :>3?> ?<1? K>

OE;E> G L>O>G PO>@N> ;GL <HO>KG@ M>

?K>JN>G<R KG@> H? 18 MH 110 #$S. G@E>-NG<MHG LHEMHKL

G LG@E>- G MK>>- NG<MHG <K<NEMHK O>KLHGL K>

H??>K>. >L> MK>>-IHKM -NG<MHG ?>KKM> >O<>L ?>MNK>

@ LHEMHG, EHP GL>KMHG EHLL, G ;KH

;GPM. > MK>>-NG<MHG <K<NEMHKL >??><MO>ER

<HF;G> LMGK <K<NEMHK PM GINM G HNMINM

LHEMHKL G <HFI<M I<D@>.

Characteristics

Product Description

FE'E$C BA$D ! ! ' E

F (GHJ) 18-26.5 26.5-40 33-50 40-60 50-75 60-90 75-110

J -42 -28 -22 -19 -15 -12 -10

B (GHJ ) 2 2 2 2 2 2 2

I?<? (B ) <-? 20 20 20 20 20 18 18

*-? (C<? <) 35 35 35 35 35 35 35

I? "? (B ) <-? 0.3 0.5 0.5 0.6 0.7 0.8 1.0

*-? (C<? <) 1.0 1.0 1.1 1.2 1.3 1.5 1.6

() 1.2:1 1.2:1 1.2:1 1.2:1 1.3:1 1.3:1 1.3:1

? ( ), ' ? C<? 10 8 8 6 5 5 4

? ( ), 'I ? I?<? 3 3 2 2 1.5 1 1

Specifications

NG<MHG <K<NEMHKL G LHEMHKL K> NL> MH IKHO>

EH LHEMHG G P> OK>MR H? <HFIHG>GML G<ENG@

#NGG G A HL<EEMHKL G FIE?>KL, NI<HGO>KM>KL

G HPG<HGO>KM>KL, IHP>K <HF;G>KL, G ELH L

NIE>Q>KL M M> GM>GG IHKML H? FEEF>M>K-PO>

MKGL<>O>K LRLM>FL.

/

MK PON LSL K OEE.





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PON G LGMHK

= -G = -G A = -G ! = !-G = -G = -G = -G

GNFK H? NGMHGL1 = LGE

3 = MK (KNEMHKL HGER)

HE NFK QJ_ - AB CD E F


FHE IK?Q = KNEMHK = LHEMHK


( A0 = 100 #$S, A1 = 101 #$S,

B0 = 110 #$S, M.

GPM KHNG MH GKLM #$S

!!C A!#! A#! #! C ! $!!-C !BA ! A! !, GL/FF !, GL/FF

A B C A B C

-42 #-595/ 1.20/30.5 0.88/22.4 1.00/25.4 1.50/38.1 1.20/30.5 2.00/50.8

-28 #599/ 0.90/22.9 0.80/20.3 0.90/22.9 1.25/31.8 1.20/30.5 1.50/38.1

-22 #-383/ 1.45/36.8 1.20/30.5 1.13/28.7 1.25/31.8 1.20/30.5 1.50/38.1

-19 #-383/ 1.45/36.8 1.20/30.5 1.13/28.7 1.25/31.8 1.20/30.5 1.50/38.1

-15 #-385/ 1.05/26.7 0.85/21.6 1.00/25.4 1.14/29.0 0.98/24.9 1.10/27.9

! -12 #-387/ 1.05/26.7 0.85/21.6 1.00/25.4 1.14/29.0 0.98/24.9 1.10/27.9

-10 #-387/ 1.05/26.7 0.85/21.6 1.00/25.4 1.14/29.0 0.98/24.9 1.10/27.9

Single-Junction Circulators and Isolators

(round flange pattern shown)

Three-Junction Circulators




? ? C<? I?<?

/


86

4



♦ NEE ON BG

♦ CHFIM

♦ $ LHEMHG

♦ HP GLKMHG HLL

NGMK GHEHRaL 'E LKL << ?

<? G 'F LKL << ? ?<? KOEE G MPH PON GL HOKG M ?KJNGR KG H? 18 MH 40 #$S. L $-IEG MK-IHKM -NGMHG?KKM OL ?MNK LHEMHG, EHP GLKMHG EHLLG ?NEE PON GPM.

Characteristics

Product Description

Specifications

NGMHG KNEMHKL G LHEMHKL K NL MH IKHO EHLHEMHG G P OKMR H? HFIHGGML GENG #NGGHLEEMHKL G FIE?KL, NIHGOKMKL G HPG-HGOKMKL, IHPK HFGKL, G ELH L NIEQKL M MGMGG IHKML H? FEEFMK-PO MKGLOK LRLMFL. R K ELH EER LNM ?HK KHG HK LPIM ?KJNGR IIEMHGL.

FE'E$C BA$D ! !

F (GHJ) 18-26.5 26.5-40

J -42 -28

B (GHJ ) NEE NEE

I?<? 20 18

I? "? (B ) 0.4 0.6

1.25:1 1.3:1

? ( ) 5 4


F<< ? C<? I?<?

!/


87



HE NFK QJ_ - A 00000



FHE IK?Q! = KNEMHK = LHEMHK

!!C A!#! A#! ! !, GL/FF

BA ! A! A B C

-42 #-595/ 1.15/29.2 0.88/22.4 1.00/25.4

-28 #-599/ 0.90/22.9 0.90/22.9 0.90/22.9

Circulators

PON G LGMHK = -G A = -G

Isolators

(25.4)


F<< ? C<? I?<?

!/


88

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♦ NEE ON BGPML

♦ HP GLKMHG HLL G

♦ $ G LHEMHG

F<< I?<?

NGMK GHEHR'L 'IF LKL << ?<? KOEE G LQ PON GL HOKG M ?KJNGR KG H? 26.5 MH 110 #$S. L LHEMHKL K KR-

KHMMHG MRI ?KKM OL PM GPML HOKG ?NEE PON G.

KL LHEMHKL IKHO FGFNF H? 25 B H?LHEMHG G MRIEER FHK MG 30 B KHLL FHLM H? M

Characteristics

Product Description

Specifications

PON GL. LHEMHKL G GE IHPK EOEL?KHF HG MM M -G MH MPH MML M -G. R IKHO LHEMHG HOK PK GPML MG LGE-

NGMHG PON LHEMHKL. P GPM H? ML LHEMHKL FDL MF EER LNM ?HK KHGHK LPIM ?KJNGR IIEMHGL G PGFLNKFGM LRLMFL.


FE'E$C BA$D ! ' E

F (GHJ) 26.5-40 33-50 40-60 50-75 60-90 75-110

J -28 -22 -19 -15 -12 -10

F""BA$D I"A*

I? "? (B ) 1.3 1.4 1.6 1.7 2.0 2.2

I?<? (B ) 25 27 27 27 27 27

() 1.45:1 1.4:1 1.4:1 1.4:1 1.4:1 1.4:1

? ( ) 2.0 1.5 1.5 1.0 1.0 1.0

MK PON LSL K OEE.


89



HE NFK QIF - A 00000




F<< I?<?

!!C A!#! A#! ! !, GL/FF

BA ! A!

-28 #-599/ 2.95/74.9 1.31/33.3

-22 #-383/ 2.69/68.3 1.31/33.3

-19 #-383/ 2.69/68.3 1.31/33.3

-15 #-385/ 2.50/63.5 1.00/25.4

! -12 #-387/ 2.50/63.5 1.00/25.4

-10 #-387/ 2.50/63.5 1.00/25.4


PON G LGMHK A = -G

= -G

= -G = -G! = !-G = -G

MK PON LSL K OEE.


90

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NGMK GHEHRaL 'C LKL C? C<?

G 'CI LKL C? I?<? K NLMHF-LG?E-LIEFGM OL PM QIMHGE KHGIK?HKFG. L K H?MG NL G HGNGMHG PMNGMKaL LKL CA CKRHG AFIE?KL G RLMFL. L IKHNML O GMKGE FGM LEG.$HPOK, G QMKGE FGM LE L HIMHGEEROEE MH NFGM M LMGK GMKGE LEG MHIKLKO M EMKE KMKLML PE HIKMG G

Characteristics

Product Description

Specifications

LMKHGK FGM ?E. G HGGM PM KRHGFIE?KL, M C L MH M FIE?K FR IKHONLG M MKFGMHG H? M LHEMHK. CHGLNEM NGMK ? IEGGG MH NL ML HIMHG.

RIE IIEMHGL ?HK ML OL GEN KHLMKHGHFR, LMEEM KM LMMHGL, KHFMKL GEMKHG LIG KLHGG FLNKFGM LRLMFL.

C1 4-8 4-10.5 8-12 10.5-12 12-18 18-26.5 26.5-40GHJ GHJ GHJ GHJ GHJ GHJ GHJ

I?<?, B . 18 18 18 14 18 18 18

I? "?, B . 0.4 0.8 0.4 1.2 0.5 0.4 0.5

, . 1.28 1.28 1.28 1.38 1.28 1.28 1.28

I@/@ C?? CHQ CHQ CHQ CHQ CHQ ON ON(A) (A) (A) (A) (A) (-42) (-28)

♦ BKH BGPM

♦ $ LHEMHG, HP GLKMHG HLL

♦ HP

♦ GMEER E

FGM LEG = IMHGE QMKGE LH?M KHG LEG

0 = MGK NGM

FKHPO ?KJNGR G

HE NFK QC_ - AB.C D.EF G H 00


FHE IK?Q = KNEMHK

= LHEMHK

GMK ?KJNGR G #$S(QFIE: 10.5 #$S = 10.5)

GPM G #$S(QFIE: 750 $S = 0.75)

HM 1: LM M 77 K . MK GPML OEE. K?HKFG FR FIKHO HOK GKKHPK GPM.


C? C<? I?<?C/C


91



♦ BKH BGPM

♦ HP GLKMHG HLL

♦ CNKKGM CHGMKHEE

< I$ A?

NGMK GHEHR'L 'A LKL <<-

< I$ ? HOK M ?KJNGR KG H? 18MH 110 #$S G LOG PON GL. R K

HGLMKNM PM KN, LIEM EHD FGE LGMM NMESL HL, G K IE H? GEG IHPK EOEL NI MH 0.5 MM. MGK NGML ?MNK KHGPM. $HPOK, MR G HIMFS HOK

Characteristics

Product Description

Specifications

GKKHPK ?KJNGR KG ?HK KMK MMGNMHG KGHK EHPK GLKMHG EHLL. R K E ?HK LGE EOEHGMKHE G FIEMN FHNEMHG.

A HQE OKLHG HOKG C MH 50 #$S ?KJNGR KGL ELH H??K. FHE A ?HK MEL.


A

FE'E$C BA$D ! ! ' E

F (GHJ) 18-26.5 26.5-40 33-50 40-60 50-75 60-90 75-110

J -42 -28 -22 -19 -15 -12 -10

I? "? (B @.) 1.0 1.0 1.0 1.2 1.5 2.0 2.0

B (GHJ ) NEE NEE NEE NEE 10 10 10 A? (B ) 0-23 0-23 0-23 0-23 0-20 0-20 0-20

AMMGNMHKL KJNK HGMKHE OHEM OKRG MPG 0 G 10 ?HK OKRG M MMGNMHG.

HPK MG: 0.5 MM (FQ).


92

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!!C A!#! A#! BA ! !, GL/FF

BA ! A! A B C

-42 #-595/ A AC 0.88/22.4 0.88/22.4 1.50/38.1

-28 #-599/ A AC 0.75/19.1 0.75/19.1 1.50/38.1

-22 #-383/ A AC 1.13/28.7 1.13/28.7 1.00/25.4

-19 #-383/ A AC 1.13/28.7 1.13/28.7 1.00/25.4

-15 #-385/ A AC 0.75/19.1 0.75/19.1 1.00/25.4

! -12 #-387/ A AC 0.75/19.1 0.75/19.1 1.00/25.4

-10 #-387/ A AC 0.75/19.1 0.75/19.1 1.00/25.4


A = -G ! = !-G = -G = -G = -G

HIMHGL0 = GHG

= NLMHF


(A0 = 100#$S, A1 = 101 #$S,

B0 = 110 #$S, M.)

FQFNF MMGNMHG

KJNK, G B

HE NFK QSA - AB CD E F





< I$ A?A


93



C?< I$ A?QUINSTAR

TECHNOLOGY, INC.A

♦ EMK BGPM

♦ HP GLKMHG HLL

♦ CHFIM D

NGMK GHEHRaL LKL 'A HQE OKEI$ ? HOK M ?KJNGR KG ?KHF CMH 50 #$S. R H??K EHP GLKMHG EHLL G

EK MMGNMHG KG, MRIEER NI MH 40 B. LMMGNMHKL K HNL G HFIM ID PM2.9 FF HK 2.4 FF HQE HGGMHK GMK?L.

Characteristics

Product Description

HGMKHE OHEM KJNK ?HK OKRG M MMGNMHGL ?KHF 0 MH ]5 OHEML. KL A MMGNMHKL K PEE LN M ?H K LGE EO E HGM KH E, FIE M N

FHNEMHG G MLM G FLNKFGM IIEMHGL.

Specifications

F C MH 50 #$S

I? "? 2 B ?HK 20 B MMGNMHG KG4 B ?HK 40 B MMGNMHG KG

? H< 1 (30 BF)

C??< ?< 0 MH ]5 C


.31

.30

.63

.88

2X 2-56 UNC .15

1.37

.42

.39

.31

.30

.15

.71

V CTRL(0~-5V)

.39

.50

.31

.30

.71

RF INRF OUT


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C?< I$ A?QUINSTAR

TECHNOLOGY, INC.A

HQE HGGMHK MRI29 = 2.9 FF

24 = 2.4 FF

HIMHGL0 = GHGS = NLMHF

HE NFK QVA - AB CD E FG


GMK ?KJNGR G #$S

FQFNF MMGNMHG KJNK, G B


95



Characteristics

Product Description

Specifications

KOK IKHMMHG, G OKE INEL PM HGMKHE. LPML G GE IHPK EOEL H? NI MH 27 BF (0.5 MM) G HIMHGE GMKE KOKL MM IM GINML M HGMKHE LGE K OEE.

KL / LPML K NL?NE ?HK LGELPMG, KOK IKHMMHG, INEL HNEMHG G MLMJNIFGM IIEMHGL.

FE'E$C BA$D ! ! ' E

F (GHJ) 18-26.5 26.5-40 33-50 40-60 50-75 60-90 75-110

J -42 -28 -22 -19 -15 -12 -10

B (GHJ ) NEE NEE NEE NEE 10 10 10

I? "? (B ) 1.5 1.5 1.5 1.8 2.0 2.5 2.5

2.0 2.0 2.0 2.3 2.5 2.8 2.8

I?<? (B ) 30 30 26 26 25 20 20

23 23 23 23 20 20 20

DC B I@ 1 "? "? () +5, -5

I?<? (F?) 35FA MRI.

@ ( @) 2 250 250 250 250 250 250 250

(@) 2:1 2:1 2:1 2:1 2:1 2:1 2:1

1 HK -LMM (EHP GLKMHG EHLL), M LPM KJNKL KOKL OHEM H? 10 HEML; ?HK -LMM (LHEMHG), ?HKPK L NKKGM H? NI MH25 FA L G. HK GMKE KOK HIMHG, L OHEM LNIIEL H? +5 G -5 K KJNK. LPM L HGMKHEE R LGEL.

2 MGK LPML KJNK MHME LPMG MF H? 350 GL FQ. LMK LPMG LI HIMHGL (< 10 GL) K OEE.

NGMK GHEHR'L ' 'D LKL FEEFMK- PO KHG I$ HOK M ?KJNGR KGH? 18 MH 110 #$S G LOG PON GL. L PON LPML K HGLMKNM PM KN,LIEMEHD FGE LG MM NMESL HL. HLMLMGK LPML HIKM HOK ?NEE PON G, GEE G HIMFS HOK LI? GKKHPK ?KJNGR KG ?HK MMK LHEMHG HK EHPK GLKMHG EHLL. R KE ?HK LGE MMGNMHG, HG/H?? LPMG LN L

♦ GE, HNE G NEM-KHP KLHGL

♦ BKH BGPM

♦ HP GLKMHG HLL

♦ $ I PMG IMHG


I$ /


96

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LPM MRI =

=


( A0 = 100 #$S, A1 = 101 #$S,

B0 = 110 #$S, M., B = NEEG)

LHEMHG G B

HIMHGL0 = GHG

$ = LI

= NLMHF

= KOK# = KOK G LI


A = -G ! = !-G = -G = -G = -G

HE NFK QS_ - AB CD E F


"!!*C A!#! "A*#! BA *! !**, G<>L/FF

BA* ! A!* * A B C ! "

-42 #-595/ A AC 0.88/22.4 0.88/22.4 1.50/38.1 0.88/2.4 0.94/23.9 1.50/38.1

-28 #-599/ A AC 0.75/19.1 0.75/19.1 1.50/38.1 0.75/19.1 0.88/22.4 1.00/25.4

-22 #-383/ A AC 1.13/28.7 1.13/28.7 1.00/25.4 1.13/28.7 1.31/33.3 1.50/38.1

-19 #-383/ A AC 1.13/28.7 1.13/28.7 1.00/25.4 1.13/28.7 1.31/33.3 1.50/38.1

-15 #-385/ A AC 0.75/19.1 0.75/19.1 0.75/19.0 0.75/19.1 0.88/22.4 1.00/25.4

! -12 #-387/ A AC 0.75/19.1 0.75/19.1 0.75/19.0 0.75/19.1 0.88/22.4 1.00/25.4

-10 #-387/ A AC 0.75/19.1 0.75/19.1 0.75/19.0 0.75/19.1 0.88/22.4 1.00/25.4


CHGLNEM ?MHKR ?HK FGLHGL HG LPML PM KMK MG 2 MKHPL.

SPST Version


SPDT Version

(square flange pattern shown)


PIN Switch Driver

SPDT Switch with Driver

(V-band model shown)

1.00

1.47

.76

.50


I$ /


97



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98


#<-? I$ QUINSTAR

TECHNOLOGY, INC.

♦ KHF PH KHP MH 8 KHP

♦ HP GLKMHG HLL

♦ BG IKMHG

♦ $ LHEMHG KLHGL ??K

♦ CHFIM G EE

♦ CHQE G ON KLHGL

NGMK GHEHR H??KL LKL '$ FNEM-MKHP I$

?HK OKMR H? IIEMHGL MM KJNK FNEMIEMKHPL G/HK NLMHF LPM HG?NKMHG. LLPML H??K EHP GLKMHG EHLL G P GPM H? HIKMHG ?HK LHEMHG EOE. ON G HQ-E OKLHGL K OEE IGG HG M HIKMG?KJNGR. L LPML K EER LNM ?HK LGEMMGNMHG G LPMG ?HK KOK IKHMMHG, GMGGLPMG, MLM G FLNKFGM LML G MKGLOKL.

Characteristics

Product Description

PM KOKL MM IM LGEL FR GHKIHKMG ML LPML L G HIMHGE ?MNK. NGMK GHFG LPML MH KM NLMHF HG?NKMHGL HKHNMEGL ?HK IIEMHG-LI? LPML.

Specifications

? C A<<

CHG?NKMHGL KHF MH 8 G NLMHF HG?NKMHGL

GLKMHG HLL KHF 1 B MH 6 B IGG HG HG?NKMHG G ?KJNGR

KJNGR KG 1 MH100 #$S

LHEMHG 20 B MH 40 B

PMG I 10 GL MH 200 GL IGG HG KOK G ?KJNGR

GNFK H? MKHPL (2 MH 8)

GMK? HIMHGC = CHQE = -G

= -G = -G

A = -G ! = !-G = -G = -G

HE NFK QSN - AB CD E F


GMK ?KJNGR G #$S

GPM G #$S



99

Product Description

Specifications

OKL HG HK LHEMHG OKLHG. CHGMKHE LGEKJNK MH HIKM ML LPML L .

MGK GINM/HNMINM IHKML K -?FEHGGMHKL, G C L/HGMKHE LGE L O?MKHN IGL. HK LI OKLHGL, AHGGMHK L IKHO ?HK HGMKHE LGE. LLPML K EER LNM ?HK INEL FHNEMHG GKOK IKHMMHG G KHG LRLMFL MM NMESHQE HFIHGGML.


FE'E$C BA$D ! ! !-!

F (GHJ) 18-26.5 26.5-40 18-40

C?? - - -

I? "? (B @.) , (HP GLKMHG EHLL OKLHG) 1.5 2.5 2.5

, ($ LHEMHG OKLHG) 5 5 5

I?<? (B) , (HP GLKMHG EHLL OKLHG) 28 28 28

, ($ LHEMHG OKLHG) 50 50 50

PMG LI (GL MRI.) 5 5 5

CHGMKHE LGE

C BL , (HP GLKMHG EHLL OKLHG) -5, +5; 60 FA

, ($ LHEMHG OKLHG) -5, +5; 110 FA

NGMK GHEHRaL LKL 'C HQE I$

IKHO ?LM LPMG PM LHEMHG G EHPGLKMHG EHLL HOK M ?NEE G ?KJNGR GL.

MGK FHEL K OEE G G HG?NKMHGL G ?MNK HFIM ID MMGHKIHKML M KOK KNMKR. PML PM FNEMIEMKHPL (NI MH 8) K H??K L NLMHF IKHNML.OKE OKLHGL H? ML LPML K H??K MH LNM P KG H? IIEMHGL. LPML K H??K GK?EMO G GHG-K?EMO OKLHGL. AEE LPML KH??K PM H H? MK EHP GLKMHG EHLL


C?< I$ C

Characteristics

♦ G IKMHG

♦ LM PMG I

♦ $ LHEMHG




C?< I$ QUINSTAR

TECHNOLOGY, INC.C


SPDT High Isolation,

Low-Speed Version

SPDT High Isolation, High-Speed Version SPDT Low Insertion Loss, High Speed Version

SPDT High Speed Low

Insertion Loss Version

OKLHG = K?EMO, EHP GLKMHG EHLL OKLHG$ = K?EMO OKLHG, LHEMHG OKLHG = GHG-K?EMO, EHP GLKMHG EHLL OKLHG = GHG-K?EMO, LHEMHG OKLHG$ = LHEMHG OKLHG = EHP GLKMHG EHLL OKLHG

?KJNGR G LGMHK = -G

A = -G = - G (18-40 #$S)B = 2-40 #$S

HE NFK QSC - A BC 0000



100

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? 5

?

F<

? *< #?< $?. $

? F< 101

#EHLLKR H? ON KHNML & EMKL 102

KLHG $ KMOMR CHNIEKL ' 103

KLHG B- G NE-KMHGE CHNIEKL 'B/'D 105

#GKE NKIHL ON KMHGE CHNIEK 'DC 108KLHG CKHLLN CHNIEKL 'C 110

#GKE NKIHL CKHLLN CHNIEKL ' 112

M $RK L G HPK OKL 'H 114

HKM EHM $RK HPK OK ' 116

NEM-NMINM HPK OKL '#D 118

BGILL EMKL 'FB 119

HP LL EMKL 'F" 121

$ LL EMKL 'FH 123

BG M G HM EMKL '$F 125

! G $ EG ON L 'H 126

ON MKM MHGL, G IK KGLMHGL '/'/' 127

CNLMHF ON ALLFEL 'AC 129

ON KFGMHGL '$/'*/'* 130

ON BGL G PLML 'B/'* 132

NGE HL, NGE HKML, G !-$ NGKL 'G/'A*/' 133

ON EGL, AIMKL G ALLHM $KPK 'BA/'FA/'FF/'F 134

KLHG KEE G ON MGL 'D/' 136

ON MH CHQ AIMKL 'A 137


101



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102

G<? ? ? F<

C ] GHFGE ?KJNGR M PGILL ?EMKL K HFMKEER GMK. HK QFIE,? T1 G T2 KIKLGM M 3 B ?KJNGR IHGML H? GILL ?EMK, MG M GMK ?KJNGR T0 L ENEML ?HEEHPL:

? 0 = [? 1 Q ? 2

G M GPM, ? 2 ] ? 1, L LFEE IKGM H? M OEN H? ?0, MG ?0, M HFMK FG MPG ? 2 G? 1 PEE IIKHQFMER JNE M KMFM FG MPG? 2 G ? 1 , .., M OK (? 2 +? 1)/2.

C-? (? ) ] L ?KJNGR LGKEER 3 B EHP M GLKMHG EHLL H? M ?EMK; MGHML M IHGM M P M ?EMK L HGLK MH KMG NGPGM LGEL. AHO (HK EHP) ML?KJNGR M ?EMK L L MH G ML ILLG GQML EHP EHLL. L L M ?KJNGR MM FKDL M H? M ILLG H? ?EMK G M GGG H? MMKGLMHG MH M LMHIG. G PON, ML ?NK L MEHPLM ?KJNGR M P M PON IKHIMLGKR G LHF IKMNEK FH PMHNM MMGNMHG.

G?@ < ] FHNGM H? MF M MDL ?HK LGEOG ?GM MF NKMHG, LN L INEL, MH ILLMKHN M ?EMK. EER, EE ?KJNGL IKLGM G MLGE LHNE O M LF MF ER, LH MM M LGE PEE GHM LMHKM. G FHLM MRIL H? ?EMKL, ML L GHM ML, G KHNI ER ?G L W/T OKL PM?KJNGR. HK EGK IL ?EMKL M KHNI ER LHGLMGM. M L HLKO MM M EGK IL ?EMKL O FN EHPK G ?EMMK OEN H? KHNI ER.

I? <? ] GLKMHG EHLL L JNE MH M ??KG GML IHPK FLNK M M HFIHGGM GINM G HNMINM. IHPK FLNK M M GINM L JNE MH M FLNKIHPK PG M HFIHGGM L KIE R IKHIKER FM IHPK FMK HK GMPHKD GERSK. GINMFIG H? M FLNKG GLMKNFGM LHNE JNE

MH M KMKLM FIG H? M LRLMF. FEKER,M IHPK FLNK M M HNMINM L JNE MH MFLNK IHPK PG M HFIHGGM L MKFGM R M LF FLNKG GLMKNFGM. GLKMHG EHLL PEE JNE MH M LNF H? MK EHLL ?MHKL. G L M EHLL NMH M FIG FLFM M M GINM, M LHG LN MH M FLFM M M HNMINM, G M MK L N MHM LLIMO EHLL LLHM PM KMO EFGM PMG M HFIHGGM.

" @ ? < < ] EMKL O MKMKLM H? GEG M LGE M M ?EMK HNMINM MHO HGLMGM IL ??KG ?HK ?Q GKFGMH? ?KJNGR ??KG H? M LGE. NL,

\W = \?

PK L HGLMGM. L GEL M MKGLFLLHG H? OKHNL ?KJNGR HFIHGGML HGMG G INEL PO?HKF MH ER R M LF FHNGM PEMKOEG MKHN M ?EMK MNL IKLKOG M INEL PO LI.

] LLG L M LK G H? ?KJNGLG P M HGER EHLL L M GLKMHG EHLL H? M ?EMK. M LM MNE G H? ?KJNGL, P M ?EMK L KJNKMH ILL MKHN PM OKR EMME ??M HG LRLMFIK?HKFG. HLM H? M NGMKaL EHP ILL ?EMKFHEL K LI? MH O FQFNF GLKMHG EHLL OEN H? 1.5 B PMG M ILLG.

? (?@)] ?KJNGR KG(L) P K NGLK G FNLM LMKHGER MMGNM?KHF M LMHIG HK KMHG G. MKF _KMHG`GML M FHNGM H? MMGNMHG H? LI??KJNGL PMG ML NGLK ?KJNGR KG.

- L FLNK H? M FIG EHHDG GMH

HG IHKM H? M ?EMK PE M HMK ?EMK IHKM LMKFGM G ML KMKLM FIG. GR MF, MFIG FM L QIKLL G MKFL H? KMNKG EHLL. HGOKLHG MPG KMNKG EHLL G G KK HNM NLG M KM OG G M K?KGFMKEL LMHG.

A @? < @ ] C OKIHPK GEG IEMR PM HG-PR MKGLFLLHGMKHN M FG EG H? M HFIHGGM NGK FMEH HGMHGL

B ] KG H? ?KJNGL HOK PIK?HKFG ?EEL PMG LI? EFML.

B?< ?@< ] AGHMK GF ?HK 4-IHKMHNIEK; MM L, LGE HNIEK OG GH GMKGE

MKFGMHG. M L GMG MH EEHP ?HKPK G K?EMLGEL MH LFIE LFNEMGHNLER.

C?@< ? ? ?@< ] KMH G B H? MGGM IHPK ? GMH M FG IHKM MH M HNIE IHKMIHPK PG EE IHKML K MKFGM R K?EMHGELLMKFGMHGL. ?NK EHP.

CHNIEG OEN = -10 EH10 (3 /1).

C?@< < ] FQFNF ID-MH-ID OKMHGG HNIEG H??GM MM FR QIM HOK LI? ?KJNGR KG.

C?@< ?< ] EEHPE NGM-MH NGM OKMHGG GHFGE HNIEG.

D - ??KG G B H? M IHPK HNMINM M HNIE IHKM, PG IHPK L MKGLFMM G M LKKMHG, MH M IHPK HNMINM M M LF HNIE IHKM PG M LF FHNGM H? IHPK L MKGLFMM G MHIIHLM KMHG. G M L H? KMHGE HNIEK,G EMKGMO ?GMHG L M ??KG G B H? MIHPK HNMINM H? M MPH HNIE IHKML, PG IHPK LMKGLFMM G HGLMGM KMHG HG M FG EG.?EMHGELL MKFGMHGL K LLNF MH HGGMMH EE IHKML. ?NK EHP.

KMOMR = 10 EH10 (3 /3a).

#-< <? ] G G EH IHPK, N MH MGLKMHG H? M HNIEK G MKGLFLLHG LRLMF, PMK?EMHGELL MKFGMHGL HGGM MH M IHKML H? MHNIEK. FG-EG EHLL GENL M ??M H? IHPKMKGL?KK MH M HNIE EG. ?NK EHP.

G EG EHLL = 10 EH10 (2+3)/1.





103

♦ NEEG CHOK

♦ !QEEGM CHNIEG EMGLLG ANKR

♦ HP

♦ KR $ KMOMR

? H D C?@<

NGMK GHEHR'L ' LKL @? ?@< HOK M ?KJNGR KG H? 18 MH 170 #$S GGG PON GL. R K OEE G 3 IHKMHG?NKMHG PM HNIEG OENL H? 3, 6, 10, 20, 30 G 40B. R K HGLMKNM PM KN LIEMEHD FG-E LG ?HK EHG-ELMG NKEMR MH FGMG MK HN-IEG OEN.

KLHG KMOMR KMHGE HNIEKL K EOL ?HK LFIEG HK GLKMG GKR G PONMKGLFLLHG EG PMHNM ??MG M MKGLFMMG LGE.

Characteristics

Product Description

Specifications

R IKHO LIEER NL?NE G IIEMHGL LN L IHPK G LGE K?EMHG FLNKFGML G MLMLRLMFL. LNIKHK KMOMR, GLKMHG EHLL,HNIEG ?EMGLL G NKR ELH FD MLKMHGE HNIEKL NL?NE ?HK P KG H?EHKMHKR KJNKFGML G LNLRLMF IIEMHGL.G MHG MH M LMGK MK-IHKM KMHGEHNIEKL, NGMK H??KL NLMHF ?HNK-IHKM KMHGEHNIEKL. LKL B HNIEKL.

MK PON LSL K OEE.

1 KMOMR L M ??KG MPG IHPK EOEL M M HNIE IHKM PG GINM G HNMINM IHKML K GMKG.2 GLKMHG EHLL L ?G L M IHPK EHLL G QLL H? M EHLL N MH HNIEG.3 HK 30 B G 40 B HNIEKL: KMOMR = 25 B MRI.


F (GHJ) 18-26.5 26.5-40 33-50 40-60 50-75 60-90 75-110 90-140 110-170

J -42 -28 -22 -19 -15 -12 -10 -8 -6

C?@< <

(B )3, 6, 10, 20, 30 G 40 (X 1)

C?@< F< (MB @) 0.7 0.7 0.7 0.7 0.7 0.8 0.8 1.0 1.0

D (B @) 1, 3 37 37 37 37 35 35 35 30 28

I? "? (B ) 2 0.7 0.7 0.7 0.7 0.8 1.0 1.2 2.0 2.5

, # " (@) 1.1:1 1.1:1 1.1:1 1.1:1 1.1:1 1.1:1 1.1:1 1.15:1 1.15:1

, ? " (@) 1.1:1 1.1:1 1.1:1 1.1:1 1.1:1 1.15:1 1.15:1 1.2:1 1.21:1





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104

?EG MRI = KHNG ?EG

= LJNK ?EG

HE NFK QJR - A BC D 00




A = -G = -G = -G = -G

= -G = -G

= -G

HNIEG OEN G B03, 06, 10, 20, 30 HK 40

!. A!#! A#! ! !, GL/FF

BA ! A! A B C

-42 #-595/ 1.40/35.6 1.06/26.9 9.25/234.9 0.60/15.2

-28 #-599/ 1.10/27.9 0.90/22.8 6.25/158.7 0.60/15.2

-22 #-383/ 1.36/34.5 1.248/31.7 5.50/139.7 0.80/20.3

-19 #-383/ 1.36/34.5 1.248/31.7 5.50/139.7 0.80/20.3

-15 #-385/ 1.10/27.9 0.83/21.0 4.0/101.6 0.60/15.2

! -12 #-387/ 1.10/27.9 0.817/20.7 3.5/88.9 0.60/15.2

-10 #-387/ 1.10/27.9 0.81/20.6 3.25/82.6 0.60/15.2

-8 #-387/ 1.10/27.9 0.80/20.3 3.0/76.2 0.60/15.2

-6 #-387/ 1.10/27.9 0.80/20.3 3.0/76.2 0.60/15.2


? H D C?@<




FE'+E$C BA$D ! !1 ' + E F D G

F55>3 1>75 (GHJ) 18-26.5 26.5-40 33-50 40-60 50-75 60-90 75-110 90-140 110-170 140-220

CHNIEG@ >O>E (B) 20, 30, 40 (+/- 1)

CHNIEG@ KMHG (B) +/- 0.7 +/- 0.7 +/- 0.7 +/- 0.7 +/- 0.7 +/- 0.8 +/- 0.8 +/- 1.0 +/- 1.0 +/- 1.2

GL>KMHG HLL, (B MRI.) 1.0 1.0 1.0 1.0 1.2 1.3 1.5 2.0 2.5 3.0

K><MOMR (B MRI.) 37 37 37 37 35 35 35 30 28 25

G G> (FQ.) 1.10:1 1.10:1 1.10:1 1.10:1 1.10:1 1.10:1 1.10:1 1.15:1 1.15:1 1.20:1

CHNIE> AKF (FQ.) 1.10:1 1.10:1 1.10:1 1.10:1 1.10:1 1.15:1 1.15:1 1.20:1 1.21:1 1.25:1

105


♦ NEEG CHOK

♦ $ KMOMR

♦ !QEEGM CHNIEG EMGLL

♦ HP MNKG HLL

? B- D<-D?< C?@<

NGMK GHEHR H??KL 'B G 'D LKL @?

-?< <-?< ?@<, P HOK ?KJNGR KG H? 18 MH 220 #$SG MPEO PON GL. CHNIEG OENL H? 10, 20, 30G 40 B K OEE. G NE KMHGE HNIEK,M ?HKPK G KOKL HNIEG OENL G F??KGM. NGML K LG PM KN LIEM-EHD FGE LMKNMNK ?HK EHG-ELMG NKEMR MH FGMG

Characteristics

Product Description

M IKLHG HNIEG OENL. - G NE-KMHGE

IKLHG KMOMR HNIEKL K E OL GM IIEMHGL H? LFNEMGHNLER MLMG, LFIEG HKFHGMHKG LGEL G HM KMHGL H? M FG KFH? M HNIEK. !QFIEL GEN GLMKNFGMMHG ?HKGGM G KMNKG LGE FLNKFGM LN L KKMKGLFMM/K?EM LGE FHGMHKG, M.

B/

Specifications




A!#! A!#! !** (*C$!/)

BA* ! A* A B C ! " #

A!* B & NE B NE B & NE B & NE B & NE B & NE B & NE -42 1.40/35.6 1.10/27.9 1.24/31.4 7.75/196.96.87/174.5 0.44/11.1 0.350/8.9 0.475/12.1

#-595/

-28 1.10/27.9 0.93/23.6 1.05/26.7 6.21/157.75.15/130.8 0.38/9.7 0.29/7.4 0.405/10.3

#-599-

-22 1.36/34.5 1.25/31.8 1.37/34.8 5.50/139.7 3.90/99.1 0.56/14.2 0.234/5.9 0.579/14.7

#-383/

-19 1.36/34.5 1.23/31.2 1.34/34.0 5.50/139.7 3.90/99.1 0.56/14.2 0.198/5.0 0.578/14.7

#-383/

-15 1.20/30.5 0.83/21.1 0.91/23.1 3.84/97.5 2.64/67.1 0.38/9.7 0.153/3.9 0.383/9.7

#-385/

! -12 1.20/30.5 0.82/20.7 0.88/22.4 3.40/86.40 2.20/55.9 0.38/9.7 0.127/3.2 0.384/9.8

#-387/ -10 1.20/30.5 0.81/20.4 0.86/21.8 3.24/82.3 2.04/51.8 0.38/9.7 0.105/2.7 0.385/9.8

#-387/

" -8 1.20/30.5 0.80/20.3 0.84/21.3 2.42/61.5 1.22/31.0 0.38/9.7 0.085/2.2 0.385/9.8

#-387/

-6 1.20/30.5 0.80/20.3 0.83/21.0 2.42/61.5 1.22/31.0 0.38/9.7 0.070/1.8 0.389/9.9

#-387/

# -5 1.20/30.5 0.80/20.3 0.81/20.6 2.42/61.5 1.22/31.0 0.38/9.7 0.056/1.4 0.392/10.0

#-383/

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106



? B- D<-D?<C?@<B/


Bidirectional Coupler

Dual-directional Coupler



107


? B- D<-D?< C?@<

B/

?EG MRI= KHNG ?EG

= LJNK ?EG

KF 2 HNIEG EOE(OKL HNIEG) G B

(10, 20, 30 HK 40)

KF 1 HNIEG EOE

(HKPK HNIEG) G B(10, 20, 30 HK 40)

HE NFK QJ_ - A BC DE F 00


HNIEK MRIB= B-KMHGE

= NE-KMHGE

PON G LGMHK= -G != !-G A= -G = -G= -G = -G= -G = -G = -G #= #-G




♦ BKHG

♦ HP

♦ $ KMOMR

♦ GFNF CHNIEG KMHG PM KJNGR

NGMK IKHNML C LKL KHG KMHGE

HNIEKL K FNEM-HE PON HNIEKL. CLKL HNIEKL K H??K G 7 PON LSL ?KHF 18.0MH 110 #$S. HFGE HNIEG H? 10 B, 20 B, 30 B, G40 B K H??K L LMGK IKHNML. PH ??KGMFGE HG?NKMHGL HK HNMEGL K H??K ?HK ML

Characteristics

Product Description

Specifications

PON HNIEKL- HG PM !-IEG G G M HMK

PM $-IEG G G M HNIE IHKM MH LNM M IRLEERHNM H? EE IIEMHGL HK MLM LM KJNKFGML.

NGMK ELH H??KL KL # G KLHGKMHGE CHNIEKL G KMGNEK EHD HFMKR.

AEGIDE BA$D ! ! ' E

F (GHJ) 18.0-26.5 26.5-40.0 33.0-50.0 40.0-60.0 50.0-75.0 60.0-90.0 75.0-110.0C?@< (B) 10, 20, 30, 40

C?@< ? (B) +/- 0.6 +/- 0.6 +/- 0.6 +/- 0.8 +/- 1.0 +/- 1.0 +/- 1.0

C?@< A (B) +/- 1.0 +/- 1.0 +/- 1.0 +/- 1.2 +/- 1.5 +/- 1.5 +/- 1.5

D (B) *@< 35 35 35 35 35 35 30

# " (*@<) 1.05 1.05 1.05 1.10 1.10 1.10 1.10

C?@< " (*@<) 1.12 1.12 1.12 1.15 1.15 1.15 1.17


G< @? D?< C?@<

C


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FE'E$C BA$D A$D *"I$E DI#E$I$, /

C"I$G "EE" (B) A B C D

! 10, 20, 30, 40 11.50/292.0 2.00/50.8 1.50/38.1 .25/6.35

! 10, 20, 30, 40 9.62/244.0 1.75/44.5 1.38/35.1 .16/4.06

' 10, 20, 30, 40 8.40/213.0 1.64/41.7 1.30/33.0 .13/3.30

10, 20, 30, 40 7.38/187.4 1.38/35.1 1.12/28.5 .11/2.80

10, 20, 30, 40 6.25/159.0 1.13/28.7 0.88/22.4 .08/2.03

E 10, 20, 30, 40 5.50/140.0 1.13/28.7 0.88/22.4 .07/1.78 10, 20, 30, 40 4.50/114.0 1.00/25.4 0.81/20.6 .06/1.52

HE NFK QDC - A B CD 00



CHNIE HKM CHG?NKMHG! = !-IEG G HG HNIE IHKM

$ = $-IEG G HG HNIE IHKM

ON BG = -G = -G

A = -G ! = !-G = -G = -G = -G

CHNIEG OE G B


G< @? D?< C?@<

C


109



♦ CHFIM S

♦ HP GLKMHG HLL

♦ !QEEGM CHNIEG ANKR G#HH KMOMR

? C? C?@<

NGMK GHEHR'L 'C LKL H? HFIM @?

? ?< ?@< HOK M ?KJNGR KG H? 18 MH 170 #$S G GG PON GL. K-G ?HNK-IHKM HG?NKMHGL K OEE ?HK LMGKFHEL PM FG GHFGE HNIEG OENL H? 20, 30G 40 B. MK HNIEG OENL K OEE L NLMHFIKHNML. CKHLLN HNIEKL K E OL ?HKLFIEG HK GLKMG GKR G PON

Characteristics

Product Description

Specifications

MKGLFLLHG EG PMHNM ??MG M MKGLFMMGLGE. RIE IIEMHGL GEN ?KJNGR FHGMHKG,IHPK LFIEG G NEM-G MLMG. KHLLN MRIH? KMHGE HNIEK L M OGM H? EHPKGLKMHG EHLL, LFEEK LS G EHPK HLM PGHFIK MH KHPEE KMHGE HNIEKL. NGMK GIKHO NLMHF HG?NKMHGL G IIEMHG-LI?GMK?L MH LNM NGJN GL.


C


F (GHJ) 18-26.5 26.5-40 33-50 40-60 50-75 60-90 75-110 90-140 110-170

J -42 -28 -22 -19 -15 -12 -10 -8 -6

C?@< < MGK (20, 30 G 40 X 1); CNLMHF (17 MH 40)(B )

B () 20% H? PON G

I? "? (B ) 1 0.4 0.4 0.5 0.6 0.6 0.8 1.0 1.2 1.3

D (B @) 2 20 20 20 20 20 20 20 15 15

# " () 1.15:1 1.15:1 1.15:1 1.15:1 1.2:1 1.2:1 1.2:1 1.2:1 1.25:1

? " () 1.2:1 1.2:1 1.2:1 1.2:1 1.25:1 1.25:1 1.25:1 1.25:1 1.25:1

C?@< F< (M B @) 1.5 1.5 1.5 1.5 1.8 1.8 1.8 2.0 2.0

1 GLKMHG EHLL L ?G L M IHPK EHLL G QLL H? M EHLL N MH HNIEG.2 KMOMR L M ??KG MPG IHPK EOEL M M HNIE IHKM PG GINM G HNMINM IHKML K GMKG.


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A = -G = -G

= -G = -G

= -G = -G

= -G

GNFK H? IHKML3 = 3 IHKML

4 = 4 IHKML

HE NFK QJC - AB CD E F




( A0 = 100 #$S, A1 = 101 #$S,

B1 = 111 #$S, M.)

HNIEG OEN G B (20, 30, 40?HK LMGK IKHNML)


!!C A!#! A#! ! !, GL/FF

BA ! A! A B, C

-42 #-595/ 1.25/31.8 1.25/31.8

-28 #-599/ 0.90/22.9 1.00/25.4

-22 #-383/ 1.38/35.1 1.38/35.1

-19 #-383/ 1.38/35.1 1.38/35.1

-15 #-385/ 0.84/21.3 1.00/25.4

! -12 #-387/ 0.84/21.3 1.00/25.4

-10 #-387/ 0.84/21.3 1.00/25.4

-8 #-387/ 0.84/21.3 1.00/25.4

-6 #-387/ 0.84/21.3 1.00/25.4

!EL LI?R QM GMK ?KJNGR PG HKKG.

? C? C?@<C



111



♦ CHFIM S

♦ HP GLKMHG HLL

♦ HP CHLM/HKM K?HKFG

NGMK GHEHR'L ' LKL H? HFIM <

@@? 3-IHKM ? ?< ?@< HOK M?KJNGR KG H? 18 MH 60 #$S G ?HNK PON GL

PM FG GHFGE HNIEG OENL H? 20 G 30 B. L KHLLN HNIEKL K E OL ?HK LFIEGHK GLKMG GKR G PON MKGLFLLHG EG

Characteristics

Product Description

Specifications

PMHNM ??M G M MKGLFMMG LGE. RIEIIEMHGL GEN ?KJNGR FHGMHKG, IHPKLFIEG G NEM-G MLMG. KHLLN MRI H?

KMHGE HNIEK L M OGM H? EHPK GLKMHGEHLL, LFEEK LS G EHPK HLM PG HFIK MHKHPEE KMHGE HNIEKL.

FE'E$C BA$D ! ! '

F (GHJ) 18-26.5 26.5-40 33-50 40-60

J -42 -28 -22 -19

C?@< <, (B ) 20 G 30 X 2 B

B () 20% H? PON G

I? "? (B ) 1 0.5 0.5 0.6 0.7

D (B @) 2 15

# " () 1.15:1

? " () 1.2:1

C?@< F< (B ) X 1.5

1 GLKMHG EHLL L ?G L M IHPK EHLL G QLL H? M EHLL N MH HNIEG.2 KMOMR L M ??KG MPG IHPK EOEL M M HNIE IHKM PG GINM G HNMINM IHKML K GMKG.


G< @? C? C?@<


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PON G LGMHK = -G

A = -G

= -G

= -G

HE NFK QJX - AB CD E 0




HNIEG OEN G B (20 HK 30)

!!C A!#! A#! ! !, GL/FFBA ! A! A, C B

-42 #-595/ 2.00/50.8 1.00/25.4 0.19/4.7

-28 #-599/ 1.50/38.1 0.75/19.1 0.16/4.1

-22 #-383/ 1.50/38.1 0.75/19.1 0.13/3.2

-19 #-383/ 1.50/38.1 0.75/19.1 0.11/2.8

!EL LI?R QM GMK ?KJNGR PG HKKG.


G< @? C? C?@<


113



♦ BKHG IKMHG

♦ $ LHEMHG

♦ HP GLKMHG HLL

♦ HP

# H * ? D

NGMK GHEHR'L 'H LKL H?

( ) HOK M ?KJNGR KG H? 18 MH 170 #$SG GG PON GL. L ?HNK-IHKM OL KNL ?HK EG IHPK-HFGG G/HK OG LGEL HOK KH GPM. M RK HGMGL ?HNK IHKML: G $-IEG IHKM, G !-IEG IHKM GMPH H-EGK IHKML, L LHPG G HNMEG KPG. A LGEGMKG M $-IEG IHKM PEE JNEER MH M MPH H-EGK IHKML, NM GHM MH M !-IEG IHKM. HNMINM LGELHNIE MH M MPH H-EGK IHKML K G IL. FEKER, LGE IIE MH M !-IEG IHKM PEE O JNEER GMHM MPH H-EGK IHKML. $HPOK, M HNMINM LGE PEE 180 KL HNM H? IL PM HMK. ? MPH LGELH? JNE FIEMN K IIE MH M H-EGK IHKML, MLGEL PEE HNIE MH M !-G $-IEG IHKML.

FHNGM H? IHPK HFG M M ! G $-IEG IHKMLIGL HG M KEMO IL KEMHGLI MPG MMPH GINM LGEL L ?HEEHPL:

$ / ! = HL(I/2)/ LG(I/2)2, PK I L M KEMOIL ??KG MPG M MPH GINM LGEL.

Characteristics

Product Description


F (GHJ) 1 18-26.5 26.5-40 33-50 40-60 50-75 60-90 75-110 90-140 110-170

J -42 -28 -22 -19 -15 -12 -10 -8 -6

I? "? (B ) 0.5 0.5 0.7 0.8 1.0 1.0 1.0 1.2 1.2

, H-< () 1.5:1 1.5:1 1.5:1 1.5:1 1.5:1 1.5:1 1.5:1 1.5:1 1.5:1

, E-< () 1.6:1 1.6:1 1.6:1 1.6:1 1.6:1 1.6:1 1.6:1 1.6:1 1.6:1

B< (+/- B @) 0.5 0.5 0.5 0.5 0.5 0.5 0.5 0.5 0.5

Specifications

$G, ? M MPH LGEL K G IL, M MHME IHPK PEE

HFG M $-IEG IHKM. ? M MPH LGEL K 180KL HNM H? IL, M MHME IHPK PEE IIK M!-IEG IHKM. LHEMHG MPG M H-EGK IHKML LKMK MG 20 B, G MPG M !-IEG G $-IEGIHKML L KMK MG 30 B.

RIE IIEMHGL ?HK ML ML GEN IHPKOKL/HFGKL, K KNML, EG FQKL,FIE?KL, G GLMKNFGMMHG LMNIL. NGMK GIKHO NLMHF 4- HK 8-PR IHPK OKL R HFGGLOKE RK ML (IHPK OKL) GMH LGE HNLG.M L ELH IHLLE MH HG?NK M RK NGMHGL MHO NGJNE IHPK LIEM G 3, 5, 6 HK 7 IHKML.

NGMK GHEHR G ELH LNIIER NLMHF

HG?NKMHGL (_?HE ML`) PM HNMINM IHKML G??KGM EHMHGL MG G M LMGK IKHNM. MKIHPK OKL (LHKM LEHM RKL G _KM-K` RKL)K ELH OEE L LIE HKKL. ? RHNK IIEMHGKJNKL NGJN IHPK OLHG LF, IEL HGMMNGMK PM RHNK KJNKFGML.


$

MK PON LSL K OEE.

1 MGK IKHNML FM ?NEE IK?HKFG LI?MHGL HOK 80% H? M PON G, PM LEMER K IK?HKFG HOK M

EG H? M G. KKHP GPM OKLHGL (25% H? PON G) PM LNIKHK LHEMHG G EHPK GLKMHG EHLL K OEE.


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# H * ? D

$

?KJNGR NEEG: B

KKHPG: GMK ?KJNGR KHNGMH GKLM #$S

( A0 = 100 #$S, A1 = 101 #$S,B1 = 111 #$S, M.)

HE NFK QJH - A B CD 00



A = -G = -G = -G = -G

= -G = -G

= -G

OKLHG = NIIK 80% H? PON G

= EHPK 80% H? PON G = GKKHPG = NLMHF

!!C A!#! A#! ! (GL/FF)BA ! A! A B C

-42 #-595/ 1.25/31.8 1.25/31.8 0.89/22.6

-28 #-599/ 1.00/25.4 1.00/25.4 1.00/25.4

-22 #-383/ 1.38/35.1 1.38/35.1 1.38/35.1

-19 #-383/ 1.38/35.1 1.38/35.1 1.38/35.1

-15 #-385/ 1.00/25.4 1.00/25.4 0.80/20.3

! -12 #-387/ 1.00/25.4 1.00/25.4 0.80/20.3

-10 #-387/ 1.00/25.4 1.00/25.4 0.80/20.3

-8 #-387/ 1.00/25.4 1.00/25.4 0.80/20.3

-6 #-387/ 1.00/25.4 1.00/25.4 0.80/20.3

! EL LI?R QM GMK ?KJNGR PG HKKG GKKHPG OKLHG.

DIFFERENCE PORT(E-ARM)

COLINEAR PORTS(H-ARM), 2 PLCS

SUM PORT(H-ARM)

C


BA


115



♦ FEE

♦ CHFIM

♦ EE CHNIEG KMHG

NGMK GHEHRaL LHKM LEHM RK L GKKHP PEE 3B HNIEK, OEE G LMGK PON LSL ?KHF 18MH 110 #$S. L HFIM, ?HNK-IHKM O L GKGMER

FM G PEE-LNM ?HK EG FQKL G IHPKLIEMMG KNML. K L 90 K IL ??KGMPG M MPH HNMINM LGEL, PE M ?HNKM IHKM LLHEM ?KHF M GINM.

Characteristics

Product Description

Specifications

LKL LHKM LEHM RKL K IHPK OKL (3 BHNIEKL) MM G NL G PON K KNML,F-KM G LGE LG FQKL, IL L?MKL,

G IHPK LIEMMKL PK 90 K IL L?M MPGHNMINM IHPK IHKML L KJNK.

FE'E$C BA$D ! ! ! ' E

I? "? (B) #. 0.5 0.5 0.6 0.7 0.7 0.8 0.8 0.9

#. 1.35 1.35 1.35 1.35 1.5 1.5 1.5 1.5

I?<? (B) #. 20 20 20 20 20 20 20 18

B (GHJ) 2 2 3 3 4 4 5 7


? <? H ? D


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!!C ! !, GL/FFBA C A B

! 3.75/95.3 2.47/62.7 1.12/28.5 1.38/35.1

! 3.75/95.3 2.47/62.7 1.12/28.5 1.38/35.1

' 2.60/66.0 2.37/60.2 1.14/29.0 1.18/30.2

2.60/66.0 2.37/60.2 1.14/29.0 1.18/30.2

2.45/62.2 1.75/44.5 1.0/25.4 0.90/22.86

E 2.45/62.2 1.75/44.5 1.0/25.4 0.90/22.86

2.45/62.2 1.75/44.5 1.0/25.4 0.90/22.86

HE NFK QSP - A B CD EF



? <? H ? DQUINSTAR

TECHNOLOGY, INC.

PON G LGMHK = N-G = -G

= -G ! = !-G A = -G = -G

= -G = -G

HIMHGL0 = LMGK IKHNM

C = NLMHF IKHNM

*CHGMM NGMK ?HK N G FGLHGL

GPM (KHNG MH GKLM #$S)

GMK ?KJNGR (KHNG MH GKLM #$S)


117



♦ HP GLKMHG HLL HOK BKH BGPM

♦ CHFIM, GMNK

♦ BMPG 3 G 16 NMINM HKML

♦ CNLMHFS CHG?NKMHG G NMEG

NGMK GHEHR H??KL HFIM FNEM-HNMINM IHPKOKL ?HK ?KJNGL G M 18 MH 140 #$S KG LLMGK G NLMHFS IKHNML MH LNM LI?

IIEMHG G LLFER GL. RIE HG?NKMHG LHG GINM PON IHKM G FNEMIE (MPG 3 G 16)JNE HNMINM IHPK PON IHKML PM FGFEMHGE EHLL. L HNMINM IHKML FR EHM MKG EG, HK M NLMHFK LI? EHMHGL. KG H? HIMHGL L H??K ?HK IHKM HKGMMHG, IHPK OK MRI(LHKM-LEHM RK, RK M, KM-K HK KG RK, M.)G IHKM LIKMHG/EHMHG. AELH, LOKE ??KGMIIEE HL H? IL KEMHGLI MPG MHNMINM IHKML G GINM IHKM G H??K. MGKKHNML O ?HNK HNMINM IHKML G-EG PM M GINM IHKM.

Characteristics

Product Description

NMINM IHKML K LG MH O LHEMHG MPGMF PM FGFE MHGE GLKMHG EHLL. L IHPKOKL H??K HGLKE LOGL G LI, HLM G

GLKMHG EHLL HOK HGOGMHGE LLFER H? GONE2-PR IHPK OKL.

CNLMHF NEM-NMINM HPK OK AKKRL ?G GNFKHNLIIEMHGL G LNLRLMFL G GMGG LLFEL L PEE L FNEM-GGE KOKL G MKGLFMMK IKHNML.NGMK L EK LEMHG H? LMGK HFIM IHPKOKL ?HK 4 HNMINM IHKML, G FGMNKS IHPKOKL. G MHG, NLMHF HG?NKMHGL GHFMKL G KER KM MH LNM LI?FGE G IK?HKFG KJNKFGML.

Specifications

&56?=1>35 &11=55 *@31< 1<5

*NF;>K H? NMINM HKML B>MP>>G 3 G 16 (MRI<EER 2* HNMINM IHKML)

AMHGE GL>KMHG HLL 0.5 Q * B (G MHG MH M> IHP>K OLHG EHLL) ?HK 2* HNMINM IHKML - , , , ;GL.0.7 Q * B (G MHG MH M> IHP>K OLHG EHLL) ?HK 2* HNMINM IHKML - , !, ;GL.1.0 Q B (G MHG MH M IHPK OLHG EHLL) ?HK 2 HNMINM IHKML - , GL.

LHEMHG "KHF 15 B FGFNF MH @K>M>K MG 60 B >I>GG@ HG M> HNMINM IHKM GNF;>K


A = -G = -G = -G = -G

= -G = -G

= -G

OKLHG = IIK 80% H? PON G = HPK 80% H? PON G

= KKHP G

= NLMHF

IMHGL G IE MNKL:00 = MGK KHNM

K, NGJN GNFK LLG RNGMK MH CNLMHF NEM-NMINMHPK OK

NFK H? NMINM IHKML (03 MH 16)

HE NFK QMD - A B CD EF



#<-@ ? D


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♦ HP LL-BG GLKMHG HLL

♦ $ NM-H?-BG MHG

♦ G H? BGPM IMHGL

B@ F<

NGMK GHEHR'L 'FB LKL @

< K OEE G MG PON GL HOKG M?KJNGR KG H? 18 MH 220 #$S. BGPML FR

LI? ?KHF 2% MH 20% H? GMK ?KJNGR. ?EMKLG GE NI MH HG MM (C) H? IHPK. MGK OKLHGL K ?HK 2%, 5% G 10% ILLG GPM.

Characteristics

Product Description

EF#A$CE AA#E*E *ICA" CHAAC*EI*IC

? B 2% MH 20% H? GMK ?KJNGR; LMGK OKLHGL 2%, 5%, 10%

A? (@) LL MG 1 B (BGPM & KMHG IGGM)

? (@) 20-40 B M GMK ?KJNGR X GPM

@@< 0.1 B MH 0.5 B IGG HG IKGM GPM

G KMHG KJNKFGML

Specifications

LG KIIE L MRIEER 0.1 B PM CRO KLIHGL. $ HNM-H?-G KMHG L H??K PMNLMHFK-LI? MMGNMHG KMKLML. G ?EMK

KJNKFGML OKR PER, NGMK GHEHR L LMNI MH LG G LNIIER NLMHF IKHNML G LHKMMNKGKHNG MF.


B

fA, fB: Band edges

fL, fH: 20 dB rejetion points


119




A = -G = -G = -G = -G

= -G = -G

= -G # = #-G

!!C A!#! A#! ! !, GL/FF

BA ! A! A B C1

-42 #-595/ 0.88/22.4 0.88/22.4 2.00/51.0

-28 #-599/ 0.75/19.1 0.75/19.1 2.00/51.0

-22 #-383/ 1.12/28.4 1.12/28.4 1.50/38.1

-19 #-383/ 1.12/28.4 1.12/28.4 1.50/38.1

-15 #-385/ 0.75/19.1 0.75/19.1 1.50/38.1

! -12 #-387/ 0.75/19.1 0.75/19.1 1.00/25.4

-10 #-387/- 0.75/19.1 0.75/19.1 1.00/25.4

-8 #-387/- 0.75/19.1 0.75/19.1 1.00/25.4

-6 #-387/- 0.75/19.1 0.75/19.1 1.00/25.4

# -5 #-387/- 0.75/19.1 0.75/19.1 1.00/25.4

HE NFK QFB - AB CD E 0




( A0 = 100 #$S, A1 = 101 #$S,B0 = 110 #$S, M.)

ILLG GPM KHNG MHGKLM #$S

B@ F<QUINSTAR

TECHNOLOGY, INC.B

!EL LI?R QM GMK ?KJNGR GHFIEM KMHG KJNKFGML PG HKKG.

1 MGK OKLHGL HGER. GM FR OKR IGG HG LI?MHGL. CHGMM NGMK ?HK QM EGM.



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♦ HP GLKMHG HLL♦ $ KMHG OE

♦ KJNGL I MH 110 #$S

"? F<

NGMK GHEHR LKL 'F" "? < IKHO KMHG EOE G LMI LDKM LEMOMR ?HK?KJNGL HO M G HK HKGK ?KJNGR. K ILL G L EHP GLKMHG EHLL HOK ?NEE LMGK PON GL. EHPK G L LMELL R

M NM-H?? ?KJNGR H? M PON ?HK EE LMGKFHEL. L ?EMKL O OKR P KMHG G MMHOKL NI MH MK MFL M LM ILL G ?KJNGR.KL ?EMKL K PEE LNM L KFHG ?EMKL G LIKLEMHKL ?HK KOKL. R G FIEHR MHKFHO NGLKE LG HK LINKHNL LGEL ?KHF

Characteristics

Product Description

Specifications

HGOKMKL ?HK KOKL G MKGLFMMKL. L ?EMKLELH ?G IIEMHGL G MLM JNIFGM LN L GMPHKD GERSKL G LGE GKMHKL MH EFGM HK FGFSLN-KFHGL, KFHGL G LINKHNL LGEL.

MGK IKHNML K H??K G LOG PONGL HOKG 18 MH 110 #$S. NK EHP LHPLM KMKLML H? ML MRI H? ?EMKL. KL G$ ?EMKL G HFG MH KM OKR KHG-ILL ?EMK PM LMGM OGML


FE'E$C BA$D ! ! ' E

F (GHJ) 18-26.5 26.5-40 33-50 40-60 50-75 60-90 75-110

J -42 -28 -22 -19 -15 -12 -10

*@< 3 B @@ C?F (GHJ) 28.5 41.5 52.2 62.3 77.0 93.0 114.0

? B (GHJ) 30-100 48-120 60-145 72-185 90-220 108-270 132-330

"? C? F (GHJ) 1 14.1 21.1 26.3 31.4 39.9 48.4 59.1

I? "? (B ) 1.0 1.0 1.0 1.0 1.2 1.5 1.8

? B ? A?35-66 50-95 62-120 75-145 92-180 110-215 140-265

>40 B (GHJ)

MK PON LSL K OEE.1 EHPK NMH?? ?KJNGR G FH? MH FM LIE IIEMHG KJNKFGML.

fB: High Cut-off frequency

fA: Low Cut-off frequency

(waveguide cut off)

f1, f2: 20 dB rejetion points


121



NIIK NMH?? ?KJNGR KHNGMH GKLM #$S

(A0 = 100 #$S, A1 = 101 #$S, M.)

HG?NKMHG

= MGK = CNLMHF

PON G LGMHK = -G = -G A = -G ! = !-G = -G = -G = -G

!!C A!#! A#! ! !, GL/FF 1

BA ! A! A, B C

-42 #-595/ 0.88/22.4 2.5/63.5

-28 #-599/ 0.75/19.1 1.65/41.9

-22 #-383/ 1.13/28.7 1.5/38.1

-19 #-383/ 1.13/28.7 1.5/38.1

-15 #-385/ 0.75/19.1 1.0/25.4

! -12 #-387/ 0.75/19.1 1.0/25.4

-10 #-387/ 0.75/19.1 1.0/25.4

HE NFK QFL - AB C D 00




1 MGK OKLHGL.


"? F<


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♦ HP GLKMHG HLL♦ CNLMHF KLHGL AOEE

♦ $ KMHG OE

H F<

KL $ $-LL EMKL IKHO LKI LDKM LEMOMR G KMHG EOEL ?HK ?KJNGL EHP MK NMH?? ?KJNGR G O FGFNF GLKMHG EHLL G M ILLG. NK 1 LHPL M KMKLML H? ML MRI H??EMKL. L ?EMKL K H??K G LOG PON GL

HOKG 18 MH 110 #$S. K KMHG KMKLMLG NLMHF-LG MH FM LI? LNLRLMFKJNKFGML.

L ?EMKL K EER LNM ?HK KMG EHPK LGHK F G G KOKL, G ?HK EFGMG IHPK

Characteristics

Product Description

Specifications

LGEL M EHPK ?KJNGL EHP M IIEE LGEG. R K ELH LNME ?HK EFGMG EHEHLEEMHK ED HK LINKHNL LGEL R EFMG M G.KL $ ?EMKL FR HFG PM LKL HP LL EMKL MH IKHN G ILL ?EMK PM OKR KH

ILL G.

EGM H? ML ?EMKL IGL HG M KMHGEOE G LDKM LEMOMR. EL HGMM NGMK ?HKFGE HNMEG FGLHGL.


$

FE'E$C BA$D ! ! ' E

F (GHJ) 18-26.5 26.5-40 33-50 40-60 50-75 60-90 75-110

J -42 -28 -22 -19 -15 -12 -10

C? F (GHJ) 14-23 21-35 26-44 31-53 40-65 48-80 59-95

B I? "? (B ) 0.8 0.9 1.0 1.0 1.0 1.2 1.2

B () 1.15:1

? 90% ? C?45 45 40 40 40 35 35

F (B )1

; < (B/GHJ @)2 20 15 10 10 8 6 5

MK PON LSL K OEE.1 $ ILL ?EMKL K MRIEER NLMHF LG MH FM RHNK LI? KJNKFGML. RIE IK?HKFG IKLGM K.2 EL HGMM NGMK ?HK FGE LI?MHGL G/HK HNMEG KPG.

fC: Cut-off frequency

fA: Low side rejection frequency

Figure 1: High Pass Filter


123



EHPK NMH?? ?KJNGR KHNGMH GKLM #$S

HG?NKMHG = MGK

= CNLMHF


A = -G ! = !-G

= -G = -G

= -G

HE NFK QFH - AB C D 00



H F<$


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♦ ??K HOK 18-185 #$S

♦ $ MHG

♦ HP GLKMHG HLL HOK LL BG

♦ CNLMHF LGL ??K

NGMK GHEHR H??KL KL G-KM G

GHM ?EMKL M GR KMHG ?KJNGR G M 18-185 #$SKG. IK?HKFG H? ML ?EMKL L NLMHF-MEHKMH LNM M LI? MMGNMHG G H? M IIEMHG. GLKMHG EHLL IGL HG M LIKMHG MPG MKMHG ?KJNGR G M ILL G, G M FHNGM H? KMHG KJNK. KR EK KMHG (MMGNMHG) G O HOK KEMOER GKKHP ?KJNGR KG MHEEHP IHPK LGE (HK GMK?KG LGEL) MH OKMNEER EFGM ?KHF M G. L ?EMKL K

Characteristics

Product Description

Specifications

IKMNEKER PEE LNM ?HK EFGMG KFHGL G

DGHPG GMK?KG ?KJNGL ?KHF LRLMF GINM HKHNMINM G HFFNGMHG G IELF GHLM KOKLG KKL.

FGE FGLHGL G IK ?HKFGKMKLML K EKER MKFG R M KMHGKJNKFGML. NGMK G ELH LG G IKHNKFHG-KM ?EMKL ?HK LI? LRLMFL HK JNIFGMMH FM HFIEG PM KNEMHGL.

? $? F< B- F<

KJNGR G (LL BG) I MH NEE ON BG

MHG KJNGR (GMK) AGRPK KHF ON CNMH?? MH 2.5 ON CNMH?? KJNGR

MHG BGPM (M 10 B GLKMHG KHF 1% MH 5% H? HM CGMK KJNGR EHLL IHGML G KMHG G

GLKMHG HLL 1-2.5 B IGG HG KJNK KMHG KMKLML

MHG OE (M GMK H? KMHG 20 B MH 65 B?KJNGR G)

KMHG (FG.) M KMHG GGMK (GHM ?KJNGR)

PON G = -G ! = !-G

A = -G = -G = -G = -G = -G = -G = -G

HE NFK QNF - ABC DE F GH


KMHG G GMK ?KJNGR (HK GHM ?KJNGR), G #$S

KMHG GPM (?NEE PMM 10 B KMHG IHGML)


B $? F<


125



!!C ! !, GL/FF

BA A B

! 2.5/63.5 1.25/31.75

! 2.00/50.80 1.00/25.40

! 2.40/60.96 1.20/30.48

' 2.40/60.96 1.20/30.48

2.40/60.96 1.20/30.48

2.00/50.80 1.00/25.40

E 2.00/50.80 1.00/25.40

2.00/50.80 1.00/25.40

F 1.5/38.10 0.75/19.05

D 1.5/38.10 0.75/19.05

G 1.5/38.10 0.75/19.05

HE NFK QUH - A B 000



E- & H-< *QUINSTAR

TECHNOLOGY, INC.$

PON G LGMHK = N-G ! = !-G

= -G = -G A = -G = -G = -G = -G = -G # = #-G

= -G

♦ GFM HKML♦ #HFMKE RFFMKR

♦ AOEE ?KHF 12.4 MH 220 #$S

♦ !JNE HPK OLHG BMPGM PH NMINML

NGMK GHEHR'L !-IEG ML HGLLM H? EGM H? LMGK ?EG PON PM IKIGNEK !-IEG

HNIEG KF LRFFMKEER EHM HG M KH PON PEE. GINM IHPK L O JNEER G GHIIHLM IL MPG M MPH HNMINML.

Characteristics

Product Description

FEKER, M $-IEG ML ?MNK G $-IEG HNIEGKF EHM HG M GKKHP PON PEE. HPK M M

HNIEG KF GINM L O GMH JNE LGEL G ILM M FG HNMINML. L OL K OEE GLMGK PON LSL ?KHF 12.4 MH 220 #$S. MKH? M ML L FM NGMHGL G MK?HK MR KGHM KHFFG ?HK EHP IIEMHGL.

A

A

B

B

B

B

PON IEG! = !-IEG M

$ = $-IEG M


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♦ HP

♦ GFNF GLKMHG HLL

♦ KL CHGLMKNMHG

? *@ *?

Characteristics

Product Description

MIK MKGLMHGL EEHP OKR ??GM IKHIMHG H? GKR ?KHF HG PON LS MH GHMK.

LMKM LMHGL K NEM PM IKLHG G IEM?HK EHP GLKMHG EHLL G HKKHLHG KLLMG. RIE ?HK LMKM LMHGL L 1.05:1 HOK M GMK?KJNGR G.


//

NGMK GHEHR'L ', ' G ' LKL ?, G@ ? HOK M ?KJNGR KG H? 18 MH 220

#$S G MG PON GL. MKM PON LMHGLK OEE G LMGK EGML L PEE L NLMHFK-LI? EGML.

*A&EED *A$I*I%$ "E$G*H, >385/==

FE'+E$C BA$D ! !1 ' + E F D G

F5. 1>75 (GHJ) 18-26.5 26.5-40 33-50 40-60 50-75 60-90 75-110 90-140 110-170 140-220

15745 J5 -42 -28 -22 -19 -15 -12 -10 -8 -6 -5

!-1>4 ? 2.20/56.0 2.20/56.0 2.50/64.0 2.70/69.0 3.30/84.0 3.30/84.0 3.20/81.0 3.50/89.0 3.60/92.0

!1-1>4 ? 2.00/51.0 2.00/51.0 2.00/51.0 2.40/61.0 1.80/46.0 2.20/56.0 2.30/58.0 2.40/61.0

'-1>4 ? 1.80/46.0 1.80/46.0 1.80/46.0 1.80/46.0 1.80/46.0 1.80/46.0 1.90/48.3

+-1>4 ? 1.60/40.6 1.50/38.0 1.50/38.0 1.50/38.0 1.50/38.0 1.60/40.6

-1>4 ? 1.40/36.0 1.40/36.0 1.40/36.0 1.40/36.0 1.40/36.0

E-1>4 ? 1.30/33.0 1.30/33.0 1.30/33.0 1.30/33.0

-1>4 ? 1.20/31.0 1.20/31.0 1.20/31.0

F-1>4 ? 1.10/27.0 1.10/27.0

D-1>4 ? 1.00/26.0

Straight Section Tapered Transition

L



127



FHE IK?Q = LMKM LMHG

= KP PON (GH ?EGL)


A = -G = -G = -G = -G

= -G = -G

= -G # = #-G

HIMHGL0 = GHG

= LIE ?MNKL

EGM KHNG MH GKLM MGM H?G G

010 = 1.0 G

HE NFK QW_ -A BCD E 0



? *@ *?

//

EKK PON G LGMHK = -G ! = !-G

A = -G = -G = -G = -G

= -G = -G

= -G # = #-G

LFEEK PON G LGMHK(L ELM M E?M)

HE NFK QWP - A B 0000


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C? A<QUINSTAR

TECHNOLOGY, INC.AC

♦ ANKM GE FGLHGL ?HKCHFIEQ #HFMKL

♦ HP GLKMHG HLL G

♦ BNEM KLER MH CNLMHFKaL I?MHGLG KPGL

♦ IMHGL G FMKE, ?GL G ?MNKL

NGMK GHEHR LIESL G IKHNG NLMHF PON LLFEL ?HK NL G OKMNEER GR IKHNMLLFER G ?HK GMKHGGML G FEEFMK POLNLRLMFL. L PON LLFEL G GOHEOHFIEQ G, MPLML, G HMK FGE ?MNKLKJNK ?HK EHP EHLL GMKHGGMHGL PMG LNLRLMF

Characteristics

Product Description

LLFEL. ! PON LLFER L FGN?MNKMH NLMHFKaL IKL FGE KPG GLI?MHGL NLG M FHLM LNME FMKE, PON ?EGL G ?GL. !QFIEL H? LHF H? MIKOHNLER EOK LLFEL K LHPG.

HE NFK QAC - A BCDEF


PON G LGMHK = - G ! = !-G A= -G = -G =-G = -G = -G = -G = -G # = #-G

NGJN GNFK LLG R NGMK MH NLMHF LLFER.


129



♦ HP

♦ CHFIM S

♦ NEE ON BGPML

♦ AOEE ?HK $ HPK NI MH300 PMML C AIIEMHGL

NGMK GHEHR H??KL KH EG H? PONMKFGMHGL G OKMR H? LIL G LMRE, P KGH? IHPK GEG IML G HHEG FMHL MH LNMHM MRIE G LIE IIEMHGL. LKLMGK ON KFGMHGL HGLLM H? G -LHKG FM EH FHNGM G LHKM EGM H? ?EG PON. L LMGK MKFGMHGL, H??KG M MKHN # PON GL G LLIM 1 MH 5 MML H? IHPK IGG HG M LI? G. R ELHIKLGM EHP HOK M ?NEE PON G.

LKL $ HPK KFGMHGL K IKHN PM LMGK PON ?EG GMK? ?KHF 12.4 MH 220#$S G N MKHN # GL. MKFGMHG HGLLML H?

LHKM EGM H? PON G G GMKE FMMKFGE EH. GONE KLLMO EMK EHL K

Characteristics

Product Description

Specifications

MIK MH IKL P HG?NKMHGL ?HK FQFNF??MO IHPK LHKIMHG KNE MIK GLNKL EHP HOK M ?NEE PON G. L EHLO M IMR MH LHK ?KHF 100 MML MH 300 MMLH? IHPK IGG HG M ?KJNGR G.

KL CNLMHF $ HPK KFGMHGL K OEE PM NLMHF ?HKF ?MHKL G ?MNKL ?HK KK G HMK IHPK MKGLFMMK IIEMHGL. L MKFGMHGLK LIEER LG G FGN?MNK MH FM MNLMHFKaL FGE G EMKE KJNKFGML, GFR GHKIHKM HGOMHG HHEG, MO ?HK-KHHEG HK EJN HHEG MH LLIM M M GKM?KHF IHPK LHKIMHG. R K OEE PMG M C MH

N-GL, PM IHPK GEG IML NI MH 4 D C.

EIE '$ *A$DAD *E#I$A*I%$

AEG+IDE BA$D ! !1 ' + E F D G

F55>3 1>75 (GHJ) 18-26.5 26.5-40 33-50 40-60 50-75 60-90 75-110 90-140 110-170 140-220

15745 J5 -42 -28 -22 -19 -15 -12 -10 -8 -6 -5

(=1.) 1.03:1 1.03:1 1.04:1 1.05:1 1.05:1 1.06:1 1.06:1 1.08:1 1.1:1 1.12:1

&?5 H1>4<>7 () 5 5 4 4 3 3 3 3 1 1"5>78 (>/==) 3.31/84.0 2.81/71.3 2.56/65.0 2.56/65.0 1.56/39.6 1.56/39.6 1.56/39.6 0.9/22.8 0.90/22.8 0.9/22.8

EIE '* HIGH &%E *E#I$A*I%$

AEG+IDE BA$D ! ! !1 ' + E F D G

F55>3 B1>4 (GHJ) 12.4-18 18-26.5 26.5-40 33-50 40-60 50-75 60-90 75-110 90-140 110-170 140-220

#1. 1.10:1 1.10:1 1.10:1 1.10:1 1.10:1 1.10:1 1.10:1 1.10:1 1.15:1 1.15:1 1.15:1

A5175 &?5 (1) 300 250 250 250 250 200 200 200 200 100 100


*?//


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*?QUINSTAR

TECHNOLOGY, INC.//

Standard Termination

High Power Termination

Waveguide

?EG MRI

= HNG= JNK= CNLMHF

QTW - A B 000 ($ HPK KFGMHG)

HE NFK QWN - A B 000 (MGK KFGMHG)


PON G LGMHK

= N-G != !-G= -G = -G A= -G = -G= -G = -G= -G #= #-G = -G

NLMHF ?MNKL

HHEG FMH

AK HHE AMO ?GJN HHEMKL (LI?R)

GMK ?KJNGR (G #$S)

GPM (G #$S)

IHPK GEG IMR (G PMML, P)

HE NFK QTZ - AB CD EF G H J


131



♦ 30U, 45U, 60U G 90U BGL

♦ 45U G 90U PLML

♦ GFNF GLKMHG HLL

B *

NGMK GHEHR'L 'B G '* LKL

HOK M ?KJNGR KG H? 18 MH 220#$S G MG PON GL. !-EG G $-EG ?HKF

GL K OEE PM GEL H? 30U, 45U, 60U, G 90U. MPLML EEHP GG M HKGMMHG G PON

Characteristics

Product Description

LLFER. R K OEE PM GEL H? 45U G MK E?M- HK KM-G MPLM HK LMGK 90U. GL GMPLML K NEM PM IKLHG G MG HE IEM

?HK EHP GLKMHG EHLL G HKKHLHG KLLMG. RIE L 1.10:1 HOK GMK ?KJNGR G.


B/

?EG MRI = KHNG

= LJNKS = NLMHF

MRI H? MPLM HK G = E?M-G MPLM ! = !-IEG G

= KM-G MPLM $ = $-IEG G0 = 90U MPLM

GE H? MPLM HK G30 = 30U / 60 = 60U / 45 = 45U / 90 = 90U

HE NFK QW_ - A BC D E


FHE IK?QB = G

= MPLM


A = -G = -G

= -G = -G = -G = -G

= -G # = #-G

FE'+E$C BA$D , , !, , ", , #

15745 J5 -42 -28 -22, -19 -15, -12, -10, -8, -6, -5

* "5>78, >385/== 2.5/63.5 1.75/44.5 1.25/31.8 1.00/25.4

78 A>7<5 (90O) B5>4 14, >38/== 1.5/38.1 1.5/38.1 1.5/38.1 1.0/25.4


Waveguide Twist

(round flange pattern shown) Waveguide Bends(round flange pattern shown)Right Angle

R

R


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HE NFK Q_ _ - A 00000

♦ NEE ON BGPM

♦ KJNGR 26.5-220 #$S

♦ KLHG KHFMK ANLMFGM

*< "?, *< ?, E-H *

NGMK GHEHR'L LKL 'G, 'A* '

< <?, < ? G E-H KOEE G GG PON GL. R IKHO ?NEE PON G HOK G K EER LNM ?HKIKLHG FLNKFGML, QIKFGME MLMG GOEHIFGME MNGG.

*< "?: CHGLLM H? IKLHG MIK PONEH HNIE MH FKHFMK KO. IHLMHGG H? MLEG EH IKFML MKFGMHG H? FGFNF/FQFNF N MH M ILG MPG M H?

M EH G M H? M NGM NGK MLM.

*< ?: CHGLLM H? FHOE GHG-HGMMGHD MRI LHKM KNM LG MH HIKM PM

Characteristics

Product Description

EMKE LMEMR HOK M GMK PON G. AFKHFMK KO IKHOL LFHHM NKM IHLMHGEMNGG H? HG-E? POEGM M M EHPLM HIKMG?KJNGR G IHLMO EHDG ?MNK L GEN.

E-H *: CHGLLM H? RK M LMHG PM FKH-FMK KO MNGE LHKML (LK HO) G HM M!-IEG G $-IEG KFL. L MNGKL GMKHNLHGMGNML GMH M PON MKGLFLLHG EG ?HKLFNEMGHNL HGMKHE H? HM IL G FIEMN H? M K?EMHG H??GM. R G NL L FMG

OL MH GE K?EMHGL G MKGLFLLHG EGL HK MHFM MMHKL, MKFGMHGL HK LFEK HFIHGGML.


#/A/


PON G LGMHK

A = -G = -G = -G = -G! = !-G = -G = -G = -G# = #-G

FHE IK?Q

# = MNGE EH A = MNGE LHKM = !-$ MNGK


133



NGMK GHEHRaL LKL BA PON NEDIMK PL OEHI ?HK NL L IGE ?-MKHN GLLFEL G JNIFGM IDG. L IMKL HIKMHOK M ?NEE PON GPM G PON GL ?KHF18.0 MH 140 #$S. -KGL K IKHO HG M IGE FHNGM ?HKFHLMNK KLLMG G P OKMR H? ?EG MRIL GHG?NKMHGL K H??K. MGK EGML K 1.00 GL PM NLMHF EGML OEE NIHG KJNLM.

Product Description

BA

HE NFK QBA - A BCD 0


PON G LGMHK = - G = -G A= -G ! = !-G =-G = -G = -G = -G

?EG MRI GNFK595 = # 595 (-G)599 = #-599 (-G)383 = #-383 (- G -G)385 = #-385 (-G)387 = #-387 (!-, - G -G)

B<; A@

NGMK LKL A EG AIMKL K NL MH ?EMMHGGMHG MPG ??KGM MRIL HK ?HKFML H? ?EGL NL?HK M LF PON LS. L K IKHN G OKHNL PON GL G M 12.4 MH 220 #$S KG PM OKHNLHFGMHGL H? HFFHGER NL ?EG LMREL MM MH MMPH GL H? LHKM EHP-EHLL PON. CNLMHF HFGMHGLK ELH OEE NIHG KJNLM. MGK EGM L 1.0"

Product Description

A

HE NFK QFA - A BCD EFG



?KLM ?EG MRI GNFK(L BA HO)

LHG ?EG MRI GNFK(L BA HO)

F< A@


F<, A@ A? H


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NGMK LKL IKLHG FG PON ?EGL KH??K ?HK OKMNEER GR PON LS G ?EG LMRE G 12.4MH 220 #$S KG HOKG PON GL -62 () MH -5 (#-G). EGL PM HD G -KG KHHO K ELHOEE. AEE ?EGL K OEE G KLL, ENFGNF HKHIIK L FMKE. IE ?EGL G LG GFGN?MNK L NLMHF IKHNML.

Product Description

HE NFK QFF - A B CDE


PON G LGMHK = N-G ! = !-G = - G = -G A= -G = -G =-G = -G = -G # = #-G = -G

?EG MRI GNFK(L IIGQ A-$)

FMKEB = KLL (LMGK) A = ENFGNFC = HIIK

F<

AOEE G 0.062-G FMK (LMGK LS) G NGML H? 50 IGL IK

Product Description< < D?<

CIMOM PON ?EG LKPL K LMGELL LME 3/8` FMK PM3/32` LHDM, 5/16` L?M EGM, LMGK 4-40 MK LS. R K H??K GL H? 50 LKPL .

Product Description

C@ F<


F<, A@ A? H


135



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136

NGMK GHEHRaL KEE L HGLLML H? LHE LME EHD PM NKMER IHLMHG KEE HEL G MIK EHMGM MM PEE EHM M KEE HEL G IKL KEMHG MH M GMK-GE PON LNK?L. $KG LME FGFSL PK MHGLNK KEEG NKR. L IKLHG KEE L K LGMH ?EMM NKM ?KMHG H? ?EG PON LMHGL?HK LMGK PON LSL ?KHF 26.5 MH 220 #$S. RK NL MH EHM EGFGM IGL, FMG IG HEL, GHGGMG LKP HEL G M PON ?EGL.

HE NFK QDJ - A BCD 00



?EG MRI GNFK(L IIGQ A-B)

NGMK GHEHRaL PON LMG HGLLML H? GNLME EFI FHNGM HG G NLME M L LMG. PON EFI FR KER NLM MH ?M EE PON LSL G HKGMMHGL. LMG L EK LK MH IKOGM FHOG HK MIIG NGK GHKFE MLM GHGMHGL. HK ?NKMK LMEMR, M L FR LNK MHM G PM FHNGMG HEML.

Product Description

AOEE G LMGK MH # PON GL (-28 MH -06)

Product Description

? D<<



? D<< &



137

♦ HP GLKMHG HLL

♦ NEE ON BG IKMHG

♦ KJNGR GL 12.4 MH 67 #$S

NGMK GHEHRaL 'A LKL ? ?

@ EEHP G ??GM FMH H? MKGLMHG ?KHFKMGNEK PON MH HQE HGGMHK. NEE PON G IMKL K OEE ?KHF 18 MH 67 #$SG MKHN GL. CHQE HGGMHKL GEN ,A, , 2.4 FF G HGGMHKL L IIKHIKM ?HK MIIEE ?KJNGR KG, PM HM FE G ?FEMRIL. !QIMHGEER EHP GLKMHG EHLL G EHP KM DR ?MNKL H? ML LKL H? IMKL.

Characteristics

Product Description

Specifications

PH FGE HG?NKMHGL ?HK M GMK?L H? MLIMKL K H??K: M AGE G !G-NG. !GENG HK G-EG OKLHG H? M IMKL K HGLMKNMLN MM M PON IHKM G M HQE HGGMHKK G EG PM HMK. L IMKL K OKRHFIM G NL?NE PK KM GE IMKL KFGEER GHM LNME.

#?< $?. F F< I? "? , C?? (B) . (@.)

(GHJ) A<< E E A< " A< "

'A-62 12.4-18 -62 #-419/ , A 0.3 0.4 1.25:1 1.5:1

'A-51 15-22 -51 #-419/ A, 0.3 0.4 1.25:1 1.5:1

'A-42 18-26.5 -42 #-595/ A, 0.3 0.4 1.25:1 1.5:1

'A-34 22-33 -34 #-595/ , 2.4 FF 0.35 0.45 1.25:1 1.5:1

'A-28 26.5-40 -28 #-599/ , 2.4 FF 0.4 0.5 1.25:1 1.5:1

'A-180 18-40 -180 #-1587 /A 0.6 /A 1.5:1

'A-22 33-50 -22 #-383/ *, 2.4 FF 0.6 0.7 1.35:1 1.5:1

'A-19 40-60 -19 #-383/ 2.4 FF*, 0.8 0.9 1.5:1 1.6:1

'A-15 50-67 -15 #-385/ 1.2 1.3 1.5:1 1.6:1

* HGGMHK NI MH 40 #$S HGER. AELH, 2.4 FF HGGMHK NI MH 50 #$S HGER.



? C? A@A





? C? A@A


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140


HE NFK QWA - AB C DE F G H


PON G LGMHK62 = -6251 = -5142 = -4234 = -3428 = -28 = 180 (HNE K)22 = -2219 = -1915 = -15

?EG IMMKG = KHNG = LJNK

NLMHF HIMHGL0 = LMGK IKHNM = NLMHF IKHNM

G ENG HIMHG0 = KM GE OKLHG! = G-ENG OKLHG

HGGMHK GK = FE

= ?FE

HQE HGGMHK MRI0 = -MRI CHGGMHK = A CHGGMHK29 = 2.9 FF (-HGGMHK)24 = 2.4 FF18 = 1.85 FF (-HGGMHK)


? C? A@A



141


? 6

* E@ &

I? ?

? *< #?< $?. $

* E@ I? ? 141

GNE ON PML '# 142

!EMKHFGE ON PML ' 143

KHFMK MRI OE M AMMGNMHKL G KE L ?MKL,

Q AMMGNMHKL 'AF/'A"/'A 145E MRI OE M AMMGNMHKL G KE L ?MKL 'DA/'D 147

KM G AMMGNMHKL G L ?MKL 'AD/' 149

HMHKS, KHKFFE AMMGNMHKL 'A 152

HMHKS, KHKFFE L ?MKL '# 154




♦ NEE ON BG

♦ HP HLL

♦ $ LHEMHG

♦ FHHM, ANKM HLMHGG

NGMK GHEHR'L LKL '#

K FGNE 4-IHKM OL. R O 3-GGE KHMHK

NKMER GQ MH M 45 K IHLMHGL MM EEHPL IHKM MH HGGM HK LHEM ?KHF GR HMK IHKM. LPML K OEE G LOG PON GLHOKG M ?KJNGR KG H? 18-110 #$S G K

Characteristics

Product Description

IKLHG FG PM KG G GQG KHHOL?HK LFHHM HIKMHG G NKM IHLMHGG. R K

NL?NE G MLM LM-NIL G LRLMF IIEMHGL PKMKGL?K LPMG L KJNK. G MHG MH LMGKFGNE LPML, NLMHF EMKHFGE PONLPML K ELH OEE.

Specifications

FE'E$C BA$D ! 1 ! ' E

F (GHJ) 18-26.5 26.5-40 33-50 40-60 50-75 60-90 75-110

J -42 -28 -22 -19 -15 -12 -10

F< #-595/ #-599/ #-383/ #-383/ #-385/ #-387/ #-387/

B (GHJ) NEE

I?<? (B @<) 60

I? "? (B ) 0.4 0.4 0.5 0.5 0.6 0.7 0.8

(@<) 1.15:1

D? RAS (/) 0.74/18.7 0.73/18.5 0.72/18.3 0.71/18.0 0.70/17.8 0.69/17.5 0.68/17.2

HE NFK QWM - A 00000


PON G LGMHK = -G = -G = -G = -G A = -G = -G ! = !-G

Outline Drawing

1 -G MPH-GGE KMHGE KHMHK.


#<


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♦ NEE ON BG

♦ $ LHEMHG/HP HLL

♦ ANKM HLMHGG

♦ B-KMHGE

E<?<

NGMK GHEHR'L LKL ' <?<

K 4-IHKM FGE OL MMK KHMMHGE LHEGH KOG G EMKHGEER HGMKHEE. R O -KMHGE KHMHK NKMER GQ MH 90K IHLMHGL MM EEHPL IHKM MH HGGM MHMK H? M GM IHKML. LPML K OEE G

Characteristics

Product Description

LOG PON GL HOKG M ?KJNGR KG H? 18-110 #$S G K IKLHG FG PM KG GGQG KHHOL ?HK LFHHM HIKMHG G NKMIHLMHGG. R K NL?NE G NMHFM MLM LM NILG LRLMF IIEMHGL PK KFHMER HGMKHEEMKGL?K LPMG L KJNK.


Specifications

FE'E$C BA$D ! ! ' E

F (GHJ) 18-26.5 26.5-40 33-50 40-60 50-75 60-90 75-110

J -42 -28 -22 -19 -15 -12 -10

F< #-595/ #-599/ #-383/ #-383/ #-385/ #-387/ #-387/

B (GHJ) NEE

I?<? (B @<) 60

I? "? (B ) 0.4 0.4 0.5 0.5 0.6 0.7 0.8

(@<) 1.15:1

C??< I HK FKHLPM

@ ( @) 50

DC ? 15C/2.0A HK 28C/1.0A INEL MRIE


143



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144


E<?<


HE NFK QWZ - A B CD 00


PON G LGMHK = -G A = -G = -G = -G = -G! = !-G = -G

LNIIER OHEM15 = 15 C28 = 28 C

HGMKHE GMK? = = FKHLPM

Outline Drawing



FE'E$C BA$D ! ! ' E

F (GHJ) 18-26.5 26.5-40 33-50 40-60 50-75 60-90 75-110

J -42 -28 -22 -19 -15 -12 -10

F A? A? < 03, 06, 10, 20, 30 B HK NLMHFK LI? OEN

? , 2.0 2.0 2.0 2.0 1.0 1.0 1.0

(@) 1.15:1

"< A? 0 MH 25 B OKE

I? "? (B @) 0.3 0.3 0.4 0.5 0.6 0.7 0.8

(@) AMMGNMHG < 20 B 1.2:1, MMGNMHG > 20 B: 1.5:1

< 0-180 KL

I? "? (B @) 0.5 0.5 0.6 0.7 0.8 0.9 1.0 (@) 1.4:1

? ("< ? & @ ) 0.5 MML NI MH 60 #$S, 0.3 MML RHG

145

#? *@ "< A?, <

F A?

♦ BKHG IKMHG

♦ 3-30 B Q AMMGNMHG

♦ 0-25 B KE AMMGNMHG

♦ 0-180U KE L ?M

NGMK GHEHR'L 'AF G 'A" LKL <<

? G 'A LKL < @

K OEE G LOG PON GL HOKG M?KJNGR KG H? 18 MH 110 #$S. ?Q MMGNMHKL?MNK EHP G ?O LMGK OENL H? MMGNMHG.CNLMHF ?Q MMGNMHKL PM 5P IHPK KMG K ELHOEE. EOE LM MMGNMHKL G IL L?MKL

Characteristics

Product Description

Specifications

GHKIHKM FKHFMK P GEL OKR ?G GKIME NLMFGML MH F. R K ?KMNLG LMKM PON LMHG GMH P L IEMK EHLLR FMKE ?HK M MMGNMHKL, HK EMK OG ?HK M IL L?MKL. IKMG KMKLML KKEMOER HGLMGM HOK ?NEE PON GPML.


A/A/A




?Q MMGNMHK OEN G B(_00` ?HK EOE LM MMGNMHKG OKE IL L?MK)

HE NFK QA_ - A BC 000



FHE IK?Q = ?Q MMGNMHK = EOE LM MMGNMHK = OKE IL L?MK

PON G LGMHK = -G ! = !-G A = -G = -G = -G = -G = -G = -G = -G


!!C A!#! A#!! !, GL/FF

BA ! A! !! ! A!A/$A! $! ! A!A

A B C

-42 #-595/ 0.88/22.4 3.70/94.0 4.00/101.6 3.0/76.2

-28 #-599/ 0.75/19.1 3.60/91.4 3.00/76.2 2.75/69.9

-22 #-383/ 1.125/28.6 3.60/91.4 3.00/76.2 2.75/69.9

-19 #-383/ 1.125/28.6 3.60/91.4 3.00/76.2 2.75/69.9

-15 #-385/ 0.75/19.1 3.60/91.4 3.00/76.2 2.0/50.8

! -12 #-387/ 0.75/19.1 3.60/91.4 3.00/76.2 2.0/50.8

-10 #-387/ 0.75/19.1 3.60/91.4 3.00/76.2 2.0/50.8

-8 #-387/ 0.75/19.1 3.60/91.4 3.00/76.2 2.0/50.8

-6 #-387/ 0.75/19.1 3.60/91.4 3.00/76.2 2.0/50.8

Fixed Attenuator


Level Set Attenuator/Variable Phase Shifter

(square flange pattern shown)

#? *@ "< A?, <

F A?A/A/A


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D< *@ "< A? <

♦ BKHG IKMHG

♦ 0 MH 25 B AMMGNMHG G

♦ GEER ME, HDE

♦ $ KLHENMHG

NGMK GHEHRaL A G LKL OE M AMMGNMHKL G L ?MKL HIKM HOK M ?NEE PON G, G K H??K G 7 PON GLHOKG M ?KJNGR KG H? 18 MH 110 #$S. LNLME EOE-LM MMGNMHKL G OKE IL L?MKLK KOG R FGEER LME, FNEM-MNKG FGMNK

Characteristics

Product Description

Specifications

E DGH MH EEHP NKM G KIME LMMG H?MMGNMHG G IL L?M. EHDG ?MNK H? ME EEHPL KEE HIKMHG PG NL G EHKMHKR MLMLMNI, LNLRLMFL G GLMKNFGML. E G EKM M LI? ?KJNGR, ? LK. LNLME HFIHGGML H??K KHG IK?HKFG.


A/

EF#A$CE AA#E*E ! ! ' E

F , GHJ 18-26.5 26.5-40 33-50 40-60 50-75 60-90 75-110

*@< I? "?, B, 0 B 0.3 0.3 0.4 0.5 0.6 0.7 0.8 A? , B (? A?) 0-30 0-30 0-25 0-25 0-25 0-25 0-25

A ? H<. 1.5 1.0 1.0 1.0 0.6 0.6 0.6

, (? ) 0-180 0-180 0-180 0-180 0-180 0-180 0-180


147



HE NFK QD_ - A 0000



FHE IK?Q A = OE M AMMGNMHK = KE L ?MK

PON G LGMHK = -G A = -G = -G = -G = -G! = !-G = -G


D< *@ "< A? <

A/

AEGIDE*"I$E DI#E$I$, /

BA$D A B

3.00/76.2 2.35/59.7

A 2.75/69.9 2.16/54.9

2.75/69.9 2.16/54.9

2.75/69.9 2.16/54.9

2.5/63.5 1.94/49.3

! 2.5/63.5 1.94/49.3

2.5/63.5 1.94/49.3


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♦ NEEG CHOK

♦ ANKM KM GL

♦ $ER IME MMGL

♦ !LR MH L

NGMK GHEHR'L ?, G

@ K LG G NEM ?HK IKLHGFEEFMK-PO FLNKFGML. L GLMKNFGML HOKM KG H? 26.5-110 #$S G LQ PON GL. KL'AD ? G LKL '

@ K H? ELLE KHMKR OG HG-LMKNMHG. R H??K ER KIME LMMGL G?KJNGR GIGGM KGL. BHM GLMKNFGML OEHP . G MHG, M MMGNMHK L GEE IL

Characteristics

Product Description

Specifications

L?M OKLNL MMGNMHG LMMG PE M IL L?MK

L EHP GLKMHG EHLL.

BHM GLMKNFGML K PEE LNM ?HK NKMFEEFMK-PO FLNKFGML. KM KG MMGN-MHKL G IL L?MKL K OEE G FHMHKS OKL HGL ?HK A! HK HMK IIEM HGL KJNK GKFHM HGMKHE.

FE'E$C BA$D ! ! ' E

F (GHJ) 18-26.5 26.5-40 33-50 40-60 50-75 60-90 75-110

J -42 -28 -22 -19 -15 -12 -10

DIEC* EADI$G ECII$ A**E$A*

I? "? (B ) 0.5 0.5 0.6 0.7 0.8 1.0 1.2

(@<) 1.15 1.15 1.15 1.15 1.20 1.20 1.25

A ? () 0.5 0.5 0.5 0.4 0.3 0.2 0.2

A? 1 0 B MH 50 B (HO GLKMHG EHLL) HOK ?NEE PON G

A A. N10B 0.2 B

A. 2%

DIEC* EADI$G HAE HIF*E

A () 3 3 3 4 4 4

I? "? (B) 1.0 1.2 1.3 1.5 1.8 2.0 (@<) 1.30 1.30 1.30 1.35 1.35 1.35

A ? () 1.0 1.0 1.0 0.8 0.7 0.6

0 MH 360 KL KM KG

- 0 MH 360 KL G 5 K OLHGL

"? ? 1.0 B (FQ)

MK PON LSL K OEE.1 E GKFGML: 0B MH 0.1B = 0.01B; 0.1B MH 1.0B = 0.05B; 1.0B MH 10B = 0.10B; 10.0B MH 20.0B = 0.20B; 20.0B MH 30.0B = 0.5B; 30.0B MH50.0B = 1.0B. QFNF LMMG 60B MRIE.


D A?,

A/


149




Series QPSSeries QAD

!! A !C !A# A!A

!!C A!#! ! !, GL/FF

BA ! A B C

-28 5.00/127.0 4.00/102.0 6.87/174.5

-22 5.00/127.0 4.00/102.0 6.24/158.4

-19 5.00/127.0 4.00/102.0 6.0/152.4

-15 5.00/127.0 4.00/102.0 4.4/111.8

! -12 5.00/127.0 4.00/102.0 4.2/106.7

-10 5.00/127.0 4.00/102.0 4.0/101.6

!! !C !A# $A! $!

!!C A!#! ! !, GL/FF

BA ! A B C

-28 8.53/216.7 3.66/93.0 3.22/81.8

-22 6.85/174.0 3.66/93.0 3.22/81.8

-19 6.0/152.4 3.66/93.0 3.22/81.8

-15 4.85/123.2 3.66/93.0 3.22/81.8

! -12 4.2/106.7 3.66/93.0 3.22/81.8

-10 3.7/94.0 4.00/102.0 4.50/114.3


D A?

A/


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HE NFK QAD - A 00000


PON G LGMHK = -G = -G A = -G ! = !-G

= -G = -G

= -G

HE NFK QPS - A 00000

PON G LGMHK A = -G = -G = -G ! = !-G = -G = -G

KM G AMMGNMHKL:

KM G L ?MKL:


D A?

A/


151



♦ CHFIM S

♦ ??K HOK 7.0 MH 170 #$S

♦ $ ANKR G EEMR

♦ ME HNM, !!!-488 GMK?

♦ GNE/HMHKS IKMHG HL

NGMK GHEHRaL IKLHG HMHKS KHKFFEHMKR G AMMGNMHKL K OEE G ?NEE PONGL ?KHF 7.0 MH 170.0 #$S. AMMGNMHG HGMKHE G MK FGNE O ?KHGM IGE HK KFHM-HGMKHEE NLG LMGK !!!-488 GMK?. KL A FHMHKSMMGNMHKaL LFEE HFIM ID GHKIHKML HMM EMKHG HGMKHEEK G FKHPO MMGNMHKHFIHGGML. NGM HIKML PM LGE +24 OHEM CLHNK HK PM G HIMHGE AC IMK.

Characteristics

Product Description

Specifications

AMMGNMHG KG L ?KHF 0 MH 50 B G 0.1 B LMIL PM 0.05 B LMIL HOK 0 MH 20 B. A ME KHNML IKHO HG M ?KHGM IGE MH LIER M NKKGMMMGNMHG LMMG. MMGNMHKL K ER KEEG LG MH NL G ANMHFM LM !JNIFGMG G IIEMHGL KJNKG KFHM IHPK HGMKHE.

F B I? "? ?B (GHJ) (#.) (#.) (#.)

" (-112) 7.0 - 10.0 1.0 B 1.2:1 5 PMML

(-90) 8.2 - 12.4 1.0 B 1.2:1 2 PMML

(-75) 10.0 - 15.0 1.0 B 1.25:1 2 PMML

! (-62) 12.4 - 18.0 1.0 B 1.25:1 2 PMML

! (-42) 18.0 - 26.5 1.0 B 1.15:1 1 PMM

! (-28) 26.5 - 40.0 1.0 B 1.15:1 0.5 PMM

' (-22) 33.0 - 50.0 1.0 B 1.15:1 0.5 PMM

(-19) 40.0 - 60.0 1.0 B 1.15:1 0.4 PMM

(-15) 50.0 - 75.0 1.0 B 1.20:1 0.3 PMM

E (-12) 60.0 - 90.0 1.4 B 1.2:1 0.25 PMM

(-10) 75.0 - 110.0 1.5 B MRI. 1.25:1 MRI. 0.25 PMM

F (-08) 90.0 ] 140.0 1.8 B 1.3:1 MRI. 0.2 PMM

D (-06) 110.0 ] 170.0 2.2 B 1.3:1 MRI. 0.2 PMM


#??J, ?< A?A


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AEGIDE *"I$E DI#E$I$, /

BA$D A B C D E

" 11.69/296.9 4.66/118.3 6.32/160.5 3.73/94.7 2.29/58.2

11.69/296.9 4.66/118.3 6.32/160.5 3.73/94.7 2.29/58.2

11.19/284.2 4.66/118.3 6.32/160.5 3.73/94.7 2.29/58.2

! 10.94/277.8 4.00/101.6 5.50/139.7 3.73/94.7 2.29/58.2

! 8.48/215.4 4.00/101.6 5.50/139.7 3.73/94.7 2.29/58.2

!A 6.87/174.5 4.00/101.6 5.50/139.7 3.73/94.7 2.29/58.2

' 6.24/158.4 4.00/101.6 5.50/139.7 3.73/94.7 2.29/58.2

6.0/152.4 4.00/101.6 5.50/139.7 3.73/94.7 2.29/58.2

5.78/147.0 4.00/101.6 5.50/139.7 3.73/94.7 2.29/58.2

E 5.78/147.0 4.00/101.6 5.50/139.7 3.73/94.7 2.29/58.2

5.78/147.0 4.00/101.6 5.50/139.7 3.73/94.7 2.29/58.2

F 5.78/147.0 4.00/101.6 5.50/139.7 3.73/94.7 2.29/58.2

G 5.78/147.0 4.00/101.6 5.50/139.7 3.73/94.7 2.29/58.2


HMK HIMHGL0: MGK: CNLMHF

PON ?EG HIMHG( AIIGQ A-B)

GMK? HIMHGL = !!!-488 = -232 = MKL (IEL LI?R)

HE NFK QPA - AB C DEF G


PON G = N-G 0 = -G0 = -G 0 = -G A0 = -G #0 = #-G0 = -G = -G0 = -G = -G 0 = -G = -G!0 = !-G


#??J, ?< A?A


153



♦ ??K HOK 18-110 #$S

♦ $ ANKR

♦ ME HNM

♦ HP GLKMHG HLL

♦ GNE G CHFINMK CHGMKHEE

♦ NEE ON BGL

NGMK GHEHR H??KL HMHKS HMKR G L?MKL G EE PON GL ?KHF 18.0 MH 110 #$S. LKL L FHMHKS, HFINMK HGMKHEEE OKLHG H? NGMKaL LMGK KM G L ?MKG IKHOL 0 MH 360Z IL L?M KG PM 0.5K KLHENMHG.

IL L?MK L HGMKHEE R IKLHG LMIIGFHMHK G EE HGMKHE G KOK EMKHGL K ID PMG M IL L?MK HNLG. KHIKHLLHK-LEMKHGL MKGLEML M LK IL L?MK LMMG GMH

M KJNK FHMHK IHLMHG G IKHOL M IKHIK KO

Characteristics

Product Description

Specifications

LGEL MH M FHMHK. HMHK LI L OKE MH GLNKNKM IHLMHGG G LFHHM HIKMHG. L?MK G HGMKHEE KFHMER MKHN G !!!-488GMK? HK FGNEER PM ?KHGM IGE HGMKHE. AMK-M KHNM HG M ?KHGM IGE LIERL M LMMG. IKHNM KJNKL 24-OHEM, 500 FA IHPK LNIIER.

LKL FHMHKS KM KG IL L?MKLK NL G NMHFM FLNKFGM LRLMFL. R K?KJNGMER NL G LNLMMNMHG MRI MLM KKGFGML?HK IKL FLNKFGM H? IL KMKLML

GENG K KNML G IL GMPHKDL.

F I? "? AB (GHJ) B @< ?

! 18.0-26.5 1.0 1.30 1.0

! 26.5-40.0 1.0 1.15 1.0

' 33.0-50.0 1.0 1.15 1.0

40.0-60.0 1.1 1.15 1.0

50.0-75.0 1.2 1.20 0.8E 60.0-90.0 1.4 1.20 0.7

75.0-110.0 1.5 1.20 0.6

?<? @< A @() () 0-360O

0.5 0.5 4 . 5 L.


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AEGIDE *"I$E DI#E$I$, /

BA$D A B C D

! 8.48/215.4 4.00/101.6 5.50/139.7 3.73/94.7

!A 8.53/216.7 4.00/101.6 5.50/139.7 3.73/94.7

' 6.85/174.0 4.00/101.6 5.50/139.7 3.73/94.7

6.0/152.4 4.00/101.6 5.50/139.7 3.73/94.7

5.78/146.8 4.00/101.6 5.50/139.7 3.73/94.7

E 5.78/146.8 4.00/101.6 5.50/139.7 3.73/94.7

5.78/146.8 4.00/101.6 5.50/139.7 3.73/94.7


HMK HIMHGL0: MGK: CNLMHF

PON ?EG HIMHG( AIIGQ A-B)

HE NFK QMP - A B CDE F


PON G = -G = -G

A = -G ! = !-G = -G = -G = -G

GMK? HIMHGL = !!!-488

= -232 = MKL (IEL LI?R)


#??J, ?<


155




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? 7

A ?

? *< #?< $?. $

A ? 157

AIIEMHG HML 158

MGK #G $HKG AGMGGL 'H 162

CNLMHF $HKG AGMGGL ' 165

KKHP G BF EK $HKG 'H/' 167MHKE $HKG AGMGGL 'F 168

FG-KMHGE AGMGGL 'D 169

GL AGMGGL '"A 170

KF HNL AGMGG ' 172

CLLKG ?EMHK AGMGGL 'C 173

KMHFH KGLNKL ' 175

NEE ON BG KMHFH KGLNK '* 177

GK MH CKNEK Q G PME HEKSKL '"/'' 178

CKNEK-MH-MGNEK ON KGLMHGL 'C 180

H KGLMHG !01 MH !10 '#* 181

H EMK '#F 182

CKNEK ON (!11) MHGL G EGL 'C 183

CKNEK ON KFGMHG '*C 185

!01 CKNEK ON MHGL G EGL 'C"/'CF 186

HMKR HGML ' 188

AGMGG OEHIFGM CIEMR & LNKFGM EMR 189


157



A@@<? $?

' *?<? L EG LNIIEK H? FEEFMK PO GMGGL G LLHM IKHNML ?HK ?KJNGLKGG ?KHF 18 MH HO 140 #$S. KG H? IKHNMLH??K HOK OKMNEER OKR IIEMHG G ?NGMHGEKJNKFGM. OKE HIMHGL G MKFL H? IRLEHGLMKNMHG HK HIKMG IKGIE K GKEER OEE

MH O G HIMFE LHENMHG ?HK LI? IIEMHG HKKJNKFGM. E?-IHPK FPM H? MRIEGMGG L MKFG R M IKMNK FMK G LMRIEER 70Q OEGM/ HOK FN H? M G. NK1 LHPL M KEMHGLI MPG G, FPM GGMGG LS L ?NGMHG H? HIKMG ?KJNGR.NGMKaL GMGGL QM HOKEE ??GR GO M FQFNF IHLLE G. CNLMHF IKHNML KLG MH FM LIE KJNKFGML G HG?NKMHGLLI? MH LRLMF IIEMHG. R IKHNM ?FELIKHN R NGMK G MK LLHM MGHEHR KLK K.

F, ?? * < ?

NGMK H??KL P KG H? LMGK G NLMHFKLI? ? HKGL, HKMHFH MKGLNKL, IHEKSKLG HMK GMGG-KEM IKHNML ?HK OKMNEER GRIIEMHG G LRLMF KJNKFGM. O GQMGLO EKKR H? ?NEER OEHI G IKHOG LGL GML K. NK GMK GMGG ? IKHNML G KEMHFIHGGML K ?NEER MLM ?HK EE IKMGGM KMKLMLG LI?MHGL. G IKMNEK, NGMK L LGL ?HKHIMFE IK?HKFG G HFIM HK FGMNKS OKLHGL H? FGR HFIEQ IKHNML.

'-@< ? C@<

K LI IKHIMHG H? FEEFMK POL L QIEHM?HK OG EHP EHLL G FGR GMGG-KEM HFIH-GGML. NGMK NLL JNL-HIML HGIML G HFGMHG PM HMK MGJNL MH IKHN IK?HKFGGMGGL ?HK FGR LRLMFL LN L KK, LNKOEEG,

KFHM LGLG, FMKE FLNKFGML, KHLMKHGHFR G IELF GHLML. FHK OGM H? JNL-HIME MKGLFLLHG HOK HGOGMHGE PON L MLEHP EHLL, LIEER M FEEFMK PO ?KJNGL. MNE EHLL G IKHIMHG MPG HIME EFGMLG F QMKFER LFEE R IKHIK LG G?KMHG. K?EMHG EHLL ?KHF FME FKKHKL L OKMNEER FFLNKE MKHNHNM M FEEFMK POKHG, G M EHLL ?KHF PEE LG EGLL L HGER ?P MGML H? B. MK FIHKMGM OGML H? ?KLI MKGLFLLHG HOK PON-L HFIHGGMLGEN M EMR MH LNIIHKM EE IHLLE IHEKSMHGL. KR LHEMHG (H?MG KMK MG 30 B) G HMG MPG HKMHHGE IHEKSMHGL.

A@@<? ? '-@< C?@?

NL-HIME GMGG LLFEL G F OKRHFIM G HFIKLHG MH JNOEGM LRLMFL NMESG PON HFIHGGML. OL LN L ?KJNGR NIEQKL, IHEKSMHG IEQKL, KNEK-MH-EGKIHEKSKL, G IL L?MKL G IE G MHMKPL NGNMES LI MPG M EGL HK FKKHKLG M ? LRLMF GLM H? G QMKGEER. AG PON HFIHGGML LN L KNEK-MH-EGK IHEKSK, KNEK-MH-KMGNEK MKGLMHG HK GHKMHFH MKGLNK MH JNL-HIME EGL GMGG

PHNE GKL M HOKEE EGM R HOK 50%. NK 2

LHPL OKHNL GMGG ?NGMHGL G IHEKSMHG HIMHGLNLG JNL-HIME PON HFIHGGML G MKHKKLIHGG PON HNGMKIKML.

<? A

NGMK H??KL CLLKG K?EMHK GMGGL G FMKLKGG ?KHF 6 MH 48 GL. MK FH? OKLHGL H? CLLKG K?EMHK GMGG K ELH OEE R LIEHKK. L H??LM K?EMHK GMGGL O GH FEHD, P FDL M LEHL LG?GMER EHPKG M G K MG MM H? LRFFMK CLLKGGMGGL. CLLKG GMGGL K ?KJNGMER NL GFEEFMK PO KKL, HFFNGMHG LRLMFL HK MEGDL, G G LIE IIEMHGL. NK GK-?E G?K-?E GMGG KGL K E MHHEL ?HK OENMGGMGGL G KEM LRLMFL.

G<? ? A '-?@ :

A ] CHFIHGGM HK LMKNMNK ?HK KMG HKKOG EMKHFGM POL.

A ? @-@ ] HK GGMGG PM LI? IEGK IKMNK, M KMH H? MFQFNF ??MO K H? M GMGG MH M IRLEIKMNK K.

A@ ? ] A LNK?, GK HK HG GGMGG, HG P M L HGOGGM MH FD LLNFIMHGLKKG M ?E OENL ?HK M INKIHL H? HFINMG?EL M QMKGE IHGML. !: IKMNK L H?MG MDGL M IHKMHG H? IEG LNK? GK M GMGG,IKIGNEK MH M KMHG H? FQFNF KMHG,MKHN P M FHK IKM H? M KMHG ILLL.

A@ <?; ] A EHDG H? HK GMK?KG PM MKMHG ?KHF M ? H? LHGKR KMHK R HLMELLN L M ? MLE? HK LNIIHKM LMKNML.

A@ <<? ] ?E HOK M IKMNK LLK R FIEMN, IL G IHEKSMHG

LMKNMHGL. A< ? ] KMH H? M QL H? M IHEKSMHGEEIL, GHMG M KMH H? MPH HKMHHGE IHEKSMHGL.

B ? ] KG H? ?KJNGL PMG P M IK?HKFG H? M GMGG, PMKLIM MH LHF GMGG KMKLML (G, ,F LI, M.), HG?HKFL MH LI? LI?MHGL.

B ? ] FHK EH H? M KMHGIMMKG H? G GMGG.

B? ] EMKE HKLM; K?KG HKLM.

B? ? ] GNEK OMHG H? M EMKEHKLM H? G GMGG ?KHF ML K?KG HKLM.

C <? ] A NE-K?EMHK GMGG

PM LNK?EMHK (NLNE ER RIKHEHE) EHMMPG M ?HE IHGM G M OKMQ H? M FGK?EMHK.

C?< ] A ?HKF H? LJNGME EHG G PM KMHG H? FQFNF KMHG GKML HG PHL OKMQ GE L H? M HKK H? M GMGGE?IHPK FPM.

C? @?<J? ] IHEKSMHG HKMHHGE MH K?KG IHEKSMHG. !: PH ?EL O HKMHHGEIHEKSMHGL ? MK IHEKSMHG EEILL O M LFQE KMH, FHK QL M KM GEL, G HIIHLM LGLH? KHMMHG.


158

7

A n

t e nn

a P r o

d u c t s



D - G OG KMHG, 4 p MFL M KMH H? M KMHG GMGLMR G MM KMHG MH M MHME IHPKKM R M GMGG. !: KMO G L ?NEER KES HG KIMHG HGER PG M GGM IHEKSMHGL M LF L M IHEKSMHG H? M GMGG HGMKGLFLLHG.

D ] OEN H? M KMO G G M KMHGH? ML FQFNF OEN.

E ? ] G OG KMHG, MKMH H? M IHPK OEE M M MKFGEL H? KOGGMGG MH M IHPK IK NGM K H? IEG POGGM HG M GMGG ?KHF MM KMHG, IHEKSHGGM PM M IHEKSMHG MM M GMGG PHNEKM.

E ] GMGG ??GR; IKMNK EENFGMHG??GR; KMHG ??GR.

E<< ? ] MKDG QL L MKFG R G EMKE GMHG, LN L M GNEE KMHG H? HGE LGGG HK FHGHINEL GMGG LRLMF, HK MF FQFNF KMHG H? ER KMO GMGG.

E-@<, @@< ] HK EGKER IHEKS GMGG, MIEG HGMGG M EMK ?E OMHK G M KMHGH? FQFNF KMHG.

F-< ? ] M KHG H? M ?E H? G GMGG PK M GNEK ?E LMKNMHG L LLGMEERGIGGM H? M LMG H? M GMGG. !: 1.) ? M GMGG L FQFNF HOKEE FGLHG P LEK HFIK MH M POEGM, M ?K-?E KHG LHFFHGER MDG MH QLM M LMGL KMK MG 2 2 /l?KHF M GMGG, l G M POEGM. 2.) HK GGMGG ?HNL M G?GMR, M ?K-?E KHG LLHFMFL K?KK MH L M KNGH?K KHG HG MLL H? GEHR MH HIME MKFGHEHR.

F ? ]M IHKMHG H? G GMGG HNIEMH M MKFGEL P ?NGMHGL MH IKHN M IKMNKEENFGMHG. !: A ? FR HGLLM H? LMKNMHGGMPHKD G IKFKR KMHK.

F?-?-; ?] KMH H? M KMOMR H? GGMGG MH ML KMO G G LI? KMHG MHPKM D.

G ] KMO G.

H<-@? ] G IEG HGMGG MKMHG H? M FQFNF H? F, M GE MPGM MPH KMHGL G P M KMHG GMGLMR L HGE? M FQFNF OEN H? M F.

H? ] A KMG EFGM OG M LI H? HKG.

I?<? ] A FLNK H? IHPK MKGL-

?K ?KHF HG GMGG MH GHMK. !: LHEMHGMPG GMGGL L M KMH H? IHPK GINM MH HGGMGG MH M IHPK KO R M HMK, NLNEER QIKLL G EL.

" ] AG GMGG HGLLMG H? GEMKHFGM EGL G KMG ?.

# <? ] FHK EH.

#? <? ( <?) ] KMHG EH HGMGGM KMHG H? FQFNF KMHG.

#??@< ] G KK, LFNEMGHNL EHG PKRKMHG-?GG G?HKFMHG L HMGE ?KHF LGE INEL

$-< ?, ] M KHG H? M ?E H? G GMGG MPG M KMO GK-?E KHG G M?K-?E KHG PKG KMHG ?EL IKHFGM G PKG M GNEK ?E LMKNMHG L IGGM NIHGLMG ?KHF M GMGG !: 1.) ? M GMGG L FQFNF HOKEE FGLHG P L GHM EK HFIK

MH M POEGM, ML ?E KHG FR GHM QLM. 2.) HKG GMGG ?HNL M G?GMR, M KMG GK-?EKHG L LHFMFL K?KK MH L M KLGE KHG HGM LL H? GEHR MH HIME MKFGHEHR.

$? @ ? ] MFIKMNK H? KLLMHK OG G OEE MKFE GHL IHPK IK NGMGPM JNE MH MM M M GMGG HNMINM M LI? ?KJNGR. !: HL MFIKMNK H? GGMGG IGL HG ML HNIEG MH EE GHL LHNKL GML GOKHGFGM L PEE L GHL GKM PMGM GMGG.

?<?< <? ] A K?EMHK P L IHKMHG H? IKHEH H? KOHENMHG.

] KMHG IMMKG.

< ] A NGKMHGE GMGG OG GKKHP FHK EH PM IIKHQFMER KNEK HGMHNKLH? JNE KMHG GMGLMR G M KHG H? M FHK EH.

] G OG KMHG G ?HK LI?IHEKSMHG, M GMK H? NKOMNK H? M PO?KHGM H? M KMHG ?KHF G GMGG G OG IEG.

< ? @?<J? ] A IEG HGMGG MIHEKSMHG EEIL. !: 1.) G M EEILGKML GMH EG LFGM, M IEG H? IHEKSMHGL GHM NGJNER ?G. G GKE, GR IEG HGMGGM LFGM L IME; HPOK, ?HK IEG PO GG LHMKHI FNF, M IEG H? IHEKSMHG L MDG MH GHKFE MH M KMHG H? IKHIMHG. 2.) G HIML,M QIKLLHG IEG H? IHEKSMHG L LLHM

PM EGKER IHEKS IEG PO (LHFMF EE IEG IHEKS PO) G L ?G L IEGHGMGG M ?E OMHK H? GMKLM G M KMHG H? IKHIMHG. L NL PHNE HGMKM M HO HGG L IKM.

?<J? ? ] G OG KMHG MIHEKSMHG H? M PO KM R M GMGG. AEMKGMOER, M IHEKSMHG H? IEG PO GGM?KHF M OG KMHG P KLNEML G FQFNFOEE IHPK M M GMGG MKFGEL. !: 1.) IHEKSMHG H? ML MPH POL L M LF G M?HEEHPG LGL. G M IEG IKIGNEK MH MKMHG HGLK, MK EMK ?EL LK LFEKEEILL. LGL H? KHMMHG H? ML EEILL L M LF? HG L K?KK MH M HKKLIHGG KMHG H?

IKHIMHG, HNMHG ?HK M KM ?E, GHFG ?HKM GGM IEG PO.

?<J? ? @< ] IHEKSMHG H? LI? ?E OMHK G M IEG PO. !: 1.) M L MHGOGMHG G EMKE GGKG MH LI?R MIHEKSMHG H? M IEG PO R MM H? M EMKE?E OMHK. 2.) G G LHMKHI FNF, M IEG H?IHEKSMHG L M IEG IKIGNEK MH M KMHG H? IKHIMHG. M L M HGOGMHG G EMKE GGKGMH LK M LGL H? IHEKSMHG M ?Q IHGMG LI L KMG (EHDPL) HK E?MG(HNGMKEHDPL) R HHLG M KMHG H?IKHIMHG L M K?KG KMHG. 3.)


159



IHEKSMHG H? IEG PO L M LF M OKR IHGMG LI.

? ] G OG KMHG, 4 IMFL M KMH H? M KMHG GMGLMR G MM KMHG H? M GM IHPKIM R M GMGG ?KHF M HGGM MKGLFMMK.!: 1.) G M KMHG L GHM LMM, M IHPK G

L NLNEER MDG MH M IHPK G G M KMHG H? MLFQFNF OEN. 2.) HPK G HL GHM GENK?EMHG EHLLL KLG ?KHF FLFM H? FIG.

? ? @ @?<J? ] IHPK G H? G GMGG, KN R M KMH H? MMIHKMHG H? M KMHG GMGLMR HKKLIHGG MH MLI? IHEKSMHG MH M KMHG GMGLMR.

? ] A ? P EENFGM LHGKR KMHK.

< ? ] A HKG GMGG M LL H? P ?HKF IRKF.

< ] A L LNOLHG H? G GMGG P G MLE? L IE H? ??MOER KMG HKKOG KH POL. !: RIE QFIEL H? KMG EFGM K LEHM, HKG HK IHE GMGG.

? ] KMH H? M MHME IHPKKM R G GMGG MH M GM IHPK IM R MGMGG ?KHF M HGGM MKGLFMMK.

? @ ( @) ] A KIEKIKLGMMHG H? M KMHG IKHIKML H? M GMGGL ?NGMHG H? LI HHKGML. !: 1.) G M NLNEL, M KMHG IMMKG L MKFG G M ?K-?EKHG G L KIKLGM L ?NGMHG H? KMHGEHHKGML. 2.) MHG IKHIKML GEN IHPK ?ENQGLMR, ?E LMKGM, IL G IHEKSMHG.

? ] AG GEHLNK ?HK IKHMMG G GMGG ?KHFM KF?NE ??ML H? ML IRLE GOKHGFGM, GKEER GMG MH EO M EMKE IK?HKFG H? M

GMGG NG??M.

? ] A KMHG ?G R G HIME,FGE, HK EMKE QL H? G GMGG LMELL K?KG ?HK M EGFGM. ELH EMKEHKLM.

<? ] AG GMGG HGLLMG H? K?EMHKG KMG ?.

< ( <) - GE MPG MFQFNF H? M FHK EH H? G GMGG. !:?KG HKLM L NLNEER HLG L M K?KGKMHG.

, ? - A KIMMO FHMHG OGMH M FHK EH H? G GMGG.

@ ] AG GMGG P L LGMH O IKLK IMMKG LI ??KG LNLMGMEER ?KHF MM HMG ?KHF NG?HKF-IL IKMNK H? MLF LS.

<? ] A KMHG EH G GR KMHG HMK MGMM H? M GMG EH. !: G M GMG EHL GHM LI?, M LEE MDG MH M FHK EH.

<? <<, < ] KEMO EOE H? M LM LEH.

@<<? ] M IKM H? M IHPK KM R ? GHMGMKIM R M LHGKR KMHK.

< ] A LFEE ??KG G IHGMG GEMPG K?KG F KMHG G M KMHG H? FQFNF KMHG.

<? ] A K?EMHK P KKML M IHPKKM ?KHF M ? MH M FG K?EMHK.

*; (< ;) ] A FHMHG OG MH M FHKEH H? G GMGG LN MM LEM FHOG MKM LHGMG PMG M FHK EH.

<< @?<J @< ] A IEG PO G PM EMK OMHK L G M OKME IEG HGMGG M

KMHG H? IKHIMHG.


160

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10.0

8.0

6.0

5.0

4.0

3.0

2.0

1.0

0.8

0.6

0.5

0.4

0.3

0.2

0.1

10 15 20 30 40 50 60 80 100

T Y P I C

A L B E A M W I D T H ( D e g r e e s

)

FREQUENCY. GHz

10 15 20 30 40 50 60 80 100

60

50

40

30

FREQUENCY. GHz

T Y P I C A

L G A I N ( d B i )

APERTURE

APERTURE

4 8 "

3 6 "

2 4 "

1 8 "

1 2 "

9 "

6 "

3 "

3 "

6 "

9 "

1 2 "

1 8 "

2 4 "

3 6 "

4 8 "

Antenna Beamwidth and Gain Characteristics

C a s s e g r a i n -

R e f l e c t o r

A n t e n n a

L e n s

A n

t e n n a

P a r a b o l i c

A n t e n n a s

C a s s e g r a i n -

R e f l e c t o r

A n t e n n a

L e n s

A n t e n n a

P a r a b o l i c

A n t e n n a s


161



♦ RKFE HK CHGE I

♦ MGNEK HK CKNEK ON GINM

♦ HP

NGMK GHEHRaL 'H LKL H? ?

HOK M ?KJNGR KG H? 18 MH 220 #$S GMG PON GL. R K OEE PM MK

KMGNEK IKMNK (IRKFE LI) ?HK HGGMG MHKMGNEK PON HK KHNG IKMNK (HGE LI)?HK NL PM MK KMGNEK HK KNEK PON. IRKFE HKGL O GHFGE F-G G H? 24B, PM 21B MRIE ?HK M KNEK HKGL.

MGK G HKGL K NL?NE ?HK P OKMR H?IKHIMHG IIEMHGL, GENG GMGG MLMG G

Characteristics

Product Description

Specifications

KMHG FLNKFGML. L HKGL K H?MGFIEHR L EKMHG LMGK HK K?KG ?HKGMGG G FLNKFGML. CHGE HKGL G NL

MH KM HK KO MK EGKER HK KNEKER IHEKS POL. BHM LIL K ELH NLE L ? HKGL ?HKEGL G K?EMHK GMGGL. HKGL K IKLER?KM MH HGMKHE M IKMNK LS G ?EK GE.$HKGL IE H? IKHNG NLMHFK-LI? FLIL G G HOKG KH KGL K ELH OEE.?K MH LKL NLMHF ? HKGL.

FE'E$C BA$D ! ! ' E F D G

F (GHJ) 18-26.5 26.5-40 33-50 40-60 50-75 60-90 75-110 90-140 110-170 140-220

J -42 -28 -22 -19 -15 -12 -10 -8 -6 -5

() 1.10:1 1.10:1 1.10:1 1.10:1 1.15:1 1.15:1 1.15:1 1.20:1 1.25:1 1.25:1

< H?#- G (B @) 24

C?< H?#- G (B @) 21

Pyramidal Horn Antenna Pattern

-40

-35

-30

-25

-20

-15

-10

-5

0

5

-40 -30 -20 -10 0 10 20 30 40

degrees

d B

E-plane H-plane


G H? A$


162

7

A n

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a P r o

d u c t s



C$ICA" H$ I*H CIC"A AEGIDE I$*

F F< < D?, I/B D, / D "3

0.455/11.5 #-381/ 2.37/60.2 4.0/101.6

0.315/8.0 #-381/ 1.87/47.5 3.3/83.8

0.251/6.3 #-383/ 1.51/38.4 2.7/68.5

0.211/5.3 #-383/ 1.25/31.8 2.25/57.1

0.166/4.1 #-385/ 1.02/25.9 1.90/40.2

! 0.137/3.4 #-387/ 0.85/21.6 1.60/40.6

0.113/2.8 #-387/ 0.71/18.0 1.30/33.0

0.090/2.2 #-387/ 0.58/14.7 1.10/27.9

0.073/1.8 #-387/ 0.49/12.5 0.90/22.8

# 0.058/1.4 #-387/ 0.40/10.2 0.75/19.0

A#IDA" A$D C$ICA" H$ I*H EC*A$G"A AEGIDE I$*

F F< < D?, /B J < H? C?< H?

H "1 D "2

N -62 #-419/ 5.60/142.2 4.16/105.7 11.95/303.5 4.0/101.6 7.0/177.8

-42 #-595/ 4.12/104.6 3.12/79.2 7.48/190.0 2.37/60.2 5.0/127.0

-28 #-599/ 2.73/69.3 2.12/53.8 5.0/127.0 1.87/47.5 4.2/106.7

-22 #-383/ 2.24/56.9 1.71/43.4 4.08/103.6 1.51/38.4 3.2/81.3

-19 #-383/ 1.88/47.8 1.44/36.6 3.49/88.6 1.25/31.8 3.05/77.5

-15 #-385/ 1.49/37.8 1.15/29.2 2.78/70.6 1.02/25.9 2.4/61.0

! -12 #-387/ 1.24/31.5 0.96/24.4 2.35/59.7 0.85/21.6 2.05/52.1

-10 #-387/ 1.03/26.2 0.80/20.3 1.94/49.3 0.7/18.0 1.4/35.6

-8 #-387/ 0.83/21.1 0.65/16.5 1.56/39.6 0.58/14.7 1.40/35.6

-6 #-387/ 0.69/17.5 0.54/13.7 1.26/32.0 0.49/14.7 1.15/20.1

# -5 #-387/ 0.55/14.0 0.43/10.9 1.04/26.4 0.40/10.2 0.9/22.9


G H? AQUINSTAR

TECHNOLOGY, INC.$

Conical

(circular waveguide with

round flange pattern shown)

Pyramidal

(rectangular waveguide with

square flange pattern shown)

L3 (Circular Input)

L2 (Rectangular Input)

W

H

L1

D


163



HE NFK QWH - A B C D 00


?EG MRI = KHNG

= LJNK

PON GINMC = KNEK (HGE HGER)

= KMGNEK (HGE GIRKFE)


A = -G = -G = -G = -G = -G = -G = -G # = #-G

HKG LIC = HGE

= IRKFE


G H? A$

Pyramidal Standard Gain Horn


164

7

A n

t e nn

a P r o

d u c t s



♦ CNLMHF K?HKFG

♦ HP EHL

♦ $ #G

♦ HP

NGMK GHEHR H??KL P KG H? NLMHF HKGLOEE G M 18-140 #$S ?KJNGR KG. KHNMLGEN HGE G LEK (HKKNM) HKGL G OKR P F IRKFE G LMHKE HKGL. L HKGGMGGL G LG G IKHN MH LML?R OKMNEER GR IIEMHG HK JNIFGM KJNKFGM G G ?NEER MLM M NGMK MH MKFG MK IKL KMHGIMMKGL G G.

BFPM H? M FHKMR H? HGE G LEK HKGL L GM KG H? 6 MH 40 KL PE KH F IRKFEG LMHKE HKGL KG ?KHF 25 MH 90 KL ME?-IHPK ?NEE PM IHGML (3 B FPM). HFMK LG H? M HKGL L K?NEER HGNM MH

IKHO M LM IHLLE IK?HKFG G KEMOER HF-IM LS. EGM H? M GMGG L MKFG R MF IMMKG KJNKFGML G LK .

$HKGL IKHO R NGMK K EGKER IHEKS NGELLKNEK HK NE IHEKSMHG L KJNLM. G MHG,NLMHFS F IMMKGL, LIE FMKEL G NGJNHFMKR G IKHO. HF H? M FHK HFFHGER NL HKGL K LK EHP:

C?< H?: LM QIGLO HKG G PEE LNM ?HKM FHKMR H? GKE INKIHL IIEMHGL. BFIMMKGL G M !- G $-IEGL K LLFEK G GKGL ?KHF 10 MH 26 B ?HK FHLM ?KJNGL IGGHG IKMNK (FPM) G ?KJNGR.

< H?: EMOER GQIGLO G PEE LNM ?HKFHLM GKE INKIHL IIEMHGL. BFIMMKGL G M !- G $-IEGL K GKEER LLFEK GG KGL ?KHF 10 MH 27 B IGG HG IKMNK G?KJNGR.

?< H?: ML ?G-LI F P LKH G HG IEG G KEMOER GKKHP G M HMK ?HK

Characteristics

Product Description

P GNEK HOK. RIE FPML K G MKG H? 30 MH 120 KL G HG IEG G KEMOER GKKHP G M HMK IEG. GKKHP F G HMG G MK H? M MPH IEGL (!- HK $-IEG). G H? ML GMGGL L EKER MKFG R MKF IMMKGL, G L GKEER G M 9-24 B KG.

< H?: HK QIGLO G LM IK?HKFGHKG. BF LI L OKMNEER GIGGM H? KHMMHGEGE (.., !- G $-IEG KMHG IMMKGL K OKRLFEK). R K E PG ER LRFFMKE GMGGIMMKGL K LK G PEE LNM ?HK K?EMHK HK EGLGMGG LRLMF ?L. HP G EHP LEHL KELH FHG M G?ML H? ML HKGL.

@< A@@<? H?: A OKMR H? LRLMFIIEMHGL, LN L IELF GHLML, IM HK KGFLNKFGM G KOK/MKGLFMMK KKRL, KJNKLIEER LG G IKHN HKGL HK GMGGL.NGMK G NLMHF LG LN GMGGL G IKHOME FLNKFGML HG MK KMHG KMKLML.

?HEEHPG IKFMKL K GLLKR MH HFIEMER LI?R HKG. $HPOK, NGMK G IKHIHL LHENMHG ?HK RHNK IIEMHG ? HGER LHF H? MIKFMKL K IKHO:

u $HKG MRI−HGE, IRKFE, LEK, LMHKE, HK NLMHF(? NGLI? NGMK PEE LEM M LM MRI);

u BF LI−FPM G !- G $-IEG, FLRFFMKR G GR LIE ?MNKL;

u AIKMNK−LS G EGM HGLMKGML, ? GR;u KJNKFGML;u EH EOEL G KHLL IHEKSMHG LHEMHG

KJNKFGML.


C? H? A


165



Specifications

CHAAC*EI*IC A#IDA" C$ICA" CA"A EC*A"

B 7-60 7-60 7-60

BKH;>F IEG>: 30 MH 120

( @) MK: 8 MH 40

G (B @) 10-27 10-26 10-27 9-24

F <? "< (B @) -12 MH -16 -12 MH -16 -20 MH -25 -12 MH -16

HE NFK QRR - ABC D EF


FPM G KL

HKG MRIC = HGE

= IRKFE = LMHKE = LEK = HMK

PON GINMF? C<: FMK G FEL

(MHNLGML H? G)F? <:

00 = -G !00 = !-G A00 = -G 00 = -G00 = -G 00 = -G00 = -G 00 = -G 00 = -G #00 = #-G

CHGLNEM NGMK ?HK HNMEG KPGL G FGE LI?MHGL.


C? H? A


166

7

A n

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d u c t s



♦ RFFMKE BF G ! G $-IEGL

♦ K G H? BF ML ??K

♦ HP , HP EHL

♦ HEKSMHG GLGLMO

Characteristics

NGMK GHEHR LKL $ G GKKHP G P

F LEK HKG GMGGL O G LG ?HK NL GGMGG IIEMHGL KJNKG ER LRFFMK FIMMKG, EHP G EHP LEHL. KMHGIMMKGL K IHEKSMHG-GIGGM, .., KEMOERGIGGM H? IEG H? FLNKFGM. EK HKG PME?-IHPK ?NEE F PM KGG ?KHF HNM 10 KL

Product Description

Specifications

MH 60 KL K OEE, PM LMGK LG M 25

KL. L HKGL K EER LNM ?HK EENFGMGEGL (G GL $HKG AGMGGL) G L ?L ?HK CLLKG?EMHK AGMGGL PM OKMNEER GR ?/ KMH. NGMKaLEK $HKGL H??K ?KER KH HIKMG GPM, NIMH 40% H? GMK ?KJNGR, G KHLL-IHEKSMHGLHEMHG (MRIEER 30 B).

? C A<<

BFPM ($E? HPK KL $: 10 MH 40 KLNEE M) KL : 40 MH 60 KL

MMKG KMHG MPG!- G $- EGL +/- 1.5 B HOK FG EH

EH OE RIEER 25 B EHP FG F

CKHLL HEKSMHG LHEMHG 30 B MRIE

BGPM 40% H? GMK ?KJ.

F PM G KL

HE NFK QS_ - A BC 0 0


FHE IK?Q$= KKHP BF EK $HKG = BF EK $HKG


A = -G ! = !-G

= -G = -G = -G = -G

0 = KNEK PON


$? B< H?

$/


167



♦ CNLMHFS BF MMKGL G HM EGL

♦ IMFNF #G CKMKLML

NGMK KL MHKE $HKG AGMGGL K NLMHFIKHNML LG G FGN?MNK MH FM LI?KH F IMMKGL G HG H? M IEGL, G KEMOER GKKHP F HG M HMK HKMHHGE IEG. L

GMGGL K H??K ?HK ?KJNGL ?KHF 18 MH 110 #$S. HKG HFMKR G FGE ?MNKL K LGMH KM IKL F LI MH FM M IIEMHGKJNKFGM G HM IEGL. BKH F (?G F)IMMKG G H??K G MK IHEKSMHG, HKGM GMK SFNM HK EOMHG IEG PM M GKKHPK F

Characteristics

Product Description

Specifications

G M HMK IEG. OKE LMGK IKHNML K ELHH??K MH LNM FHKMR H? LRLMF IIEMHGL.

KMHGE G H? M GMGG FR LMFMNLG M ?HEEHPG ?HKFNE:

#G = 27,000/(B1 Q B2)

PK B1 G B2 K FPML (?NEE PM ME? IHPK IHGML) G SFNM G EOMHG IEGL,G KL

F ? B ? B

B B? B < $? B <

18-110 #$S

10 % H? CGMK KJNGR 30 MH 120 KL 2 MH 20 KL

HE NFK QSF - A BCD EFG H


IHEKSMHG = KME

$= $HKSHGME

F PM G EOMHG IEG,G KL


A = -G ! = !-G = -G = -G = -G

F PM G SFNM IEG,G KL


?< H? A


168

7

A n

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♦ ??K HOK 18-110 #$S

♦ G?HKF 360 K CHOK G ASFNM

♦ KKHP !EOMHG BF PM HKM #G

Characteristics

NGMK LKL FGKMHGE AGMGGL IKHO NG?HKF 360 KL HOK G M SFNM IEG G

KEMOER GKKHPK F G EOMHG IEG. R H??K KLHGE G HOK IIKHQFMER 5% GPM. EOMHG FPM G LG MH G M 8 MH 30K KG MH LNM FHLM HFFHG IIEMHGL. FG IHGM NI HK HPG PM KLIM MH M HKSHG, ? LK. AG GMKE KHF L GHKFEER IKHO PMML FGKMHGE AGMGGL. CNLMHF LGL MH LNM

Product Description

Specifications

LI? GL G KER IKHN G ?NEER MLM. RIE GMK? L LMGK KMGNEK PON,

PM HIMHGL ?HK KNEK PON. AGMGGL PMKNEK IHEKSMHG K ELH OEE L NLMHF IKHNML.NGMK ELH H??KL P KG H? MHKE CHOK AGMGGL

FGKMHGE AGMGGL ?G IIEMHGL G FEEFMK PO HFFNGMHGL, !/! G LGLG.

? *@<

KJNGR G 18-110 #$S

BGPM 5% MRIE

!EOMHG BF AGE G($E? HPK NEE M) BMPG 8 G 30 KL

#G G (?HK !EOMHG BF G) 14 MH 5 B

HIMHGL0 = MGK KHNM, H HIMHGL

= IE

PON G G MRI = -G ! = !-G

A = -G = -G

= -G = -G

= -G 0 = CKNEK ON = -G = CHQE GMK?

HE NFK QOD - AB CD E F


GMK ?KJNGR G #$S

F PM G EOMHG IEG,G KL


?< A


169



♦ HP EHL

♦ $ #G G !??GR

♦ BKHG

♦ HP CHLM

NGMK ><GHEH@RaL '"A L>K>L <5> 1>5>>1 K>

OE;E> PM I>KMNK>L KG@G@ ?KHF 3 MH 12 G<>L (76-300

FF) ?HK GR ?K>JN>G<R G M> 18-140 #$S KG@>. >L>GM>GGL <HGLLM H? E>GL P< L ?> (EENFGM>) ;R

LI><EER->L@G> ?>> HKG. >R O> G>K>GMER EHP

L>EH;>L, IKM<NEKER G <HFIKLHG MH CLL>@KG

K>?E><MHK GM>GGL, L M>K> L GH ;EH<D@> H? M> FG

;>F ;R LN;K>?E><MHK HK ?>> LMKN<MNK>. I><EER

>L@G> E>GL>L P>G <HF;G> PM @ I>K?HKFG<>

?>>L IKHN<> @ @G, IK><L> ;>F IMM>KGL G

>??<>G<R <HFIK;E> MH M> ;>LM K>?E><MHK GM>GGL, >O>G

M @ FEEF>M>K PO> ?K>JN>G<>L. >R HI>KM> HO>K

?KER P> ?K>JN>G<R KG@>, P< L @>G>KEER >M>KFG>

;R M> <K<M>KLM<L H? M> GINM <K<NEK PO>@N> G

?>> HKG. MGK GM>GGL K> ?H<NL> M G?GMR (?K

?>E). $HP>O>K, <NLMHF >L@GL ?H<NL> M ?GM> KG@>,

@>G>KEER 4 MH 40 G<>L (0.1 MH 1 F>M>K) ?KHF M> E>GL, <G

;> IKHO>.

> E>G@M H? M> GM>GG L G>KER >JNE MH ML E>GL

F>M>K (?/ = 1) MH <>O> K>LHG;E> LS> PM

HIMFE I>K?HKFG<>, EMHN@ HM>K ?/ KMHL K>

OE;E> L LI><E IKHN<ML. > ?>> HKG ?HK M>L>

GM>GG FR ;> >M>K <HG<E (LMGK IKHN<M) HK L<E>K

Characteristics

Product Description

Specifications

?>> HKG (LRFF>MK<E, EHP L> EH;>). RI<E E>GL>L

O> LFHHM >QM>KGE LNK?<> G HI>KM>

OKMNEER G>I>G>GM H? ?K>JN>G<R. $HP>O>K, ?HK LI><?<GKKHP;G IIE<MHGL, M> E>GL <G ;> SHG> MH K>N<>

LS> G P>@M. > GM>K?<> MH M>L> GM>GGL L

<K<NEK PO>@N> H? LNM;E> F>M>K ?HK M> <>GM>K

?K>JN>G<R. $HP>O>K, G GM>@KE <K<NEK-MH-K><MG@NEK

PO>@N> MKGLMHG L OE;E> L P>EE L OK>MR

H? HM>K HIMHGL G<ENG@ >M<;E> <K<NEK-MH-

K><MG@NEK MKGLMHG, HKMHFH> MKGLN<>K (),

<K<NEK IHEKS>K (?Q> HK NLM;E>) G FHNGM;E>

;HK>-L@M> M>E>L<HI>.

NGMK <G ELH IKHO> GM>GGL PM NE-IHEKSMHG

<I;EMR G NE-?K>JN>G<R ;G HI>KMHGL L

<NLMHFS> IKHN<ML.

>GL GM>GGL K> FHLM IK<M<E G 3 MH 12 G< (75 MH 300

FF) F>M>KL G M> 18 MH 140 #$S ?K>JN>G<R KG@> ?HK

IIE<MHGL P>K> @ I>K?HKFG<>, IKM<NEKER EHP

L>EH;>L, L <KM<E. >R <G ELH ;> IKHN<> M

?KER EHP <HLM G EK@> JNGMMR. G MHG, M> GM>GG

HNLG@ <G ;> NL> L G >G<EHLNK> ?HK HM>K

<HFIHG>GML, LRLM>F >E><MKHG<L HK M> >GMK> LRLM>F.

CHAAC*EI*IC ECIFICA*I$ C##E$*

F 18-140 #$S GFNF EEHPE EGL FMK IGL HG ?KJNGR

B 50% PON G IGGM HG KNEK PON

" D 3-12 GL (76-300 FF) KK LSL OEE L NLMHF IKHNML

G 25 MH 50 B IGG HG >?>K MH I@> 161 ?HK >QI><M> @G G ;>FPM

?KJNGR G FMK LLHM PM GMGG LS G ?KJNGR.

B 0.5 MH 10 KL IGG !??GR L MRIEER KMK MG 50% ?HK FHLM

HG ?KJNGR G FMK HFGMHGL.

I@ (@) 1.15:1 IGGM

<? (@) >25 B IGGM


" AA


170

7

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! A!!, ! !, GL/FF GHFGE 1

GL/FF GHFGE A B C 2

3.0/76.2 3.5/89 3.8/96.5 1.0-3.0/25-76

6.0/152 6.63/168.4 7.4/188 1.0-3.0/25-76

9.0/229 9.5/235 11.0/279 1.0-3.0/25-76

12.0/305 12.75/324 14.5/368.3 1.0-3.0/25-76

HE NFK QLA - ABC D EF G H



HIMHGL = LMGK IKHNM = NLMHF IKHNM

? HKG MRIC = HGE (LMGK IKHNM) = LEK (NLMHF IKHNM)

EGL FMK G GL

FGE HG?NKMHG = REGKE (LMGK IKHNM) = NLMHF (GHG-LMGK IKHNM)


(MHNLGML H? G)F? <:

00 = -42 00 = -15 A00 = -28 !00 = -1200 = -22 00 = -1000 = -19 00 = -8

1 AMNE FGLHGL FR OKR LEMER N MH NLMFGML G FGE MHEKGL.2 G H? _C` FGLHG IKHO MH LHP OKMHG N MH NLMFGML G ? HKG OKMHGL.

Cylindrical Conical (12 inch lens diameter only)

Waveguide


" AA


171



A n

t e nn

a P r o

d u c t s

7

172


♦ CHFIM, M PM

♦ HP EHL

♦ HP CHLM

NGMK ><GHEH@RaL L>K>L '& &=5 F?3 A>5>>1

<HGLLM H? IKFKR ?>> P< K><MER EENFGM>L M>

IK;HE< FG K>?E><MHK ?KHF ML ?H<E IHGM. A EHP IKH?E>

LNIIHKM LMKN<MNK> FR ;> NL> MH LNIIHKM M> ?>>. >L>GM>GGL H??>K @ @G, @HH >??<>G<R G K>EMO>ER EHP

L>EH;>L ;><NL> H? FGFE ;EH<D@> ;R M> ?>>

LMKN<MNK>. >R K> OE;E> G K>?E><MHK LS>L ?KHF 3 MH 48

G<>L ?HK ?K>JN>G<>L G M> 18 MH 140 #$S KG@>. > @G

G ;>F PM K> >M>KFG> FGER ;R M> K>?E><MHK LS>

G HI>KMG@ ?K>JN>G<R. KF> ?H<NL GM>GGL K>

Characteristics

Product Description

Specifications

K>EMO>ER <HFI<M G EHP>K G <HLM MG HM>K HIMHGL HK

MRI>L ?HK M> LF> I>KMNK> LS>.

MGK K>?E><MHKL K> IK;HE< PM ?>> EH<M> HG M>

FG QL. $HP>O>K, NGMK <G IKHN<> GM>GGL PM

H??L>M ?>> G GHG-<K<NEK K>?E><MHK @>HF>MKR. A P>

L>E><MHG H? K>?E><MHK F>M>KL, LNK?<> ?GL G

FM>KE L OE;E> MH LNM >< LI><?< IIE<MHG.

RI<E GM>K?<> L K><MG@NEK PO>@N>


F 18-140 #$S

<? D 3 MH 48 GL HM EE LSL K LNME

(76 MH 1200 FF) M OG ?KJNGR

B 0.2 MH 10 KL IGG ?K MH IEHML I 161 ?HKHG FMK G ?KJNGR G G F PM

G 25 MH 50 B IGG HG ?HK LEM

FMK G ?KJNGR FMK G ?KJNGR

<? 17 B MRIE IGGM

1.25:1 MRIE IGGM

HE NFK QRP - ABC DE F


HIMHGL ?HK ?C = HGE

= IRKFE = NLMHF = HQE

K?EMHK FMK G GL


(MHNLGML H? G)F? <:

00 = -G 00 = -G A00 = -G !00 = !-G00 = -G 00 = -G00 = -G 00 = -G


F? A



173

♦ CHFIM G HP KH?E

♦ $ #G

♦ HP

♦ 1 MH 4 HHM FMKL

NGMK GHEHRaL 'C LKL C <?

K OEE G FMKL KGG ?KHF 10GL MH 4 ?M (25 MH 120 F) ?HK GR ?KJNGR G M18-140 #$S KG. R HIKM HOK ?KER P?KJNGR KG P L EFM HGER R M KNEK PON GPM. #G L MKFG R GMGGFMK, ?KJNGR H? HIKMHG G ? EENFGMHG. L GMGGL K MRIEER FHK ??GM MG M IKF?HNL GMGGL, L M ? EG EHLLL K EFGM G MMK FM L HMG.

FG K?EMHK L IKHE G LI G FG OKR NKMER H? MK ENFGNF HK HFIHLM FMKE. LNK?EMHK L HIMFEER LG G NLM ?HKLM IK?HKFG. LNK?EMHK G LNIIHKM LMKNMNK

KM FGFE EHD G G IKHN KLHGER EHP LEH EOEL, GKEER EHP 16 B. ? HKGL

Characteristics

Product Description

Specifications

K LEM MH IKHN HIMFE EENFGMHG ?HK EHP L-

EHL G G. GMK? MH ML GMGGL L KNEK PON H? LNME FMK ?HK M GMK?KJNGR. $HPOK, G GMKE KNEK-MH-KMGNEK PON MKGLMHG L OEE L PEE L OKMR H? HMK HIMHGL, GENG ME KNEK-MH-KMGNEK MKGLMHG, HKMHFH MKGLNK (),KNEK IHEKSK (?Q HK NLME) G FHNGMEHK-LM MELHI.

NGMKaL LKL C CLLKG K?EMHK GMGGL KEER LNM ?HK IIEMHGL KJNKG KEMOER EHP IM G HH GINM FM. $HPOK, CLLKGGMGGL H? FMKL LFEEK MG 10 GL (25 F)K GHM KHFFG, IKMNEKER ?HK ?KJNGL EHP

30 #$S.



F 18-140 #$S E HO 30 #$S

B EL L IIGQ IGGM HG KNEK PON

<? D 10-48 GL (25-120 F)24 G (60 F) G EKK ?HK ?KJNGL

EHP 30 #$S

G 25 MH 50 B IGG HG ?K MH I 161 ?HK QIM G G?KJNGR G FMK FPM LLHM PM GMGG LS G

B 0.2 MH 6 KL IGG HG ?KJNGR. !??GR L MRIEER KMK MG 50%

?KJNGR G FMK ?HK FHLM HFGMHGL.

I@ (@) 1.15:1 IGGM

<? (@) 16 BIGGM HG HIKMG ?KJNGR G FMK

H? FG G LNK?EMHKL


C <? AC



A n

t e nn

a P r o

d u c t s

7

174

!!C A!!, ! !, GL/F

GL/F GHFGE A B C !

6/15.2 6/15.2 3.025/7.683 1.315/3.340 4.9/12.45 4/10/6 5/16-24C

10/25.4 10/25.4 3.48/8.84 2.23/5.66 7.9/20.1 7/17.8 3/8-16C

12/30.5 12/30.5 3.75/9.53 2.63/6.68 11/27.9 10/25.4 3/8-16C

13/33.0 13/33.0 3.92/9.96 2.79/7.09 11/27.9 10/25.4 3/8-16C

15/38.1 15/38.1 4.47/11.35 3.16/8.03 12/30.5 10/25.4 3/8-16C

18/45.7 18.75/47.63 4.87/12.37 3.76/9.55 12/30.5 10/25.4 3/8-17C24/60.9 24.75/62.87 5.75/14.61 5/12.7 20.2/51.3 16.5/41.9 3/8-16C

36/91.4 36.75/93.34 7.5/19.0 7.38/18.74 30.2/76.7 24/61.0 3/8-17C

48/121.9 49.2/124.97 11/27.9 9.75/24.77 41.3/104.9 36/91.4 1/2-13C

&

'

HE NFK QRC - ABC DE



C <? AQUINSTAR

TECHNOLOGY, INC.C

K?EMHK FMK G GL PON GINMF? C<: FMK G FEL

(MHNLGML H? G)F? <:

00 = -42 00 = -15 A00 = -28 !00 = -1200 = -22 00 = -1000 = -19 00 = -8




175

♦ $ LHEMHG

♦ HP

♦ GFNF GLKMHG HLL

♦ CHFIM

♦ BKHG

?? *

NGMK GHEHR'L ' LKL ???

HOK M ?KJNGR KG H? 26.5 MH 110 #$SG LQ PON GL. R K NL MH LIKM LGEIIE MH M KNEK PON IHKM GMH OKME GHKSHGME HFIHGGML M M MPH EGK IHKML PM KMKMG 25 B LHEMHG.

G KOKL, MPH HKMHHGE EGKER-IHEKS LGEL G HFG, IKHNG G HNMINM G M KNEK PONIHKM. KLNEMGM IHEKSMHG FR EGK, KNEK, HKEEIME IGG HG M KEMO IL G FIEMN H?

Characteristics

Product Description


F 26.5 MH 110 #$S

@ B1 50% H? PON G

I?<? 25 B FGFNF

(@) 1.3:1 26.5 MH 75 #$S; 1.4:1 75 MH 110 #$S

Specifications

M MPH HKMHHGE GINM LGEL. KMHFH MKGLNKLKJNK KNEK - MH KMGNEK PON MKGLMHG PM FH-LNIIKLLHK GEN.

KMHFH MKGLNKL HIKM HOK GPM H?MRIEER 50% H? PON G GMK M LI?HIKMG ?KJNGR. R K NL G FNEMIHEKSMHGKKL, LGLHKL, KHFMKL G GLMKNFGMMHG.HK IKHNML HOKG ?NEE PON G, IEL LLKL



1 FHE ?HK ?NEE PON G OKLHG.



?? *QUINSTAR

TECHNOLOGY, INC.

PON G LGMHK A = -G = -G

= -G ! = !-G = -G = -G

KNEK PON FMK = EHP G (EK) = F G (FNF)$ = G (LFEE) = NLMHF

HE NFK QWO - AB C D E 0



(A0 = 100 #$S, A1 = 101 #$S,

B1 = 111 #$S, M.)

HG?NKMHG A = LMGK

= HIMHGE KNEK MH KMGNEK -IHKM MKGLMHG

= NLMHF


!!C A!#! A#! ! !, GL/FFBA ! A! A B C

-28 HM 1 1.12/28.4 1.12/28.4 1.75/44.5

-22 #-383/ 1.12/28.4 1.12/28.4 1.75/44.5

-19 #-383/ 1.12/28.4 1.12/28.4 1.75/44.5

-15 #-385/ 0.75/19.1 1.12/28.4 0.75/19.1

! -12 #-387/ 0.75/19.1 1.12/28.4 0.75/19.1

-10 #-387/ 0.75/19.1 1.12/28.4 0.75/19.1

WR-28 through WR-19 WR-15 through WR-10

1 _$` IHKM L #-599/. _` G _A` IHKML K #-381/ (KNEK HOK ?EG).


176

7

A n

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d u c t s



♦ NEE ON BGPM

♦ $ LHEMHG

♦ HP GLKMHG HLL

♦ CHFIM

♦ HP

F<< B?? *

NGMK GHEHR H??KL '* KL ???

HOKG ?NEE PON GL ?KHF GMKHN G HOKG 18 MH 110 #$S G LOG GL. L HKMHFH MKGLNKL () K NL MH LIKM LGE IIE MH M KNEK PON GINM IHKM GMH MLMPH EGK HKMHHGE HFIHGGML M M KMGNEK PON HNMINM IHKML PM KMK MG 32 B LHEMHGMPG M IHEKSMHGL. G KOKL, MPH HKMHHGEEGKER IHEKS LGEL G HFG, IKHNG GHNMINM G M KNEK PON IHKM. KLNEMG

Characteristics

Product Description

Specifications

IHEKSMHG FR EGK, KNEK HK EEIME IGGHG M KEMO IL G FIEMN H? M MPHHKMHHGE GINM LGEL.

RIE GLKMHG EHLL H? ML HKMHFH MKGLNKL LELL MG 0.5 B HOK M ?NEE PON G G KMNKGEHLL KMK MG 15 B. L IKHNML K NL ?HKGLMKNFGMMHG, FNEMIHEKSMHG KKL, LGLHKL,KHFMKL G HFFNGMHG LRLMFL.



F 18 MH 110 #$S

@ B NEE ON BG

I? "? 0.5 B MRIE

I?<? B ?<J? 32 B FGFNF

1.4:1 FQ. HOK M G

CKNEK PON FMK G FEL(MHNLGML H? G)

PON G ?HK MKMGNEK IHKML

HE NFK QOT - A BCD 00



177



Motorized Polarizer

♦ HP

♦ GFNF GLKMHG HLL

♦ Q; GNE GHMHKS PMG

♦ GK, $C G $C

"-?-C< F < ?<J

NGMK ><GHEH@R'L '" G '' L>K>L <>51-?-

33<1 654 G 381<5 @?<1J5 <HO>K M>

?K>JN>G<R KG@> H? 26.5 MH 110 #$S G LQ PO>@N> ;GL.

"Q> IHEKS>KL K> L><MHGL H? <K<NEK PO>@N> PM

;NEM-G IHEKSMHG <HGO>KM>K MM <HGO>KML EG>KER-

IHEKS> L@GE MH >M>K E>?M- HK K@M-G <K<NEKER-

IHEKS> L@GE, >I>GG@ HG M> HK>GMMHG H? M> PO>-

@N> L><MHG.

>K>L '' 381<5 @?<1J5 O> G GM>KGE

IHEKSG@ <K MM <G ;> FGNEER KHMM> MH <G@> M>

Characteristics

Product Description


F 26.5 MH 110 #$S

@ B 20% H? PON G

A< ? () 1 B

(@) 1.3:1

Specifications

L@GE ;>MP>>G K@M- G E>?M-G <K<NEK IHEKSMHG

PMHNM L<HGG><MG@ M> PO>@N>. A <>GM>K IHLMHG

HG M> LPM< EEHPL EG>KER-IHEKS> L@GEL MH ILL

MKHN@ M> PO>@N> PMHNM <G@G@ IHEKSMHG.

>L> IHEKS>KL HI>KM> HO>K ;GPM H? MRI<EER

X 10% <>GM>K> M LI><?< HI>KMG@ ?K>JN>G<R.

NGMK ELH H??>KL FHMHKS> (>E><MKHF><G<E)

O>KLHG H? M> LPM<;E> IHEKS>K. > FHMHKS> O>KLHG

L HGER MPH IHLMHGL <HKK>LIHGG@ MH K@M- G

E>?M-G <K<NEK IHEKSMHGL.


/


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!!C A!#! A#! ! !, GL/FF

BA ! A! PME HEKSK Q HEKSK

FMK () GM () FMK () GM ()

-28 #-381/ 1.25/31.8 2.12/53.8 1.13/28.7 1.50/38.1

-22 #-383/ 1.25/31.8 2.12/53.8 1.13/28.7 1.50/38.1

-19 #-383/ 1.25/31.8 2.12/53.8 1.13/28.7 1.50/38.1

-15 #-385/ 1.00/25.4 1.5/38.1 0.75/19.1 1.00/25.4

! -12 #-387/ 1.00/25.4 1.5/38.1 0.75/19.1 1.00/25.4

-10 #-387/ 1.00/25.4 1.5/38.1 0.75/19.1 1.00/25.4


"-?-C< F < ?<JQUINSTAR

TECHNOLOGY, INC.

/

LPM MRI = LPME, FGNEER

= ?Q

= LPME, FHMHKS

PON G LGMHK A = -G = -G

= -G ! = !-G = -G = -G

KNEK PON FMK = EHP G (EK)

= F G (FNF)$ = G (LFEE) = NLMHF

HE NFK QW_ - AB C D E 0


FHE IK?Q = EGK-MH-KNEK ?Q IHEKSK

= LPME IHEKSK


(A0 = 100 #$S, A1 = 101 #$S,

B0 = 110 #$S, M.)


Fixed Polarizer Switchable Polarizer


179



♦ 26.5 MH 220 #$S

♦ HP

♦ GFNF GLKMHG HLL

C<-?-<

*?

NGMK GHEHR'L 'C LKL <-?-<

? HOK M ?KJNGR KG H? 18 MH220 #$S G MG PON GL. PON

MKGLMHGL K NL MH HGGM LMGK KMGNEK PON MH KNEK PON PM FGFNF H? EHLL

Characteristics

Product Description

FE'+E$C BA$D ! !1 * ' + E F D G

F55>3 1>75 (GHJ) 18-26.5 26.5-40 18-40 33-50 40-60 50-75 60-90 75-110 90-140 110-170 140-220

I>5?> "? (4B =1) 0.3 0.3 0.3 0.4 0.5 0.6 0.7 0.8 0.8 1.0 1.0

(=1) 1.10 1.10 1.10 1.10 1.15 1.15 1.15 1.15 1.15 1.15 1.15

"5>78, >385/== (@) 2.0/50.8 1.50/38.1 1.50/38.1 1.50/38.1 1.50/38.1 1.10/27.9 1.10/27.9 1.10/27.9 1.10/27.9 1.10/27.9 1.10/27.9

F<1>75 &15> #-595/ #-599/ -180 #-383/ #-383/ #-385/ #-387/ #-387/- #-387/- #-387/- #-387/-

Specifications

G K?EMHGL. R K OEE PM OKMR H? ?EGMRIL MH HG MPH HFIHGGML H? M LF PONLS P ??K G HM PON IKMNK LS G

?EG MRIL. MKGLMHGL O P GPM GEHP .


C

MRI = PM FH LNIIKLLHK

= GH FH LNIIKLLHK


= + -G ! = !-G

(18-40 #$S) = -G

A = -G = -G

= -G = -G

= -G # = #-G

KMGNEK PON ?EG MRI = KHNG

= LJNK (, , , GL)

HE NFK QWC - ABC D E F G


KNEK PON FMK(G FEL HK MHNLGML H? G)

AIIGQ

KNEK PON ?EG MRI = KHNG

= LJNK (, , , GL)

MK PON LSL K OEE.


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♦ HP HLL

♦ $ INKHNL H AMMGNMHG

NGMK GHEHRaL LKL H EMKL IKHO LHENMHG MH M KME G ?HK FH INKMR PG NLG !01 FH KNEK PON. N MH M LFEKMLMPG M !01 G 11 FHL, OG M LEMLM

KKNEKML G M KNEK PON NL FHHGOKLHG ?KHF !01 MH 11. EK PONFMKL PEE KER IKHIM !1 FHL, PK M INKMR H? M !01 LGE. !QMKGHNL !1

G ! FHL GGHM KHGOKM MH M !10-KMGNEK FH ] MR LHP NI L EK LINKHNL EHLLL.

! LKL FH ?EMK HGLLML H? LMHG H? EHLLR PEE PON. BNL M K HKK FHL (1, !) O PEE NKKGML, MR K LKIER MMGNM GH GHM IKHIM. AEMHN M GKR MKGL?KK MH

Characteristics

Product Description

Specifications

ML FHL L FGFE, FH ?EMKL FNLM IEIKHEER EHG M MKGLFLLHG EG. !01 FH, P HL GHM O PEE NKKGML, ILLL MKHNML LMHG NG??M. LKL FH ?EMKL

K OEE G KNEK PON LSL ?KHF 12.4 MH140 #$S.

LKL FH ?EMKL K NL MH IKOGM !01

HGOKLHG MH K HKK FHL. BR MMGNMGNGPGM !1 FHL, M LKL ?EMKL EEHP ?HK MEHP EHLL MKGLFLLHG H? !01, !02 FHL G KNEK PON G EFGM NGPGM KLHGG, M LKHFFG MM M LKL ?EMKL IE MELM OKR 10 ?M IKM.

F B (GHJ) 11.6-48.0 48.0-96.0 96.0-150.0

I? "? *E01 (B) #. 0.2 0.3 0.4

A? *E11 (B) #. 10.0 10.0 10.0

#. 1.20 1.20 1.25

HE NFK QMF - ABC 000


CKNEK ON FMK(G FEL HK MHNLGML H? G)

HM: CHGMM ?MHKR ?HK HNMEGL


#? F<


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♦ AOEE G GMKGE FMK ?KHF

0.059-0.660 G

♦ KL FGLHGL

C< ?

F<

NGMK GHEHR H??KL KNEK PONL (?EGG NG?EG) ?HK HIKMHG G M !11 FH ?HK

?KJNGL ?KHF 12 MH 220 #$S G EE LMGK G FGR NLMHF GMKGE FMKL KGG ?KHF 0.059 MH 0.660GL. GPM LLHM PM ML !11 FHKNEK PONL L GKKHPK MG MRIE KMGNEK PON G M LF GKE ?KJNGR KG. GLOKE GMKGE KNEK PON FMKL K

Characteristics

Product Description

IIEE ?HK OG ?KJNGR, IEL HGMM NGMK PM RHNK LI? KJNKFGM.

NGMK ELH G LNIIER KMGNEK MH KNEK PON MKGLMHGL (KL C) ?HK EE IIEEHFGMHGL H? ML KNEK G KMGNEK PONL.


C

Specifications

B F I< B F I<

D? , GHJ D, D? , GHJ D,

N-1 12.4-14.6 0.660 !-0 58-68 0.141

N-2 14.6-17.5 0.550 !-1 68-77 0.125

-1 17.5-20.5 0.470 !-2 77-87 0.110

-2 20.5-24.5 0.396 !-3 87-100 0.094

-3 24.5-26.5 0.328 -0 77-87 0.110

-0 26-28.5 0.328 -1 87-100 0.094

-1 28.5-33 0.281 -2 100-112 0.082

-2 33-38.5 0.250 -0 87-100 0.094

-3 38.5-43 0.219 -1 100-112 0.082

-0 33-38.5 0.250 -2 112-125 0.075

-1 38.5-43 0.219 -3 125-140 0.067

-2 43-50 0.188 -0 100-112 0.082

-0 38.5-43 0.219 -1 112-125 0.075

-1 43-50 0.188 -2 125-140 0.067

-2 50-58 0.165 -3 140-160 0.059

-0 50-58 0.165 #-0 125-140 0.067

-1 58-68 0.141 #-1 140-220 0.059

-2 68-77 0.125

AIIGQ ?HK GE I?MHGL ?HK CKNEK ON EGL

*< I< D ? *E11 C<


183



HE NFK QCW - A BCD EF GH


?EG MRI = EG MHG H? ON = G?EG GM H? ON0 = EG HGER

PON GMKGE FMK(G FEL HK MHNLGML H? G)

!QFIE BC = 094 ?HK GMKGEFMK =0.094 G

PON EGM G GL(00 ?HK ?EG HGER)

?EG LGMHG(00 ?HK NG?EG EGMH? PON)


C< ?

F<

C


184

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♦ HP ♦ NEE CKNEK ON BGPM

NGMK GHEHRaL C LKL MKFGMHG L LMHG H? KNEK PON PM G GMKE HGE EH F ?KHF EMK LHKK FMKE. EHG IKL MIK EEHPL

Characteristics

Product Description

Specifications

F (GHJ) 11.6-48.0 48.0-96.0 96.0-150.0 1.05 1.08 1.10

CIC"A AEGIDE *"I$E DI#E$I$, /

I$*E$A" DIA#E*E A B C D

0.210 2.22/56.39 .211/5.36 .250/6.35 1.20/30.48

0.250 2.22/56.39 .211/5.36 .291/7.39 1.20/30.48

0.291 2.22/56.39 .211/5.36 .375/9.53 1.20/30.48

0.353 2.22/56.39 .211/5.36 .437/11.10 1.20/30.48

0.495 4.26/108.2 .264/6.71 .625/15.88 1.95/49.53

0.545 3.76/95.5 .264/6.71 .625/15.88 1.95/49.53

0.634 3.76/95.5 .264/6.71 .750/19.05 1.95/49.53

0.688 4.76/120.9 .264/6.71 .788/20.02 1.95/49.53

HE NFK QTC - A BCD 00



EG RI = E

= FE

CHGMM NGMK ?HK HMK KNEK PON FMKL.

HIMFNF LHKIMHG H? M FKHPO GKR PMFGFNF K?EMHG. ! MKFGMHG L ?MM PM LMGK FE HK ?FE KNEK ?EG, LI? M MMF H? HKK. C MKFGMHGL K NL GQIKFGME G OEHIFGME MLM LM-NIL PK EHP PON EH L LLGME ?HK FLNKFGM OE MR. G FLNKG M MM KLNEML?KHF GLKMHG H? OKHNL PON HFIHGGML G LRLMF, ML MKFGMHGL GLNK IKLMKFGMHG H? M GONE ??ML.

CKNEK PON FMK(G FEL HK MHNLGML H? G)


C< *?C


185



♦ KR HP HLL

♦ HP

♦ KL FGLHGL

*E01 ? F<

NGMK GHEHRaL LKL C ?EG G NG?EG !01 FH KNEK PONL K OEE G LMGKLSL ?KHF GMKGE FMKL H? 0.186 MH 1.500 G ?HK NLHOK 11.6 MH 171 #$S. L PON LMHGL K ?MM PM LMGK FE/?FE ?EGL. BHM PONMRIL K FGN?MNK IKFKER G HIIK. NGMKKHFFGL NLG M KL FH ?EMKL G GRKNEK PON LRLMF MH FGMG FH INKMR.

NGMK GHEHRaL KL C KNEK PON?EGL O G LG LI?EER ?HK M !01 EHP EHLL FH KNEK PON HFIHGGML. L ?EGL

Characteristics

Product Description

Specifications

K IKLHG-FG MH ?EMM EHP EHLL, EHPK?EMHG PON HGGMHGL M FEEFMK PO?KJNGL. -KG LDML K GEN MH FD ML?EGL IIKHIKM ?HK NL G IKLLNKS PONLRLMFL. KNEK PON ?EGL K LE? EGGFE/?FE HGGMHKL G K OEE G HMLMGK G NLMHF LS PON.

G P OKMHG H? KNEK FMKL L IIEE?HK OG ?KJNGR, IEL HGMM NGMK PM RHNKLI? KJNKFGM.


C/C

'C" *E01 C<

#I"--23068 C< I.D .D () F (GHJ) I.D. .D. () F (GHJ) D?

1.500 1.750 11.6-16.0 1.500 1.700 11.6-16.0 C5301

1.265 1.375 13.2-18.9 1.281 1.441 13.2-18.9 C6211

1.106 1.250 15.9-21.9 1.094 1.224 15.9-21.9 C7271

0.951 1.125 18.6-25.6 0.938 1.068 18.6-25.6 C8491

0.686 0.750 25.3-34.9 0.797 0.897 21.9-30.1 C9971

0.688 0.888 25.3-34.9 0.688 0.788 25.3-34.9 C116C1

0.634 0.750 27.3-38.0 0.594 0.674 29.3-40.4 C134C1

0.545 0.625 32.0-44.0 /A

0.495 0.625 34.8-48.0 0.500 0.580 34.8-48.0 C159C1

0.438 0.518 39.8-54.8 C182C10.370 0.500 46.4-63.9 0.375 0.435 46.4-63.9 C212C1

0.353 0.438 50.0-68.0 0.328 0.388 53.1-73.1 C243C1

0.291 0.375 62.0-84.0 0.281 0.341 61.9-85.2 C283C1

0.249 0.313 69.7-95.9 0.250 0.290 69.7-95.9 C318C1

0.201 0.290 86.0-115.0 0.219 0.259 79.6-110.0 C364C1

0.186 0.250 93.0-128.0 0.188 0.228 92.9-128.0 C424C1

0.172 0.212 101.0-139.0 C463C1

0.141 0.181 124.0-171.0 C566C1


186

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*E01 ? F<QUINSTAR

TECHNOLOGY, INC. C/C

'C" *E01 C< F<

CIC"A AEGIDE *"I$E DI#E$I$, /

I$*E$A" DIA#E*E, I$CH A B C D E H

0.688 0.55/13.97 0.30/7.62 1.95/49.53 .450/11.43 .185/4.70 .788/20.02

0.635 0.55/13.97 0.30/7.62 1.95/49.53 .450/11.43 .185/4.70 .750/19.05

0.545 0.55/13.97 0.30/7.62 1.95/49.53 .450/11.43 .185/4.70 .625/15.88

0.495 0.55/13.97 0.30/7.62 1.95/49.53 .450/11.43 .185/4.70 .62515.88

0.353 0.40/10.16 0.27/6.86 1.20/30.48 .300/7.62 .141/3.58 .437/11.10

0.291 0.40/10.16 0.27/6.86 1.20/30.48 .300/7.62 .141/3.58 .375/9.35

0.250 0.40/1.016 0.27/6.86 1.20/30.48 .300/7.62 .141/3.58 .291/7.39

HE NFK QC_ - A BC DEF


= !01 ON MHG = EGL ?HK CKNEK ON

= EG MHG H? ON = G?EG MHG H? ON0 = EG HGER (?HK KL C)

PON GMKGE FMK(G FEL HK MHNLGML H? G)

!QFIE ! = 291 ?HKGMKGE FMK = 0.291 G

PON EGM G GL


187



HE NFK QRJ - ABC 00


CKNEK PONGMKGE FMK(G FEL HK MHNLGML H? G)

♦ GFE KMHG M HMMHG

♦ EE, N G M M

NGMK GHEHRaL KL KHMKR HGML K OEEG LMGK KNEK PON LSL MH HOK ?KJNGL?KHF 11.6 MH 150 #$S. ! KHMKR HGM HGLLML H? MPHKNEK PON LMHGL FHNGM HG EE KGL.CHGGMHGL MH M NL K F NLG LMGK FEG ?FE KNEK ?EGL. KL EGFGM H? M PON LMHGL IKOGML LINKHNL FH GKMHG,G M OKR LFEE I MPG NMMG LNK?L KLNEML GHGER GEE EHLL G M !01 KNEK FH. AFIEMN OKMHG PM KHMMHG L ELL MG 0.2 B G IL OKMHG L ELL MG 2 KL ?HK EE FHEL.

KHMKR HGML IKHO ??GM GKR MKGL?K GKK GMGG LRLMFL HK G HMK IIEMHGL KJNKG ?HK

Characteristics

Product Description

Specifications

EHP IL OKMHG, EHP GLKMHG EHLL, G EHP KMNKGEHLL. R K ELH NL?NE G LIE EHKMHKR MLM LM-NIL?HK M FLNKFGM H? FEEFMK PO IKFMKLGENG IL OKMHG G KM ?EL. L KHMKR HGML K LG ?HK NL PM (HK MH GMK? PM)KNEK PONL.

KHMKR HGM G ELH ?MM PM MPH KL H KGLMHGL G KL H EMK MHIKHO KHMKR HGM LLFER ?HK KMGNEK PONIIEMHGL.

F 11.6-48.0 #$S 48.0-96.0 #$S 96.0-150.0 #$S

I? "? *E01 (B) *@. 0.8 1.0 1.5

*@. 1.2 1.3 1.4


? ?


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' *?<? A D<?@ C@<

# F<:NGMK L MGE IEMR G GERLL MHHEL MHOEHI OG G LIE-INKIHL GMGGL GHIML ?HK NL G M GMK FKHPO G FEEFMK POLIMKNF. HK ME OENMHG G MLMG H? MLGMGGL G HIME HFIHGGML, NGMK L ELHKM PEE-GLMKNFGM G ?NEER JNIIFLNKFGM ?EMR. HK NKMER FLNKG GKHKHNLER GHLG OKR P KG H? GMGG LSLG MRIL HIKMG HOK LG?GMER EK ?KJNGR GMKOE, NGMK L HG?NK LOKE ??KGM MRILH? FLNKFGM ?EML ?HK HIMFE KLNEML G??GR/LI.

F<< A? # / ## A

# :

NGMKaL GP GK-?E GMGG FLNKFGM LRLMF LLG MH FLNK GK-?E GMGG IMMKGL G MHGKM GK-?E G ENEM-?K-?E KMKLMLH? M GMGG KLIHGL G IK?HKFG. LRLMF LHFIHL H? G AGMHF $0003-8 LGGK HNL G LMM-H?-M-KM, 13- R 17-?HHM GH FK, IE H? FDG IEGK LGL ?HK G GKKHP F K?EMHK,EGL, G IL KKR GMGGL; LIKE LGL ?HK EHP G KH F HKG G EGL GMGGL; G REGKELGL ?HK ?G F, HFGKMHGE, G EGK KKR GMGGL. AMHGEER, M G MD FLNKFGML M

FNEMIE ?KJNGL NKG LG, G G IKHLLM GK-?E M MH IKHN ?K-?E KIE IMMKGL.

#KIE G GNFKE IKLGMMHGL GEN KMHGIMMKGL ?HK H- G KHLL-IHEKSMHGL, QE KMH, G(FIEMN) G IL, KMGNEK G IHEK NML,HGMHNK G 3 OLNESMHG, G EOMHG G SFNMNML ?HK ??KGM GEL. LRLMF G FDIKLGMMHGL G HEHK HK KRLE IEHML, G KM MMEL QIHKME MH KHLH?M !QE G HMK IKHKFL.

LGGK G HFFHM GMGGL NI MH ?O ?M GFMK G NI MH HFG MHME H? 142 ?HHM-IHNGL

G PM M M FHNGMG IHGM. GMGG NGK MLMG NMHFMEER KHMM 360U EHG M OKMEFHNGMG QL, G 360U EHG M HKSHGME FHNGMGQL (MRIEER M !-$ IEG QL). GMK IHGM ?HKKHMMHG HG M OKME QL L LH?MPK-LEME.

LRLMF L G GLMKNFGM MH FLNK GMGGLG M 1 MH 140 #$S KHG. G MHG MH OENMGNGMKaL HPG GMGGL, ML GK-?E GMGGFLNKFGM LRLMF L ELH OEE ?HK MLMGNLMHFKaL GMGGL. LMG G IK?HKF R NGMK IKLHGGE, HK NGK LIE KKGFGM, R MNLMHFK MFLEOL NLG MK HPG LGE-GKMGG KMKOE JNIFGM. EL HGMM HNK EL

IKMFGM ?HK G?HKFMHG.

AHO: A CHF-HPK A$-118 1-18 #$S P-G IKH(E?M GMGG) EENFGML -G HKG AGMGG GK LM (A, KM GMGG). A KL HG MPH MKDL, MEHPK G M S-QL NLMFGM, PE M NIIK MKD (MNEER 360U HKSHGMEER-KHMMG HHF) L NL MHNLM M A IKMNK KMER HOK M OKME QL H? KHMMHG (IL GMK NLMFGM G LIKE LGL). AMHGEER, HM A G IKH G KHMM 360UEHG M S-QL (IHEKSMHG).

AHO: IKH (KM GMGG) FHOL EHG M Q- G R-QL G KHMML 360U EHG M S-QL. LRLMF GIK?HKF IEGK IHEK (I-LMHG), IEGK KMGNEK(KLMK), IEGK EGK, LIKE G REGKE LGL. AEE FHOFGM L NGK LH?MPK HGMKHE. GEL KGKM R, G M L MK ?KHF, OMHKGMPHKD GERSK.


189




AGMGG NGK MLM: 94-#$S MGK #G $HKG HEK ?K-?E G IMMKG

F-F< - G H? G

F? $-F< A #

MGNEK ?K-?E G G IL IMMKGL.


190

7

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K-FGLHGE KIKLGMMHG H? HKG'L ?K-?E G G IL IMMKGL( FLNKFGM LRLMF EEHPL F KHMMHG ?HK OPG ?KHF GR L HK GE)

F F< #

A

G MHG MH M K-E AGMGG KG, NGMK ELHL G GH FK MM HNLL HGOGMHGEGMGG FLNKFGM KG. L ?EMR L JNII MHHIKM MPG 12 G 170 #$S. L KG GENL G AS-!E GMGG IHLMHGK, LHNK/KOK GLMKNFGMMHGG M JNLMHG LNLRLMF ?HK NMHFMFLNKFGM H? KMHG IMMKGL H? FHLM GMGGL.

A #

NGMK H??KL GMGG FLNKFGM LKOL MH MLNLMHFKL HGMGGM NIHG OEEMR H? M ?EMR GM LM??. BHM GK-?E KG G LMGK ?K-?EGH FK K F OEE ?HK OENMG GKMKSG GMGGL G HIML. NGMK G ELHIKHO M LNIIHKM H? ML MGE LM?? ?HK HGNMG MMLML G FLNKFGML. EL HGMM NGMK GHEHRaL EL IKMFGM PM RHNK LI?FLNKFGM GL.

D D<?@ A *??<

? A ?:

NGMK L LNM H? HFINMK LFNEMHG G LGMHHEL ?HK M LG G OEHIFGM H? GHOE GMGGIKHNML G LNLRLMFL.


191




192




? 8

A<,

&

? *< #?< $?. $

A< & 193

CKRHGEER CHHEE KHNML G CIEMR 194

NLRLMF G ALLFER !QIKG 195

BEHD KFL G AKMMNKL ?HK ALLFEL 197

RLMF KHNML 201


193



195

♦ CNLMHFS

♦ CHFIM

♦ MM-H?-M-AKM K?HKFG

♦ ND EOKR

♦ CHLM !??MO

NGMK GHEHR, G. LIESL G IKHNG KHKG H? ?NEER GMKM G NLMHFS FEEFMK-POLLFEL G LNLRLMFL FMG NLMHFK-LI?IIEMHG KJNKFGML ?HK ME G GEH ?,

C?? G * IIEMHGL. NGMK LLG, IKHN G EOK HSGL H? ??KGMFEEFMK-PO LLFEL G LNLRLMFL KGG ?KHF

# * G B? MH A G C?? F? E.

NGMKaL G-HNL HLEEMHK, FIE?K G ?KJNGRFNEMIEK IKHNM LG G FGN?MNKG KLHNKLKMER GG HNK IEMR MH H??K -?--A

LHENMHGL ?HK @ ??@ G ?? ? C?@

D?-? EE M PR MKHN ??. EOEH? GMKMHG, KNM HFIEQMR, IDG G MLMG

Characteristics

Applications

IKHO R NGMK K EE MKFG R MNLMHFKLa IKL GL, NM EFMMHGL GGOKHGFGME HGLMKGML. G MHG, NLMHFKL KH?MG E MH LEM ?KHF OLM OKMR H? QLMG GKFEEFMK-PO LLFEL G LNLRLMFL MM K

?NEER OEHI G KER IKHNE. L KLNEML GLG?GM HLM LOGL, JND EOKR G OHG H? OEHIFGME KLDL.

NGMK G OEHI G IKHN NLMHFSLLFEL G LNLRLMFL ?KHF OKMNEER GR LMKMGIHGM G M NLMHFKLa IIEMHG OEHIFGM REG HG M LL H? GR K H? ?GMHG HKLI?MHG. G PHKD ?KHF NLM C?@<

D HK G D@?, HK HGOKM F?<

B<?; D HK C GMH NLMHFSLLFER HK LNLRLMF. K ELH PEE IHLMHG MHHGHFEER FGN?MNK G LLFER HK LNLRLMF HG B< ? LL ? LK.

♦ I KHMHMRIG

♦ AIIEMHG-I? LM !JNIFGM

♦ CHFFNGMHG, GLHK G OK RLMFL

D?<

4 ?< A.

-B I?



A<

F#C F B A



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Appendix A

Rectangular Waveguide

Waveguide Designation Dimensions Frequency Cut-off Theoretical Attenuation Historic New MIL

Band (inch) (GHz) (GHz) Lowest to HIghest Designation Part Number

Frequency (dB/ft)

Ku RG-91/U

0.622 x 0.311 12.4-18.0 9.486 .064 - .030 UG-419/U M3922/53-4/005

WR-62 UG-541/U M3922/59-2/001

RG-53/U UG-595/U M3922/54-4/001

K WR-42 0.420 x 0.170 18.0-26.5 14.047 .17-.11 UG-596A/U M3922/59-2/003

UG-425/U M3922/67-2/004

RG-96/U UG-599/U M3922/54-4/003

Ka WR-28 0.280 x 0.140 26.5-40.0 21.081 0.22-0.15 UG-600/U M3922/59-2/005

UG-381/U M3922/67-2/005

RG-97/U UG-383/U M3922/53-4/005

Q WR-22 0.224 x 0.112 33.0-50.0 26.342 0.31-0.21 MPI-719 M3922/59-2/001

MPI-719T

UG-383/U-M M3922/53-4/005

U WR-19 0.188 x 0.094 40.0-60.0 31.357 0.39-0.27 MPI-710 M3922/59-2/001

MPI-720T

V RG-98/U

0.148 x 0.074 50.0-75.0 39.863 0.57-0.39 UG-385/U M3922/67-2/008WR-15

E RG-99/U

0.122 x 0.061 60.0-90.0 48.350 0.78-0.53 UG-387/U M3922/67-2/009WR-12

W WR-10 0.100 x 0.050 75.0-110.0 59.010 1.02-0.71 UG-387/U-M M 3922/67-2/010

F RG-138/U 0.080 x 0.040 90.0-140.0 73.764 1.52-0.98 MPI-714 M3922/74-001

WR-8 UG-387/U-M N/A

D RG-136/U

0.065 x 0.0325 110.0-170.0 90.786 2.12-1.35 MPI-716 M3922/74-002

WR-6 UG-387/U-M N/A

G RG-135/U

0.051 x 0.0255 140.0-220.0 115.71 3.05-1.93 MPI-715 M3922/74-003

WR-5 UG-387/U-M N/A

Modified (-M) means waveguide opening has been reduced appropriately. Screw and pin pattern are unchanged.




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Waveguide Frequency Band MIL Part Number EIA Waveguide Flange K L M N P R

Band Band (GHz) M3922/67 Designation Designation ± .0015 ± .0015 ± .000/.002 BSC± .005 ± .005 ± .005

(.04) (.04) (.05) (.13) (.13)

K 18.0

-004 WR-42 UG-425/U .4200 .1700 1.125 .9375 .625 .625

26.5 (10.67 (4.32 (28.58) (23.81) (15.88) 15.88)

Ka 26.5

-005 WR-28 UG-381/U .2800 .1400 1.125 .9375 .500 .468

40.0 (7.11) (3.56) (28.58) (23.81) (12.70) (11.89)

Q 33.0

-006 WR-22 UG-383/U .2240 .1120 1.125 .9375 .500 .468

50.0 (5.69) (2.84) (28.58) (23.81) (12.70) (11.89)

U 40.0

-007 WR-19 UG-383/U-M .1880 .0940 1.125 .9375 .500 .468

60.0 (4.78) (2.39) (28.58) (23.81) (12.70) (11.89)

V 50.0

-008 WR-15 UG-385/U .1480 .0740 .750 .5625 .375 .312

75.0 (3.76) (1.88) (19.05) (14.29) (9.53) (7.92)

E 60.0

-009 WR-12 UG-387/U .1220 .0610 .750 .5625 .375 .312

90.0 (3.10) (1.55) (19.05) (14.29) (9.53) (7.92)

W 75.0

-010 WR-10 UG-387/U-M .1000 .0500 .750 .5625 .375 .312

110.0 (2.54) (1.27) (19.05) (14.29) (9.53) (7.92)

F 90.0

N/A WR-8 UG-387/U-M .0800 .0400 .750 .5625 .375 .312

140.0 (2.03 (1.02 (19.05) (14.29) (9.53) (7.92)

D 110.0

N/A WR-6 UG-387/U-M .0650 .0325 .750 .5625 .375 .312

170.0 (1.65) (.83) (19.05) (14.29) (9.53) (7.92)

G 140.0

N/A WR-5 UG-387/U-M .0510 .0255 .750 .5625 .375 .312

220.0 (1.30) (.65) (19.05) (14.29) (9.53) (7.92)

Appendix B

Waveguide and Flange Dimensions (Round Flanges)




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Frequency MIL Part Number A B C D E F Flange

Band Band (GHz) M3922/67 ±.002/-.000 ±.002/-.000 ±.000/-.002 ± .005 ± .005 BSC Designation

(.05) (.05) (.05) (.13) (.13)

K 18.0

-004 .502 .252 1.125 .625 .625 .312

UG-425/U26.5 (12.75) (6.40) (28.58) (15.88) (15.88) (7.92)

Ka 26.5

-005 .362 .222 1.125 .500 .468 .9375

UG-381/U40.0 (9.19) (5.64) (28.58) 12.70) (11.89) (23.81)

Q 33.0

-006 .306 .194 1.125 .500 .468 .9375

UG-383/U50.0 (7.77) (4.93) (28.58) (12.70) (11.89) (23.81)

U 40.0

-007 .270 .167 1.125 .500 .468 .5625

UG-383/U-M60.0 (6.86) (4.47) (28.58) (12.70) (11.89) (14.29)

V 50.0

-008 .230 .156 .750 .375 .312 .5625

UG-385/U

75.0 (5.84) (3.96) (19.05) (9.53) (7.92) (14.29)

E 60.0

-009 .204 .143 .750 .375 .312 .5625

UG-387/U90.0 (5.18) (3.63) (19.05) (9.53) (7.92) (14.29)

W 75.0

-010 .182 .132 .750 .375 .312 .5625

UG-387/U-M110.0 (4.62) (3.35) (19.05) (9.53) (7.92) (14.29)

F 90.0

N/A .141 .101 .750 .375 .312 .5625

UG-387/U-M140.0 (3.58) (2.56) (19.05) (9.53) (7.92) (14.29)

D 110.0

N/A .126 .094 .750 .375 .312 .5625

UG/387/U-M170.0 (3.20) (2.39) (19.05) (9.53) (7.92) (14.29)

G 140.0

N/A .112 .089 .750 .375 .312 .9375

UG-387/U-M220.0 (2.84) (2.21) (19.05) (9.53) (7.92) (23.81)

Appendix C

Blank Round Flange Dimensions




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Band Frequency Band (GHz) MIL Part Number C D EIA Waveguide

M3922/74 inch (mm) inch (mm) Designation

F 90.0-140.0 -001 .0800-(2.03) .0400-(1.02) WR8

D 110.0-170.0 -002 .0650-(1.63) .0325-(.83) WR7

G 140.0-220.0 -003 .0510-(1.30) .0255-(.65) WR5

H 180-260.50 -004 .430-(1.09) .0215-(.55) WR4

J 220.0-325.0 -005 .0340-(.86) .0170-(.43) WR3

Appendix D

Waveguide and Flange Dimensions (pin-contact, threaded ring)

Appendix E

Blank Flange Dimensions (pin-contact, threaded ring)

Band Frequency Band (GHz) A B EIAinch inch Waveguide

(mm) (mm) Designation

F 90.0-140.0 .143-(3.63) .103-(2.62) WR8

D 110.0-170.0 .128-(3.25) .098-(2.49) WR7

G 140.0-220.0 .115-(2.92) .089-(2.26) WR5

H 170.0-260.5 .430-(1.09) .0845-(2.15) WR4

J 220.0-325.0 .106-(2.69) .080-(2.03) WR3




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Band Frequency MIL Part Number A B C D E F G H J Flange

Band (GHz) M3922/53 inch inch .015 BSC BSC ±.003 ±.015 ±.015 ±.015 Bank

(mm)(mm) (.38) (.08) (.38) (.38) (.38)

Ku 12.4- -4/005 .622 ± .002 .311 ± .002 1.312 4.78 .497 .144 1.000 .125 .313 UG-419/U

18.0 (15.8) (.05) (.79) (.05) (33.32) (12.14) (12.62) (3.66) (25.40) (3.18) (7.95)

Appendix F

WR-62 (Ku-band) Flange Blank and Waveguide Dimensions

BandFrequency MIL Part Number Flange

A B

CD E F

G H J K L M N P Q R

(Band (GHz) M3922/59 Desig.

.015BSC BSC

±.015 ±.015 ±.015 ±.002 ±.002 ±.002 ±.002 ±.002 ±.001 ±.002

(.38) (.38) (.38) (.38) (.05) (.05) (.05) (.05) (.05) (.03) (.05)

Ku 12.4

-2/001 UG541 .622±.002 .311±.002 1.312 .478 .497 .138-32 1.000 .188 .375 .113 .190 1.58 .710 1.208 .0075 .828

18.0 (15.8)(.05) (7.9)(0.05) (33.32) ( 12.14) ( 12.62) UNC-2B (25.40) (4.78) (9.53) (2.87) (4.83) (4.01) (18.03) (30.68) (.19) (21.03)

K 18.0

-2/003 UG596 .420±.002 -.170±.002 .875 .335 .320 .112-40 .625 .156 .285 0.42 .129 0.87 .472 .761 .005 .536

26.5 (10.67)(.05) (4.32)(.05) (22.23) (8.51) (8.13) UNC-2B (15.88) (3.96) (7.24) (1.07) (3.28) (2.21) (11.99) (19.33) (.13) (13.61)

Ka 26.5

-2/005 UG600 .280±.0014 .140±.0014 .750 .265 .250 .112-40 .500 .109 .210 .050 .086 .096 .321 .596 .003 .372

40.0 (7.11)(.04) (3.56)(.04) (19.05) (6.73) (6.35) UNC-2B (12.70) (2.77) (5.33) (1.27) (2.18) (2.44) (8.15) (15.14) (.08) (9.45)

Appendix G

Waveguide and Flange Dimensions (Choke Flange)

Flange Blank Finished Waveguide & Flange

All dimensions in inch (mm)





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Frequency MIL Part Number A B C D E F H Flange

Band Band (GHz) M3922/54-4 ±.0015 ±.0015 BSC BSC

(.04) (.04)

K 18.0

-001 .4200 .1700 .875±.015 .335 .320 .156±.015 .116±.002

UG-595/U26.5 (10.67) (4.32) (22.22)(.38) (8.51) (8.13) (3.96)(.38) (2.95)(.05)

Ka 26.5

-003 .2800 .1400 .750±.005 .265 .250 .109±.00 .116±.002

UG-599/U40.0 (7.11) (3.56) (19.05)(1.3) (6.75) (6.35) (2.77)(.38) (2.95)(.05)

Q 33.0

N/A .2240 .1120 .750±.005 .265 .250 .156±.005 .116±.002

(UG-599/UM)50.0 (5.69) (2.84) (19.05)(1.3) (6.75) (6.35) (3.96)(.38) (2.95)(.05)

Q 33.0

N/A .2240 .1120 .750±.005 .265 .250 .156±.005 .112-40

50.0 (5.69) (2.84) (19.05)(1.3) (6.75) (6.35) (3.96)(.38) UNC-2B

U 40.0

N/A .1880 .0940 .750±.005 .265 .250 .187±.005 .116±.002

60.0 (4.78) (2.39) (19.05)(1.3) (6.75) (6.35) (4.75)(.38) (2.95)(.05)

U 40.0

N/A .1880 .0940 .750±.005 .265 .250 .187±.005 .112-40

60.0 (4.78) (2.39) (19.05)(1.3) (6.75) (6.35) (4.75)(.38) UNC-2B

Appendix H

Square Flange and Waveguide Dimensions

FlangeA B C

D E

Designation BSC BSC

UG 599A .364 .224 .755 .530 .500

.362 .222 .745

UG 595K .505 .255 .890

.670 .640.503 .253 .860

Appendix I

Flange Blanks





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Band Internal Diameter Frequency Band

(inch)

Ku-1 .660 12.4 - 14.6

Ku-2 .550 14.6 - 17.5

K-1 .470 17.5 - 20.5

K-2 .396 20.5 - 24.5

K-3 .328 24.5 - 26.5

A-0 .328 26 - 28.5

A-1 .281 28.5 - 33

A-2 .250 33 - 38.5

A-3 .219 38.5 - 43

B-0 .250 33 - 38.5

B-1 .219 38.5 - 43

B-2 .188 43 - 50

U-0 .219 38.5 - 43

U-1 .188 43 - 50

U-2 .165 50 - 58

V-0 .165 50 - 58

V-1 .141 58 - 68

V-2 .125 68 - 77

E-0 .141 58 - 68

E-1 .125 68 - 77

E-2 .110 77 - 87

E-3 .094 87 - 100

W-0 .110 77 - 87

W-1 .094 87 - 100

W-2 .082 100 - 112

F-0 .094 87 - 100

F-1 .082 100 - 112

F-2 .075 112 - 125

F-3 .067 125 - 140

D-0 .082 100 -112

D-1 .075 112 - 125

D-2 .067 125 - 140

D-3 .059 140 - 160

G-0 .067 125 - 140

G-1 .059 140 - 220

Appendix J

Circular Waveguide Sizes

Band

M N P RFlange+.000/.002 BSC +.005 +.005

Designation(.05) (.13) (.13)

Ku 1.44 1.250 .967 .967

(36.58) (28.6) (24.6) (24.6)

K 1.125 .9375 .625 .625

UG-425/U(28.58) (23.8) (15.88) (15.88)

Ka 1.125 .9375 .500 .468

UG-381/U(28.58) (23.81) (12.70) (11.89)

Q 1.125 .9375 .500 .468

UG-383/U(28.58) (23.81) (12.70) (11.89)

U 1.125 .9375 .500 .468

UG-385/U-M(28.58) (23.81) (12.70) (11.89)

V .750 .5625 .375 .312

UG-387/U(19.05) (14.29) (9.53) (7.92)

E .750 .5625 .375 .312

UG-387/U-M(19.50) (14.29) (9.53) (7.92)

W .750 .5625 .375 .312

UG-387/U-M(19.50) (14.29) (9.53) (7.92)

F .750 .5625 .375 .312

UG-387/U-M(19.50) (14.29) (9.53) (7.92)

D .750 .5625 .375 .312

UG-387/U-M(19.50) (14.29) (9.53) (7.92)

G .750 .5625 .375 .312

UG-387/U-M(19.50) (14.29) (9.53) (7.92)





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Frequency Frequency Circular Waveguide

Band Range, GHz Diameter, Inches(mm)

LOW 17-22 0.500(12.7)

K MID 21-27 0.396(10.1)

HIGH 25-33 0.328(8.3)

KaLOW 25-33 0.328(8.3)

HIGH 33-44 0.250(6.4)

LOW 33-44 0.250(6.4)

Q MID 38-50 0.219(5.6)

HIGH 43-58 0.188(4.8)

LOW 38-50 0.219(5.6)

U MID 43-58 0.188(4.8)

HIGH 58-77 0.141(3.6)

VLOW 43-58 0.188(4.8)

HIGH 58-77 0.141(3.6)

ELOW 58-77 0.141(3.6)

HIGH 75-100 0.109(2.8)

WLOW 75-100 0.109(2.8)

HIGH 88-116 0.094(2.4)

FLOW 88-116 0.094(2.4)

HIGH 110-146 0.075(1.9)

DLOW 110-146 0.075(1.9)

HIGH 140-185 0.059(1.5)

GLOW 140-185 0.059(1.5)

HIGH 183-240 0.046(1.2)

Appendix K

Circular Waveguide Sizes (Alternative Set)




Noise Figure to Noise TemperatureConversion Table

NF = 10 log [(NT/295) +1]

VSWR, Return Loss, ReflectionCoefficient Conversion Table

VSWR = (1+G)/(1-G)R.L. = 20 log |G|

R.L. = 20 logVSWR-1

VSWR+1( )

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VSWR (xxx:1) Return Loss (dB) ReflectionR.L. Coefficient, G

1.00 Infinity 0.000

1.01 46.06 0.005

1.02 40.09 0.010

1.03 36.61 0.015

1.04 34.15 0.020

1.05 32.26 0.024

1.06 30.71 0.029

1.07 29.42 0.034

1.08 28.30 0.038

1.09 27.32 0.043

1.10 26.44 0.048

1.20 20.83 0.091

1.30 17.69 0.130

1.40 15.56 0.167

1.50 13.98 0.200

1.60 12.74 0.231

1.70 11.73 0.259

1.80 10.88 0.286

1.90 10.16 0.310

2.00 9.54 0.333

2.50 7.36 0.429

3.00 6.02 0.500

3.50 5.11 0.556

4.00 4.44 0.600

4.50 3.93 0.636

5.00 3.52 0.667

6.00 2.92 0.714

8.00 2.18 0.778

10.00 1.74 0.818

100.00 0.17 0.980

Infinity 0.00 1.000

Noise Noise

Figure, NF (dB) Temperature, NT (K)

1.00 76

1.20 94

1.40 112

1.60 131

1.80 152

2.00 173

2.20 1952.40 218

2.60 242

2.80 267

3.00 294

3.20 321

3.40 350

3.60 381

3.80 413

4.00 446

4.20 481

4.40 517

4.60 556

4.80 596

5.00 638

5.20 682

5.40 728

5.60 776

5.80 827

6.00 879

6.20 935

6.40 993

6.60 1053

6.80 1117

7.00 1184

7.20 1253

7.40 1326

7.60 1403

7.80 1483

8.00 1566

8.20 1654

8.40 1746

8.60 1842

8.80 1943

9.00 2048

9.20 2159

9.40 2274

9.60 2395

9.80 2522

10.00 2655


Appendix L



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Microwatt

uW dBm

1 -30.0

2 -27.0

3 -25.2

4 -24.0

5 -23.06 -22.2

7 -21.5

8 -21.0

9 -20.5

10 -20.0

20 -17.0

30 -15.2

40 -14.0

50 -13.0

60 -12.2

70 -11.5

80 -11.0

90 -10.5

100 -10.0

200 -7.0

300 -5.2

400 -4.0

500 -3.0

600 -2.2

700 -1.5

800 -1.0

900 -0.5

1000 0.0

Conversion of uW, mW and W to dBm

Milliwatt

mW dBm

1 0.0

2 3.0

3 4.8

4 6.0

5 7.06 7.8

7 8.5

8 9.0

9 9.5

10 10.0

20 13.0

30 14.8

40 16.0

50 17.0

60 17.8

70 18.5

80 19.0

90 19.5

100 20.0

200 23.0

300 24.8

400 26.0

500 27.0

600 27.8

700 28.5

800 29.0

900 29.5

1000 30.0

Watt

W dBm

1 30.0

2 33.0

3 34.8

4 36.0

5 37.06 37.8

7 38.5

8 39.0

9 39.5

10 40.0

20 43.0

30 44.8

40 46.0

50 47.0

60 47.8

70 48.5

80 49.0

90 49.5

100 50.0

200 53.0

300 54.8

400 56.0

500 57.0

600 57.8

700 58.5

800 59.0

900 59.5

1000 60.0

Appendix M




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, =B >MNKG K:GLFLLHG HP>K HP>K , =B >MNKG K:GLFLLHG HP>K HP>K

HLL, =B HLL, =B K:GLFLLHG, % >?E><MHG, % HLL, =B HLL, =B K:GLFLLHG, % >?E><MHG, %

1 0.0 0.000 100.0 0.0 1.52 3.6 13.7 0.189 95.7 4.3

1.01 0.1 46.1 0.000 100.0 0.0 1.54 3.8 13.4 0.201 95.5 4.5

1.02 0.2 40.1 0.000 100.0 0.0 1.56 3.9 13.2 0.213 95.2 4.8

1.03 0.3 36.6 0.001 100.0 0.0 1.58 4.0 13.0 0.225 94.9 5.1

1.04 0.3 34.2 0.002 100.0 0.0 1.6 4.1 12.7 0.238 94.7 5.3

1.05 0.4 32.3 0.003 99.9 0.1 1.62 4.2 12.5 0.250 94.4 5.6

1.06 0.5 30.7 0.004 99.9 0.1 1.64 4.3 12.3 0.263 94.1 5.9

1.07 0.6 29.4 0.005 99.9 0.1 1.66 4.4 12.1 0.276 93.8 6.2

1.08 0.7 28.3 0.006 99.9 0.1 1.68 4.5 11.9 0.289 93.6 6.4

1.09 0.7 27.3 0.008 99.8 0.2 1.7 4.6 11.7 0.302 93.3 6.7

1.1 0.8 26.4 0.010 99.8 0.2 1.72 4.7 11.5 0.315 93.0 7.0

1.11 0.9 25.7 0.012 99.7 0.3 1.74 4.8 11.4 0.329 92.7 7.3

1.12 1.0 24.9 0.014 99.7 0.3 1.76 4.9 11.2 0.342 92.4 7.6

1.13 1.1 24.3 0.016 99.6 0.4 1.78 5.0 11.0 0.356 92.1 7.9

1.14 1.1 23.7 0.019 99.6 0.4 1.8 5.1 10.9 0.370 91.8 8.2

1.15 1.2 23.1 0.021 99.5 0.5 1.82 5.2 10.7 0.384 91.5 8.5

1.16 1.3 22.6 0.024 99.5 0.5 1.84 5.3 10.6 0.398 91.3 8.7

1.17 1.4 22.1 0.027 99.4 0.6 1.86 5.4 10.4 0.412 91.0 9.0

1.18 1.4 21.7 0.030 99.3 0.7 1.88 5.5 10.3 0.426 90.7 9.3

1.19 1.5 21.2 0.033 99.2 0.8 1.9 5.6 10.2 0.440 90.4 9.6

1.2 1.6 20.8 0.036 99.2 0.8 1.92 5.7 10.0 0.454 90.1 9.9

1.21 1.7 20.4 0.039 99.1 0.9 1.94 5.8 9.9 0.468 89.8 10.2

1.22 1.7 20.1 0.043 99.0 1.0 1.96 5.8 9.8 0.483 89.5 10.5

1.23 1.8 19.7 0.046 98.9 1.1 1.98 5.9 9.7 0.497 89.2 10.8

1.24 1.9 19.4 0.050 98.9 1.1 2 6.0 9.5 0.512 88.9 11.1

1.25 1.9 19.1 0.054 98.8 1.2 2.5 8.0 7.4 0.881 81.6 18.4

1.26 2.0 18.8 0.058 98.7 1.3 3 9.5 6.0 1.249 75.0 25.0

1.27 2.1 18.5 0.062 98.6 1.4 3.5 10.9 5.1 1.603 69.1 30.9

1.28 2.1 18.2 0.066 98.5 1.5 4 12.0 4.4 1.938 64.0 36.0

1.29 2.2 17.9 0.070 98.4 1.6 4.5 13.1 3.9 2.255 59.5 40.5

1.3 2.3 17.7 0.075 98.3 1.7 5 14.0 3.5 2.553 55.6 44.4

1.32 2.4 17.2 0.083 98.1 1.9 5.5 14.8 3.2 2.834 52.1 47.9

1.34 2.5 16.8 0.093 97.9 2.1 6 15.6 2.9 3.100 49.0 51.0

1.36 2.7 16.3 0.102 97.7 2.3 6.5 16.3 2.7 3.351 46.2 53.8

1.38 2.8 15.9 0.112 97.5 2.5 7 16.9 2.5 3.590 43.8 56.3

1.4 2.9 15.6 0.122 97.2 2.8 7.5 17.5 2.3 3.817 41.5 58.5

1.42 3.0 15.2 0.133 97.0 3.0 8 18.1 2.2 4.033 39.5 60.5

1.44 3.2 14.9 0.144 96.7 3.3 8.5 18.6 2.1 4.240 37.7 62.3

1.46 3.3 14.6 0.155 96.5 3.5 9 19.1 1.9 4.437 36.0 64.0

1.48 3.4 14.3 0.166 96.3 3.7 9.5 19.6 1.8 4.626 34.5 65.5

1.5 3.5 14.0 0.177 96.0 4.0 10 20.0 1.7 4.807 33.1 66.9

Appendix N

Effect of VSWR on Teansmitted Power and Return Loss




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