vhf air band transceiver fl-m1000a/e

VHF AIR BAND TRANSCEIVER

FL-M1000a/E

SERVICE MANUAL

12830 E. Mirabeau Parkway Spokane Valley, WA 99216 USA

INTRODUCTION This service manual describes the latest service information for FL-M1000A/E VHF AIR BAND TRANSCEIVER at the time of publication. To upgrade quality, any electrical or mechanical parts and internal circuits are subject to change without notice or obligation.

DANGERDANGERDANGERDANGER Never connect the transceiver to an AC outlet or to a DC power supply that uses more than 33V. This will ruin the transceiver. Do not expose the transceiver to rain, snow or any liquids. Do not reverse the polarities of the power supply when connecting the transceiver. Do not apply an RF signal of more than 17dBm (50mW) to the antenna connector. This could damage the transceiver’s front end.

ORDERING PARTS Be sure to include the following four points when ordering replacement parts: 1. 13-digit order numbers 2. Component part number and name 3. Equipment model name 4. Quantity required

REPAIR NOTES 1. Make sure a problem is internal before disassembling the transceiver. 2. Do not open the transceiver until the transceiver is disconnected from its power

source. 3. Do not force any of the variable components. Turn then slowly and smoothly. 4. Do not short any circuits or electric parts. An insulated tuning tool must be used

for all adjustments. 5. Do not keep power on for along time when the transceiver is defective. 6. Do not transmit power into a signal generator or a sweep generator. 7. Always connect a 50 dB to 60 dB attenuator between the transceiver and a

deviation meter or spectrum analyzer when using such test equipment. 8. Read the instructions of test equipment thoroughly before connecting equipment

to the transceiver.

TABLE OF CONTENTS

SECTION 1SECTION 1SECTION 1SECTION 1 SPECIFICATIONSSPECIFICATIONSSPECIFICATIONSSPECIFICATIONS SECTION 2SECTION 2SECTION 2SECTION 2 INSIDE VIEWSINSIDE VIEWSINSIDE VIEWSINSIDE VIEWS SECTION 3SECTION 3SECTION 3SECTION 3 CIRCUIT DESCRIPTIONCIRCUIT DESCRIPTIONCIRCUIT DESCRIPTIONCIRCUIT DESCRIPTIONSSSS

3-1 RECEIVER CIRCUITS 3-2 TRANSMITTER CIRCUITS 3-3 PLL CIRCUITS 3-4 POWER SUPPLY CIRCUITS 3-5 PORT ALLCATIONS

SECTION 4SECTION 4SECTION 4SECTION 4 ADJUSTMENT PROCEDURESADJUSTMENT PROCEDURESADJUSTMENT PROCEDURESADJUSTMENT PROCEDURES SECTION 5SECTION 5SECTION 5SECTION 5 PARTS LISTPARTS LISTPARTS LISTPARTS LIST SECTION 6SECTION 6SECTION 6SECTION 6 MECHANICAL PARTS AND DISSASEMBLYMECHANICAL PARTS AND DISSASEMBLYMECHANICAL PARTS AND DISSASEMBLYMECHANICAL PARTS AND DISSASEMBLY SECTION 7SECTION 7SECTION 7SECTION 7 SEMISEMISEMISEMI----CONDUCTOR INFORMATIONCONDUCTOR INFORMATIONCONDUCTOR INFORMATIONCONDUCTOR INFORMATION SECTIOSECTIOSECTIOSECTION 8N 8N 8N 8 BOARD LAYOUTSBOARD LAYOUTSBOARD LAYOUTSBOARD LAYOUTS SECTION 9SECTION 9SECTION 9SECTION 9 BLOCK DIAGRAMBLOCK DIAGRAMBLOCK DIAGRAMBLOCK DIAGRAM SECTION 10SECTION 10SECTION 10SECTION 10 SCHEMATIC DIAGRAMSCHEMATIC DIAGRAMSCHEMATIC DIAGRAMSCHEMATIC DIAGRAM

10-1 FRONT UNIT 10-2 MAIN UNIT

SECTION 1 SPECIFICATIONS

GGGGeneraleneraleneraleneral

・ Frequency range :118.00 to 136.975MHz ・ Channel spacing FL-M1000A :25 kHz

FL-M1000E :8.33 kHz ・ Mode : AM (6K00A3E) ・ Number of memory channels : 32 ・ Acceptable power supply : 11.7 V or 31 VDC (Negative ground only) ・ Usable temp. range : -30℃ to +60℃

・ Frequency stability :+/- 5ppm ・ Current drain : TX: 6A(max) RX :6A(max)

Standby: 260mA ・ Dimensions : W150 X D190 X H50 (mm) ・ Weight : 1700g TransmitterTransmitterTransmitterTransmitter

・ Output power : 9 W (carrier), 36W (pep) ・ Modulation : Last stage modulation ・ Modulation limiting : 70 to 100% ・ Audio harmonics distortion : Less than 15% (at 85% modulation) ・ Hum and noise ratio : More than 40dB ・ Spurious emissions : -16dBm or less ・ Antenna impedance : 50Ω

ReceiverReceiverReceiverReceiver

・ Receive system : Double conversion super-heterodyne ・ Intermediate frequency : 1st : 38.85MHz (Upper) 2nd : 450kHz

(Lower) ・ Sensitivity (at 6dB S/N) : Less than 1uV ・ Squelch sensitivity : 0.5uV (Threshold) ・ Selectivity FL-M1000A/E : More than ±8kHz (at 6dB)

: Less than ±25kHz (at 60dB) FL-M1000E : More than ±2.778kHz (at 6dB)

: Less than ±7.37kHz (at 60dB)

・ Spurious response rejection : More than 60dB ・ Audio output power : More than 15W (at 4Ω) ・ Side tone : More than 100mW (at 600Ω)

・ Hum and noise : More than 25dB ・ Audio output impedance : Ext. SP 4Ω (4 to 8Ω)

Side tone 600Ω

AccessoriesAccessoriesAccessoriesAccessories

・ MP-1000 Microphone X 1 ・ Microphone hanger and screw set X 1 ・ Installation/Operations Manual X 1 ・ DC power cable(3m(10ft))with 10A Fuse X1 ・ Mounting bracket kit X1

Low pass filter

Antenna switching circuit

VCO circuit

TCXO (XP01)

APC circuit

RX RF circuit

RX 1st mixer circuit

Crystal band pass filter (FF01,FF02,FF04)

PLL IC (QP08)

2nd IF IC (QF04)

AF amplifier (QA04)

DC-DC converter circuit

Mic. amplifier

Power amplifier

(QT06)

SECTION 2 INSIDE VIEWS

MAIN UNITMAIN UNITMAIN UNITMAIN UNIT <<<<BOTTOMBOTTOMBOTTOMBOTTOM VIEW> VIEW> VIEW> VIEW>

<<<<PCB B SIDEPCB B SIDEPCB B SIDEPCB B SIDE VIEW> VIEW> VIEW> VIEW>

SECTION 3 CIRCUIT DESCRIPTION

3333----1 RECEIVER CIRCUITS1 RECEIVER CIRCUITS1 RECEIVER CIRCUITS1 RECEIVER CIRCUITS 3333----1111----1111 ANTENNA SWITCH CIRCUIT ANTENNA SWITCH CIRCUIT ANTENNA SWITCH CIRCUIT ANTENNA SWITCH CIRCUIT The antenna switching circuit functions as a low-pass filter while receiving. However, its impedance becomes very high while QT02 and QT03 are turned on. Thus transmit signals are blocked from entering the receiver circuits. The antenna switching circuit employs a λ/4 type diode switching system. The passed signals are then applied to the RF amplifier circuit. Received signals are passed through the low pass filter (LT01, LT02, LT03, and CT01- CT07). The filtered signals are applied to the λ/4 type antenna switching circuit (QT02,QT03). 3333----1111----2 RF CIRCUIT2 RF CIRCUIT2 RF CIRCUIT2 RF CIRCUIT The RF circuit amplifies signals within the range of frequency coverage and filters out of band signals. The signals from the antenna switching circuit are amplified at the RF amplifier (QR03) after passing through the two stage tunable band-pass filters (the first filter is consisted of CR02, CR04,CR38, CR39, LR01,QR01 and second filter is consisted of LR02,QR02, CR07, CR09). The amplified signals are applied to the first mixer circuit (QR06 gate 2) after out of band signals are suppressed at another two stage tunable band-pass filters (LR03, CR17, QR04, CR18 and QR05, CR22, CR24, LR04). The tunable band-pass filters (QR01, QR02,, QR04, QR05) witch employ varactor diodes, track the filters and are controlled by the PLL IC (QP08) via the tune buffer amplifier (QP04) using “TUNE” signal. These diodes tune the center frequency of an RF pass-band for wide bandwidth receiving and good image response rejection. 3333----1111----3 13 13 13 1stststst MIXMIXMIXMIXER AND 1ER AND 1ER AND 1ER AND 1stststst IF CIRCUITS IF CIRCUITS IF CIRCUITS IF CIRCUITS The 1st mixer circuit converts the received signal into a fixed frequency of the 1st IF signal with a PLL output frequency. By changing the PLL frequency , only the desired frequency will pass through a crystal filter at the next stage of the 1st mixer. The filtered signals from the RF circuit are mixed at the 1st mixer (QR06) with a 1st local signal coming from the VCO circuit to produce a 38.85MHz 1st IF signal.

(1st IF signal) = (1st local signal) – (Receiving signal) Ex, 38.85MHz = 166.350MHz – 127.500MHz (Upper heterodyne)

The 1st IF signal is applied to a pair crystal filter (FF01, FF02) to suppress out-of -band signals. The filtered 1st IF signal is applied to the IF amplifier (QF01), then applied to the 2nd mixer circuit (QF04, pin 16). 3333----1111----4 2nd 4 2nd 4 2nd 4 2nd MIXMIXMIXMIXER AND 2nd IF CIRCUER AND 2nd IF CIRCUER AND 2nd IF CIRCUER AND 2nd IF CIRCUITSITSITSITS The 2nd mixer circuit converts the 1st IF signal into a 2nd IF signal. A double conversion super-heterodyne system (witch converts receive signals twice) improves the image rejection ratio and obtains stable receiver gain. The 1st IF signal from the IF amplifier is applied to the 2nd mixer section of the IF IC (QF04, pin 16), and is mixed with the 38.4MHz 2nd local signal to be converted into a 450kHz 2nd IF signal

・・・・Receiver constructionReceiver constructionReceiver constructionReceiver construction

RF IF AMP AMP

IF IF IFAMP AMP AMP

AGC AGCAMP AMP

LPFCrystal

BPFTuned BPF

Ant SWTuned BPF

AMDET

X3

2nd IFICBPF

Ceramic

QF10 QF08 QF06

QT02,QT0 QR01,QT0 QR03 QR04,QT0 QR06 FF01,FF02 QF01

1st Local signal146.85_175.825MHzfrom VCO circuitTUNE signal

12.8MHz signalfrom TCXO (x1)

TriplerQP09,QP1

2nd localsignal

QF11

To AFcircuit

FF03 QF04

450kH

108.00-

"RF AGC" signal (AGC2)

"IF AGC"signal

QF12QF13

A 2nd local signal (38.4MHz) is produced at the PLL circuit by tripling its reference frequency (12.8MHz). The 2nd IF signal from the 2nd mixer (QF04, pin 3) passes through a ceramic filter (FF03) to remove unwanted heterodyne frequencies. It is then amplified at the 2nd IF amplifiers (QF06, QF08 and QF10). 3333----1111----5 5 5 5 AM DETECTOR CIRCUITAM DETECTOR CIRCUITAM DETECTOR CIRCUITAM DETECTOR CIRCUIT The AM detector circuit converts the 2nd IF signal into AF signals. The amplified 2nd IF signal from 2nd IF amplifier (QF10) is applied to the AM detector circuit (QF11). It is then detected for conversion to AF signals. The AF signals are applied to the ANL circuit. 3333----1111----6666 ANL CIRCUIT ANL CIRCUIT ANL CIRCUIT ANL CIRCUIT The AF signal from the AF buffer amplifier (QA12) is applied to the ANL circuit (QA11). It is then limiter for noise reduction. The AF signal from the ANL circuit is applied to the AF circuit. 3333----1111----7777 AF AF AF AF CIRCUI CIRCUI CIRCUI CIRCUITTTT The AF circuit amplifies the demodulated AF signals to drive a speaker.

The AF signals are passed through the low pass filter (QA01, pin 3) and then applied the

high pass filter (QA01, pin 5). The AF signals are passed through the mute switch (QA03)

and then applied to the control AF attenuator (QA17). The level controlled signals are

then applied to the AF power amplifier (QA04, pin 1) and AF mixing amplifier for

headphone (QA10, pin 3). The AF signal from the AF mixing amplifier is applied to the

headphone amplifier (QA05, pin 2).

The AF signals are applied to the AF connector (JA01).

3333----1111----8888 SQUELCH CIRCUIT SQUELCH CIRCUIT SQUELCH CIRCUIT SQUELCH CIRCUIT The squelch circuit cuts out AF signals when receiving no signal. The squelch circuit cuts out the AF signal by comparing signal strength and squelch reference voltage. A portion of audio signal output from pin9 of second IF IC (QF04) is input to a Band-pass filter consisting of CF62, RF75, RF76, CF61, CF60 and RF74. Noise elements are extracted from the audio signal by the band-pass filter and input to pin 8 of QF04 as the noise signal. The noise signal has approximately 40 kHz elements only amplified by a noise amplifier built into QF04 to generate the squelch signal. This squelch signal is converted into a DC signal by the noise wave detector built into QF04 and then output from pin 14 of QF04. The output signal of pin 14 of QF04 is input to 3 pin of QF05. The output voltage of pin 4 QF05 is input to pin 80 of QD01.MPU (QD01) confirms the voltage to pin 80 of QD01, and controls QA03 and QA19.Sound of speaker is turned OFF when pin 80 of QD01 is high voltage. The sound of a speaker is controlled by QA03 and QA19. 3333----1111----9999 AGC CIRCUIT AGC CIRCUIT AGC CIRCUIT AGC CIRCUIT The AGC (Automatic Gain Control) circuit reduces signal fading and keeps the audio output level constant. AF signal from the AM detector circuit (QF11) is amplified at AGC amplifiers (QF12, QF13). The amplified signal from QF12 is applied to the IF amplifier (QF01, QF06, QF08). The other amplified signal from QF13 is applied to the RF amplifier (QR03). These amplifiers reduce the amplifier gain of IF amplifiers (QF01, QF06, and QF08) and RF amplifier (QR03) while receiving a strong signal.

3333----2 TRANSMITTER CIRCUITS2 TRANSMITTER CIRCUITS2 TRANSMITTER CIRCUITS2 TRANSMITTER CIRCUITS 3333----2222----1 MICROPHONE AMPLIFIER 1 MICROPHONE AMPLIFIER 1 MICROPHONE AMPLIFIER 1 MICROPHONE AMPLIFIER / MODULATION LIMITING / MODULATION LIMITING / MODULATION LIMITING / MODULATION LIMITING CIRCUITCIRCUITCIRCUITCIRCUIT The voice signal is controlled by an automatic level control circuit of QM01. The voice signal are amplified and feed to pin3 of QM06. QM06, QM07 and also QM08 are a band-pass filter circuit. The output signal of QM08 is sent to pin2 of QM14 and then be amplifying it. The output signal of QM14 passes transformer LT28, and is sent to modulator (QT16, QT17). 3333----2222----2222 RF POWER AMPLIFIERRF POWER AMPLIFIERRF POWER AMPLIFIERRF POWER AMPLIFIER The RF output (118.000MHz～136.975MHz) of VCO is feed in the base of QP11.QP12 is a diode switch. QP12 feed RF signal to QT10, when PTT is pushed. The output signal of QT10 is amplified by QT12, QT07 and QT15. QT06 are electric power amplification. The output signal of QT06 is feed to L.P.F. The AM signal modulates the drain of QT06. QT06 are an electric power amplification circuit and amplify to about 9W. The amplified signal is passed through the antenna switching circuit (QT01) and low pass filter, and is then applied to the antenna connector. 3333----2222----4 APC CIRCUIT4 APC CIRCUIT4 APC CIRCUIT4 APC CIRCUIT The APC (Automatic Power Control) circuit protects the drive and power amplifiers from mismatched output loads. The APC detector circuit (QT04, QT05) detects forward and reflected signals respectively. The combined voltage is at a minimum level when the antenna is matched at 50Ω and is increased when it is mismatched. The detected voltage is applied to one of the APC controller inputs (QT11 pin 3) and a reference voltage is applied to the other input (pin 1). When the antenna impedance is mismatched, the detected voltage exceeds the reference voltage. Thus output voltage of APC is decreased.

3333----3333 PLL CIRCUIT PLL CIRCUIT PLL CIRCUIT PLL CIRCUIT 3333----3333----1 GE1 GE1 GE1 GENERALNERALNERALNERAL A PLL circuit provides stable oscillation of the transmit frequency and receive 1st local frequency. The PLL output compares the phase of the divided VCO frequency to the reference frequency. The PLL output frequency is controlled by the divided ratio (n-data) of a programmable divider. The PLL circuit contains of the TX-VCO and RX-VCO circuits. The oscillated signals are applied to the buffer amplifiers (QV06, QP05) then applied to the PLL IC (QP08, pin 6). QP08 is controls VCO circuit for TX and RX. The PLL circuit using a one chip PLL IC (QP08), directly generates the transmit frequency and receive 1st local frequency with VCOs. The PLL sets the divided ratio based on serial data from the CPU on the front unit and compares the phases of VCO signals with the reference oscillator frequency. The PLL IC detects the out of step phase output from pin 2 for TX and RX, respectively. The reference frequency (12.8 MHz) is oscillated at x1. 3333----3333----2 TX LOOP2 TX LOOP2 TX LOOP2 TX LOOP The generated signal at the TX-VCO (QV03, QV04) enters the PLL IC (QP08, pin 6), and is divided at the programmable divider section and is then applied to the phase detector section. The phase detector compares the input signal with a reference frequency. And then output the out of phase signal (pulse type signal) from pin 2. The pulse type signal is converted into DC voltage (lock voltage) at the loop filter (RP16, RP17, RP20, RP21, CP09, CP10, CP11, CP12), and then applied to the varactor diode (QV04) of the TX-VCO to stabilize the oscillated frequency. 3333----3333----3 RX LOOP3 RX LOOP3 RX LOOP3 RX LOOP The generated signal at the RX-VCO (QV01, QV02, QV05) enters the PLL IC (QP08, pin 6), and is divided at the programmable divider section and is then applied to the phase detector section. The phase detector compares the input signal with a reference frequency. And then output the out of phase signal (pulse type signal) from pin 2. The pulse type signal is converted into DC voltage (lock voltage) at the loop filter (RP16, RP17, RP20, RP21, CP09, CP10, CP11, CP12), and then applied to the varactor diode (QV02, QV05) of the RX-VCO to stabilize the oscillated frequency. The lock voltage also used for the receiver circuit for the band-pass filter center frequency. The lock voltage from the PLL IC (QP08, pin 2) passes through the low-pass filter, and is applied to the tune buffer amplifier (QP04). The amplified signal is applied to the RF band-pass filters (QR01, QR02, QR04, and QR05). 3333----3333----4 VCO CIRCUIT4 VCO CIRCUIT4 VCO CIRCUIT4 VCO CIRCUIT The VCO outputs from QV01 (RX) and QV03 (TX) are buffer amplified at QV06, and are applied to the buffer amplifier (QP11). The amplified signal is applied to the TX/RX switch (QP12). The receiver local signal is applied to the 1st mixer circuit (QR06) and the transmit signal is applied to the buffer amplifier (QT10). A portion of the VCO signal is amplified at the buffer amplifier (QP05), and then fed back to the PLL IC (QP08, pin6).

Pin numberPin numberPin numberPin number DescriptionDescriptionDescriptionDescription

1 Microphone input2 Microphone Ground3 Press to talk (PTT)4 Microphone Hanger5 Busy LED6 Ground7 Microphone key input8 Regulated +5V

Pin numberPin numberPin numberPin number DescriptionDescriptionDescriptionDescription

1 NC2 Ground3 Mivrophone input4 Ground5 Press to talk(PTT)6 Headphone speaker out7 Ground

3333----4444 POWER SUPPLY POWER SUPPLY POWER SUPPLY POWER SUPPLY CIRCUITCIRCUITCIRCUITCIRCUITSSSS VOLTAGE LINESVOLTAGE LINESVOLTAGE LINESVOLTAGE LINES

・ SWSWSWSWEEEED+BD+BD+BD+B The voltage from the DC power cable which is controlled by the PWR key.

・ COM+5VCOM+5VCOM+5VCOM+5V

Common 5V converted from the SWED+B line by the +5V regulator circuit (QS02). The output voltage is applied to the current amplifier circuit (QS03, QS04).

・ COM+9VCOM+9VCOM+9VCOM+9V

Common 9V converted from the SWED+B line by the +9V regulator circuit (QS01). The output voltage is applied to the ripple filter (QP03, QP06), and etc.

・ TX+9VTX+9VTX+9VTX+9V

9V for transmitter circuits regulated by the +9V regulator circuit (QS08, QS09 and QS10).

・ RX+9VRX+9VRX+9VRX+9V

9V for receiver circuits regulated by the +9V regulator circuit (QS05, QS06 and QS7).

・ SYS+5VSYS+5VSYS+5VSYS+5V

Common 5V converted from the SWED+B line by the +5V regulator circuit (QS02). The output 5V voltage is applied to the SYSTEM PCB.

・ ALL+5VALL+5VALL+5VALL+5V 5V for MPU regulated by the +5V regulator circuit (QB11).

3333----5555 PORT ALLOCATIONSPORT ALLOCATIONSPORT ALLOCATIONSPORT ALLOCATIONS 3333----5555----1 1 1 1 MODULORMODULORMODULORMODULOR CONNECTOR ( CONNECTOR ( CONNECTOR ( CONNECTOR (FRONTFRONTFRONTFRONT UNITUNITUNITUNIT: J: J: J: JDDDD01)01)01)01) 3333----5555----1 1 1 1 HEADSETHEADSETHEADSETHEADSET CONNECTOR ( CONNECTOR ( CONNECTOR ( CONNECTOR (MAIN UNITMAIN UNITMAIN UNITMAIN UNIT: J: J: J: JMMMM01)01)01)01)

PinPinPinPinnumbernumbernumbernumber

PortPortPortPortnamenamenamename

Descr ipt ionDescr ipt ionDescr ipt ionDescr ipt ion

81 NC

82 KEY IN1Input port for the [V/M],[SCAN][ROTARY PUSH] key signal.

83 KEY IN2Input port for the [▲],[▼],[PRI][SQL] key s ignal.

84 KEY MICInput port for the[▲],[▼],[MONI]

85 NC

86 NC

87 AF PRIOutputs control signal for theaudio signal mutting (QA03).

88 EXTSPK SWOutputs control signal for theexternal speaker mutting (QA06).High: Audio signal mute is ON.

89 T/R SW

Outputs control signal to the

TX/RX switch for VCO.Low: while transmitting.

90 PLL LDInput port for the unlocksignal from the PLL IC (QP08,pin 14).

91 AF MAIN

Outputs control signal for theaudio signal mutting (QA19).High: Audio siglnal mute is ON.

92 RX+B CONT

Outputs RX+9V regulatorcontrol signal.Low: while RX is muted.

93 TX+B CONTOutputs TX+9V regulatorcontrol signal.Low: while TX is muted.

94 DIMOutputs backlight control signalto the QD15.

95 B LIGHTOutputs backlight control signalto the QD16.

96 LED TXOutputs TX LED control signalto the QD17

97 LED BUSYOutputs busy LED control signalto the QD18

98 INTSPK SWOutputs control signal for theinternal speaker mutting (QA02).High: Audio signal mute is ON.

99 ROTARY 1 Input port for the rotary signal.

100 VOL LENOutput strobe signals to theelectronic volume (QA17 pin14).

PinP inP inP innumbernumbernumbernumber

PortPortPortPortnamenamenamename

DescriptionDescriptionDescriptionDescription

1 W/NOutputs IF Filter control signalto the QF16,QF17,QF18,QF19

2 KEY PWR Input port for the PWR key

3 SIDETONEOutputs control signal for theside tone mutting.(QM18)High:Side tone signal mute is ON.

4 I2C SDAOutputs data signal to theEEPRPM (QD03, pin 5).

5 I2S SCLOutputs clock s ignal to theEEPROM (QD03, Pin6).

6 RESET Input port for the CPU reset signal

7 NC

8 NC

9 FLMD0 not used

10 X2 Input port for the system clock.

11 X1 Output port for the system clock.

12

13 VSS Ground

14 VDD +5V

15 NC

16 NC

17 VLC0 +5V

18 NC

19 NC

20 COM0 LCD common output




24 S0 LCD segment output



63 S39(NC) NC

64 LVss LCD driver ground

65 LVDD LCD driver +5V

66 ROTARY 0 Input for the rotary signal

67 SWED+BOutputs main power controlsignal

68 PTT SWInput port for the PTT switch.Low:while PTT switch is pushed.

69 BEEP Output port for the beep signal.

70

71

72

73 HANGERInput port for the hanger .Low:hang on

74 PLL LEOutput strobe signals to the PLLIC

75 DATAOutput signal data to the PLL IC(QP08,pin12).

76 CLKOutput signal clock to the PLLIC

77 AVREF +5V78 Avss Ground

79 BATT V Input port for battery voltage.

80 SQL DET Input port for the squelch signal.

LCD segment output

3333----5555----2 2 2 2 MMMMPU (FRONT UNIT: QPU (FRONT UNIT: QPU (FRONT UNIT: QPU (FRONT UNIT: QDDDD01)01)01)01) NC: Non ConnectionNC: Non ConnectionNC: Non ConnectionNC: Non Connection

SECTION 4 ADJUSTMENT PROCEDURES

4444----1 1 1 1 PREPARATIONPREPARATIONPREPARATIONPREPARATION 4444----1111----1 REQUIRED TEST EQUIPMENT1 REQUIRED TEST EQUIPMENT1 REQUIRED TEST EQUIPMENT1 REQUIRED TEST EQUIPMENT

EQUIPMENTEQUIPMENTEQUIPMENTEQUIPMENT GRADE AND RANGEGRADE AND RANGEGRADE AND RANGEGRADE AND RANGE DC power Supply

Output voltage Current capacity

13.8V DC 6A or more

RF power meter (terminated type)

Measuring range Frequency range Impedance SWR

1-50W 50-300MHz 50 Ω 1.2:1

Frequency counter

Frequency range Frequency accuracy Sensitivity

0.1-300MHz ±1ppm or better 5Vrms or better

Modulation analyzer

Frequency range Measuring

DC-300MHz 0 to 100%

Distortion meter

Frequency range Measuring

1kHz±10% 1 to 100%

Headphone Impedance 600Ω

External speaker Impedance 4Ω

DC voltmeter Input impedance 50kΩ/V DC or better

Digital multimeter Input impedance 10MΩ/V DC or better

Audio generator

Frequency range Measuring range Impedance

200-10kHz 1-1000mVrms 30-50Ω and 600Ω

Standard signal generator(SSG)

Frequency range Output level

0.1-300MHz 0.1uV-32mV

AC millivoltmeter Measuring range 10mV-20V Attenuator

Power attenuation Capacity

30-40dB 50W or more

Terminator

Impedance Capacity

50Ω 50W or more

Spectrum analyzer Frequency range DC-300MHz Tracking generator

Frequency range Output level

50-300MHz 0dBm or more

4444----1111----2 CONNECTION2 CONNECTION2 CONNECTION2 CONNECTION

Modulation

analyzer

Frequency

Counter

Attenuator

Standard signal

generator(SSG)

RF power

meter

Power supply

13.8V

Distortion

meter

AC millivoltmeter

ExternalExternalExternalExternal Speaker(4Speaker(4Speaker(4Speaker(4ΩΩΩΩ))))

AC millivoltmeter

AC millivoltmeter

Audio

generator

HeadphoneHeadphoneHeadphoneHeadphone

（（（（600600600600ΩΩΩΩ））））

GNDGNDGNDGND PTTPTTPTTPTT2222

Tracking

generator

Attenuator

To the antenna connectorTo the antenna connectorTo the antenna connectorTo the antenna connector

Connector for HeadsetConnector for HeadsetConnector for HeadsetConnector for Headset

(JM01)(JM01)(JM01)(JM01)

AC millivoltmeter

Audio

generator

PTTPTTPTTPTT1111

External mic. connectorExternal mic. connectorExternal mic. connectorExternal mic. connector

(JD01)(JD01)(JD01)(JD01)

<Bottom><Bottom><Bottom><Bottom>

Rear panelRear panelRear panelRear panel

<Top><Top><Top><Top>

BottomBottomBottomBottom view view view view

FrontFrontFrontFront panel panel panel panel

4444----2 ADJUSTMENT2 ADJUSTMENT2 ADJUSTMENT2 ADJUSTMENT MODEMODEMODEMODE The radio must be turned on with Adjustment Mode. 4444----2222----1111 How to enter the adjustment ModeHow to enter the adjustment ModeHow to enter the adjustment ModeHow to enter the adjustment Mode Turn the radio ON with press and holding Rotary Knob and SQL button.

Then “ADJUST” will be indicated on the LCD, and the Adjustment Item will be changed as followings.

The display will be changed by pressing Rotary Knob.

No. Display Item Frequency ① 01ADJUST RX VCO 136.975MHz

② 02ADJUST TX VCO 136.975MHz

③ 03ADJUST TX 127.025MHz

④ 04ADJ** Side Tone 127.025MHz

⑤ 05ADJUST Front End (BPF) 127.025MHz

⑥ 06ADJUST SQL Threshold 127.025MHz ⑦ 07ADJUST SQL Tight 127.025MHz

Note;”**”indicates a value (default: 40)

4444----3333 PLL ADJUSTMENT PLL ADJUSTMENT PLL ADJUSTMENT PLL ADJUSTMENT

MEASUREMENTMEASUREMENTMEASUREMENTMEASUREMENT

VALUEVALUEVALUEVALUE

ADJUSTMENTADJUSTMENTADJUSTMENTADJUSTMENT

POINTPOINTPOINTPOINT ADJUSTMENTADJUSTMENTADJUSTMENTADJUSTMENT

(Adjustment mode)

ADJUSTMENT ADJUSTMENT ADJUSTMENT ADJUSTMENT CONDITIONCONDITIONCONDITIONCONDITION

UNITUNITUNITUNIT LOCATIONLOCATIONLOCATIONLOCATION UNITUNITUNITUNIT ADJUSTADJUSTADJUSTADJUST

1

・Operating frequency： 136.975MHz ・Receiving

6.8V

LV05

PLL LOCK VOLTAGE (01ADJUST or 02ADJUST)

2 ・Transmitting (PTT1)

RF

Connect a digital multimeter to VCO-Vcont.

6.8V

MAIN

LV09

REFERENCE FREQUENCY (03ADJUST)

1 ・Operating frequency： 127.025MHz ・Connect a Frequency counter to the antenna connecter through an attenuator.

Rear Panel

±25Hz MAIN RP33

4444----4444 TRANSMITTER ADJUSTRANSMITTER ADJUSTRANSMITTER ADJUSTRANSMITTER ADJUSTMENTTMENTTMENTTMENT





(Adjustment mode)

ADJUSTMENT ADJUSTMENT ADJUSTMENT ADJUSTMENT CONDITIONCONDITIONCONDITIONCONDITION


OUTPUT POWER (03ADJUST)

1 ・Operating frequency： 127.025MHz ・No audio applied to the MIC line.

・Transmitting(PTT1)

Rear Panel

Connect an RF power meter to the antenna connector.

8.5W MAIN RT32

1

・Operating frequency： 127.025MHz ・Connect an audio generator to the MIC line and set as：

1kHz/100mVrms ・Set a modulation analyzer as: HPF ：OFF LPF ：OFF De-emphasis ：OFF Detector ：(p－p)/2 ・Transmitting(PTT1)

85% MAIN RM38 MODULATION DEPTH (03ADJUST)

2 ・Set an audio generator as： 1kHz/25mVrms ・Transmitting (PTT1)

Rear Panel

Connect a modulation analyzer to the antenna connector through an attenuator

30% MAIN RM06

SIDETONE SENS (04ADJUST)

1 ・Connect an audio generator to the JM01 pin3 set as：

1kHz/25mVrms. ・Transmitting (PTT2)

JM01 Pin6

・Connect a milli voltmeter to the headphone line.

5mW Set the adjustment mode. Press the UP/DOWN button of front panel.

LR01LR01LR01LR01

LR02LR02LR02LR02

LR03 LR03 LR03 LR03

LR04LR04LR04LR04

YY06YY06YY06YY06

<<<<RF UNITRF UNITRF UNITRF UNIT>>>>

LV05LV05LV05LV05 PLL lock voltage adjustment for RX

LV09LV09LV09LV09 PLL lock voltage adjustment for TX

Frontend band adjustment

YY61(+)YY61(+)YY61(+)YY61(+)

YY62(YY62(YY62(YY62(----))))

RP33RP33RP33RP33

Reference frequency

adjustment

RM06RM06RM06RM06

Modulation depth

adjustment

Tracking generator input point

Frontend band check point

RM38RM38RM38RM38

Modulation limiting

adjustment VCOVCOVCOVCO----contcontcontcont

PLL lock voltage

check point

RT32RT32RT32RT32

Output power

adjustment

4444----5555 RECEIVER ADJUSTMENT RECEIVER ADJUSTMENT RECEIVER ADJUSTMENT RECEIVER ADJUSTMENT





(Adjustment mode)

ADJUSTMENT ADJUSTMENT ADJUSTMENT ADJUSTMENT CONDICONDICONDICONDITIONTIONTIONTION


FRONTEND BAND (05ADJUST)

1 ・Operating frequency： 127.025MHz ・Connect a tracking generator to the YY06 through an attenuator.

Level (attenuator out)： -40dBm or better

・Set a spectrum analyzer as： Center frequency： 127MHz Frequency span： 50MHz Bandwidth： 100kHz ・Receiving

MAIN Connect a spectrum analyzer to the YY61(+) and YY62(-)

Fig.1

MAIN LR01 LR02 LR03 LR04

THRESHOLD SQUELCH SENS. (06ADJUST)

1

・Operating frequency： 127.025MHz ・ Connect an SSG to the antenna connector and set an SSG as：

Level：0.28uV(-118dBm) Modulation：±1kHz Mod.depth ：30% ・Receiving

Rear panel

Connect an SSG to the antenna connector.

0.28uV Set the adjustment mode. Push the Rotary Knob.

TIGHT SQUELCH SENS (07ADJUST)

1 ・Operating frequency： 127.025MHz ・ Connect an SSG to the antenna connector and set an SSG as：

Level：5.uV(-93dBm) Modulation：±1kHz Mod.depth ：30% ・Receiving

Rear panel

Connect an SSG to the antenna connector.

5uV Set the adjustment mode. Push the Rotary Knob.

127MHz

about 10MHz

Peak adjust

Fig.1 Frontend band adjustment

Display of spectrum analyzer

S YM .

N o .P A R T N o . D E S C R IP T IO N

C D 0 1 0 0M E Y 1 0 5 0 1 6 7 Y T E E S V S P 1C 1 0 5M 8 R ( S V S P 1C 1 U F /1 6 V )


C D 0 3 0 0M D K 9 6 1 0 3 3 0 Y G R M 1 8 8 B 1 1 H 1 0 3 K A 0 1 D

C D 0 4 0 0M D K 9 6 1 0 3 3 0 Y G R M 1 8 8 B 1 1 H 1 0 3 K A 0 1 D

C D 0 5 0 0M D D 9 5 1 0 1 3 0 Y G R M 1 8 8 2 C 1H 1 0 1 J A 0 1 D ( 1 0 0 P F + - 5 C G 5 0 V )


C D 0 7 0 0M D D 9 5 2 2 0 3 0 Y G R M 1 8 8 2 C 1H 2 2 0 J A 0 1 D ( 2 2 P F + - 5 C G 5 0 V )

C D 0 8 0 0M D D 9 5 2 2 0 3 0 Y G R M 1 8 8 2 C 1H 2 2 0 J A 0 1 D ( 2 2 P F + - 5 C G 5 0 V )


C D 1 0 0 0M D K 9 6 1 0 3 3 0 Y G R M 1 8 8 B 1 1 H 1 0 3 K A 0 1 D

C D 1 2 0 0M D K 9 6 1 0 4 2 0 Y G R M 1 8 8 B 1 1 C 1 0 4 K A 0 1 D ( 0 .1 U F + - 1 0 B 1 6 V )



C D 1 5 0 0M D K 9 6 1 0 2 3 0 Y G R M 1 8 8 B 1 1 H 1 0 2 K A 0 1 D ( 1 0 0 0 P F + - 1 0 B 5 0 V )

C D 1 7 0 0M D K 9 6 1 0 3 3 0 Y G R M 1 8 8 B 1 1 H 1 0 3 K A 0 1 D

C D 2 0 0 0M E Y 1 0 6 0 1 0 7 Y T E E S V A 1 A 1 0 6 M 8 R ( 1 0 U F / 1 0 V )

C D 2 1 0 0M E Y 1 0 6 0 1 0 7 Y T E E S V A 1 A 1 0 6 M 8 R ( 1 0 U F / 1 0 V )

C D 2 2 0 0M D K 9 6 1 0 3 3 0 Y G R M 1 8 8 B 1 1 H 1 0 3 K A 0 1 D

C D 2 3 0 0M D K 9 6 1 0 3 3 0 Y G R M 1 8 8 B 1 1 H 1 0 3 K A 0 1 D




C D 2 7 0 0M D K 9 6 1 0 3 3 0 Y G R M 1 8 8 B 1 1 H 1 0 3 K A 0 1 D


C D 2 9 0 0M D K 9 6 1 0 3 3 0 Y G R M 1 8 8 B 1 1 H 1 0 3 K A 0 1 D


C D 3 1 0 0M D K 9 6 1 0 3 3 0 Y G R M 1 8 8 B 1 1 H 1 0 3 K A 0 1 D

C D 3 2 0 0M D K 9 6 1 0 3 3 0 Y G R M 1 8 8 B 1 1 H 1 0 3 K A 0 1 D

C D 3 3 0 0M D K 9 6 1 0 3 3 0 Y G R M 1 8 8 B 1 1 H 1 0 3 K A 0 1 D

C D 3 4 0 0M D K 9 6 1 0 3 3 0 Y G R M 1 8 8 B 1 1 H 1 0 3 K A 0 1 D

C D 3 5 0 0M D K 9 6 1 0 3 3 0 Y G R M 1 8 8 B 1 1 H 1 0 3 K A 0 1 D

C D 3 6 0 0M D K 9 6 1 0 3 3 0 Y G R M 1 8 8 B 1 1 H 1 0 3 K A 0 1 D



C D 3 9 0 0M D K 9 6 1 0 3 3 0 Y G R M 1 8 8 B 1 1 H 1 0 3 K A 0 1 D

C D 4 0 0 0M D K 9 6 1 0 3 3 0 Y G R M 1 8 8 B 1 1 H 1 0 3 K A 0 1 D

C D 4 1 0 0M D K 9 6 1 0 3 3 0 Y G R M 1 8 8 B 1 1 H 1 0 3 K A 0 1 D

C D 4 2 0 0M D K 9 6 1 0 3 3 0 Y G R M 1 8 8 B 1 1 H 1 0 3 K A 0 1 D


C D 4 4 0 0M D K 9 6 1 0 3 3 0 Y G R M 1 8 8 B 1 1 H 1 0 3 K A 0 1 D



C D 4 7 0 0M D K 9 6 1 0 3 3 0 Y G R M 1 8 8 B 1 1 H 1 0 3 K A 0 1 D

C D 4 8 0 0M D K 9 6 1 0 3 3 0 Y G R M 1 8 8 B 1 1 H 1 0 3 K A 0 1 D

JD 0 1 C 0 0 Y J 9 0 1 0 0 0 5 0 M JD 0 8 0 8 K E 0 6 , 8 P I N M O D U LO R J A C K , A U K

JD 0 2 C 0 0 Y J 0 7 1 0 0 3 4 Y 9 6 3 7 S - 4 0 Y 9 1 3 F F C T Y P E C O N N E C T O R

JD 0 3 0 0M G D 0 5 0 0 0 1 6 0 0 O H M + - 5 1 /6W

JD 0 4 0 0M G D 0 5 0 0 0 1 6 0 0 O H M + - 5 1 /6W

JD 0 5 0 0M Y J 0 7 0 6 0 8 2 Y 1 6 F M N -B M T T N -A - T F T

Q D 0 1 C 0 0 H C 6 0 0 1 6 0 6 F u P D 7 8 F 0 3 9 3 G C -8 E A - A

Q D 0 2 C 0 0 H Q 2 0 9 0 2 9 9 0 A 2 4 B 0 0 7 X , L C D F O R P M R - 3 0 8 8 / F L -M 1 0 0 0 , JS I

Q D 0 3 0 0M H C 1 0 2 1 5 2 1 Z B R 2 4 L 1 6 F -W E 2

Q D 0 5 0 0M B A 2 1 1 0 2 0 0 Y D T C 1 1 4 E E / R N 1 1 0 2 ( T E 8 5 L , F )

SECTION 5 PARTS LIST [[[[FRONTFRONTFRONTFRONT UNIT] UNIT] UNIT] UNIT]

S YM .

N o .P AR T N o . DES CR IP T IO N

Q D 06 0 0MHX 3461 72A Y 2S C 46 17F T L (Q _ R )

Q D 08 0 0MHC 40532 1Y Y B U 405 3BC F V-E 2

Q D 09 C 0 0H I1 01302 1Y S M L -5 12W W T86 RO HM 1 608Y E L






Q D 15 0 0MB A2 1102 00Y DTC 114E E / R N 1 102(T E 85L , F )

Q D 16 0 0MB A2 1102 00Y DTC 114E E / R N 1 102(T E 85L , F )

Q D 17 0 0MB A1 2107 00Y DT A 114 YE T L

Q D 18 0 0MB A1 2107 00Y DT A 114 YE T L

Q D 19 C 0 0H I1 00023 00 V RP G3 312X

Q D 21 0 0MHZ 3 0681 00Y M A8 068-M /U D ZS 6.8 B

Q D 22 0 0MHZ 3 0681 00Y M A8 068-M /U D ZS 6.8 B

Q D 23 0 0MHZ 3 0681 00Y M A8 068-M /U D ZS 6.8 B

Q D 24 0 0MHZ 3 0681 00Y M A8 068-M /U D ZS 6.8 B

Q D 25 0 0MHZ 3 0681 00Y M A8 068-M /U D ZS 6.8 B

RD 01 0 0MNN 05103 61Y RK 73B 1J T TD 1 03J (10 K O HM + - 5 1 /1 6W )




RD 06 0 0MNN 05104 61Y RK 73B 1J T TD 1 04J (10 0K O HM +- 5 1 / 16W )

RD 07 0 0MNN 05104 61Y RK 73B 1J T TD 1 04J (10 0K O HM +- 5 1 / 16W )

RD 08 0 0MNN 05272 61Y RK 73B 1J T TD 2 72J (2 . 7K O HM +- 5 1 / 16W )






RD 15 0 0MNN 05000 61Y RK 73Z 1 JT T D (0 O HM + - 5 1 /16W )



RD 26 0 0MNN 05102 61Y RK 73B 1J T TD 1 02J (1K O HM + - 5 1 /16 W )

RD 27 0 0MNN 05101 61Y RK 73B J T TD 10 1J (100 OH M +- 5 1 /1 6W )



RD 30 0 0MNN 05000 61Y RK 73Z 1 JT T D (0 O HM + - 5 1 /16W )


RD 32 0 0MNN 05271 61Y RK 73B 1J T TD 2 71J (27 0 O HM + - 5 1 /16W )

RD 33 0 0MNN 05271 61Y RK 73B 1J T TD 2 71J (27 0 O HM + - 5 1 /16W )
















SYM .

No .PART No . DESCR IPTION

CA0 1 0 0MDK 961 0420 Y GRM 188B 11 C104KA 01D ( 0 .1UF +- 1 0 B 16 V)

CA0 2 0 0MDK 961 0230 Y GRM 188B 11 H102KA 01D (10 00 P F + - 10 B 50V )

CA0 3 0 0MDK 962 2230 Y C1 608JB 1H222 KT00 0N

CA0 4 0 0MDD 95271 30Y GRM 1882C1H27 1JA01D

CA0 5 0 0MDK 962 2320 Y GRM 188R 11E 223KA 01D

CA0 6 0 0MDK 962 2320 Y GRM 188R 11E 223KA 01D

CA0 7 0 0MDK 962 2320 Y GRM 188R 11E 223KA 01D

CA0 8 0 0MEY1 0601 07Y TEESVA1A 106M8R (10UF/ 10V )


CA1 0 0 0MDK 961 0520 Y GRM 188B 10 J10 5KA01 D

CA1 1 0 0MDK 961 0520 Y GRM 188B 10 J10 5KA01 D




CA1 6 0 0MDK 961 0520 Y GRM 188B 10 J10 5KA01 D

CA1 8 0 0MEY4 7501 67Y TEESVA1C 475M 8R (4 .7UF / 16V )

CA1 9 0 0MDK 961 0520 Y GRM 188B 10 J10 5KA01 D

CA2 0 0 0MDK 961 0520 Y GRM 188B 10 J10 5KA01 D

CA2 1 0 0MEA4 7702 570 RE 3-25V 471MH3 #




CA2 7 0 0MEY1 0701 01Y TEESVC1A 107M 12R

CA2 8 0 0MEY1 0701 67Y TEESVD1C10 7M1 2R (10 0UF / 16V )

CA2 9 0 0MDK 961 0420 Y GRM 188B 11 C104KA 01D ( 0 .1UF +- 1 0 B 16 V)

CA3 1 0 0MEY4 7501 67Y TEESVA1C 475M 8R (4 .7UF / 16V )

CA3 3 0 0MDK 961 0520 Y GRM 188B 10 J10 5KA01 D

CA3 5 0 0MDK 961 0520 Y GRM 188B 10 J10 5KA01 D


CA3 7 0 0MDK 961 0520 Y GRM 188B 10 J10 5KA01 D

CA3 8 0 0MDK 962 2230 Y C1 608JB 1H222 KT00 0N

CA3 9 0 0MDK 961 0520 Y GRM 188B 10 J10 5KA01 D

CA4 0 0 0MDD 95331 30Y GRM 1882C1H33 1JA01


CA4 2 0 0MEY2 2603 52Y RV 2-35V 220MU-R

CA4 3 C0 0DY 4750 061Y GRM 188B 30 J47 5KE18 D


CA4 5 0 0MDK 961 0520 Y GRM 188B 10 J10 5KA01 D

CA4 6 0 0MDK 961 0520 Y GRM 188B 10 J10 5KA01 D






S YM .

N o .P A R T N o . D E S C R IP T IO N

R D 5 3 0 0M N N 0 5 1 0 1 6 1 Y R K 7 3 B J T T D 1 0 1 J ( 1 0 0 O H M + - 5 1 /1 6W )

R D 5 5 0 0M N N 0 5 1 0 1 6 1 Y R K 7 3 B J T T D 1 0 1 J ( 1 0 0 O H M + - 5 1 /1 6W )

R D 5 6 0 0M N N 0 5 1 0 0 6 1 Y R K 7 3 B 1 J T T D 1 0 0 J ( 1 0 O H M + - 5 1 / 1 6W )

R D 5 7 0 0M N N 0 5 0 0 0 6 1 Y R K 7 3 Z 1 JT T D ( 0 O H M + - 5 1 /1 6W )

R D 5 8 0 0M N N 0 5 1 0 3 6 1 Y R K 7 3 B 1 J T T D 1 0 3 J ( 1 0 K O H M + - 5 1 /1 6W )

S D 0 1 C 0 0 S R 0 1 1 8 0 0 1 0 E C 1 1 E 0 9 2 4 4 A W ( 2 5 . 5m m )

X D 0 1 0 0M J X 0 4 0 0 7 3 5 Y S X - 1 3 0 2 T Y P E 4 . 1 9M H Z

Z D 0 1 C 0 0 Y U 0 1 0 5 3 7 0 0 Z E B R A C O N N EC T O R F O R P M R - 3 0 8 8 /F L -M 1 0 0 0

[[[[MAINMAINMAINMAIN UNIT] UNIT] UNIT] UNIT]

S YM .

No .P ART No. DESCRIP T ION

CA5 2 0 0MDK 961 0230 Y GRM 188B 11 H102K A 01D (10 00 P F + - 10 B 50V )

CA5 3 0 0MEY1 0601 07Y TE ES VA1A 106M8R (10UF / 10V )


CA5 5 0 0MDK 961 0430 Y C1 608X 7R1H1 04K T000N

CA5 7 0 0MDK 961 0520 Y GRM 188B 10 J10 5K A01 D

CA5 8 0 0MDD 95331 30Y GRM 1882 C1H33 1JA01

CA6 0 0 0MEA4 7702 570 RE 3-25V 471MH3 #

CA6 1 0 0MEY1 0402 07Y TE ES VA21 D104M8R (0.1U F / 20 V)

CA6 2 0 0MEY4 7402 51Y TE ES VA1E 474M8R

CA6 3 0 0MDK 961 0430 Y C1 608X 7R1H1 04K T000N

CA6 4 0 0MDK 961 0430 Y C1 608X 7R1H1 04K T000N

CA6 5 0 0MDK 961 0430 Y C1 608X 7R1H1 04K T000N

CA6 6 0 0MDK 961 0430 Y C1 608X 7R1H1 04K T000N

CA6 7 0 0MDK 961 0520 Y GRM 188B 10 J10 5K A01 D


JA 01 0 0MY J01003 820 HS J0836 -0 1050 09

LA 01 C0 0TO 114 0504 0 OP -14D31 RF

QA01 C0 0HC10 0040 99 NJM 2732M (TE1 )

Q A02 0 0MHY 101 441A Y 2S J144 (Y )

Q A03 0 0MHY 101 441A Y 2S J144 (Y )

Q A04 C0 0HC10 0030 30 LA 462 8-E, AF AM P 20W 2CH BTL, SA NYO

QA05 0 0MHC 10098 09Y NJM 2070M -TE1 -# ZZZB

QA06 0 0MHY 101 441A Y 2S J144 (Y )Q A10 C0 0HC10 0070 9Y NJM 2730F -TE 1

Q A11 0 0MHZ2 0056 02Y M A2 S11 100L

Q A12 0 0MHC 10336 05Y TA 75S 01F (TE 85L ,F )

Q A15 C0 0HX2 1628 2AY 2S B 1628 -T1 -A Z (ZY ,ZZ )

Q A16 0 0MHX 3461 72A Y 2S C46 17FTL (Q _ R )

Q A17 C0 0HC10 0076 3F SM6 451A T-G

QA18 C0 0HC10 0070 9Y NJM 2730F -TE 1

Q A19 0 0MHY 218 3000 Y 2S K 1830 (TE 85L ,F )

RA0 1 0 0MNN 05393 61Y RK 73B 1JTTD 3 93J (39 K OHM + - 5 1/1 6W )



RA0 4 0 0MNN 05330 61Y RK 73B 1JTTD 3 30J (33 O HM + - 5 1/ 16W )

RA0 5 0 0MNN 05104 61Y RK 73B 1JTTD 1 04J (10 0K OHM +- 5 1/ 16W )

RA0 6 0 0MNN 05223 61Y RK 73B 1JTTD 2 23J (22K O HM + - 5 1/16W )

RA0 8 0 0MNN 05474 61Y RK 73B 1JTTD　 474JRA0 9 0 0MNN 05104 61Y RK 73B 1JTTD 1 04J (10 0K OHM +- 5 1/ 16W )




RA1 3 0 0MNN 05332 61Y RK 73B 1JTTD 3 32J (3. 3K OHM +- 5 1/ 16W )


RA1 5 0 0MNN 05105 61Y RK 73B 1JTTD 1 05J (1M O HM + - 5 1 /16W )

RA1 6 0 0MNN 05047 61Y RK 73B 1JTTD 4 R7J (4.7 O HM + - 5 1 /16W )

RA1 7 0 0MNN 05047 61Y RK 73B 1JTTD 4 R7J (4.7 O HM + - 5 1 /16W )







RA2 4 0 0MNN 05103 61Y RK 73B 1JTTD 1 03J (10 K OHM + - 5 1/1 6W )RA2 5 0 0MNN 05103 61Y RK 73B 1JTTD 1 03J (10 K OHM + - 5 1/1 6W )





S YM .

N o .P ART N o. DES CR IP T IO N

RA3 3 0 0MNN 05022 61Y RK 73B 1J TTD　 2R2JRA3 4 0 0MNN 05022 61Y RK 73B 1J TTD　 2R2JRA3 6 0 0MNN 05103 61Y RK 73B 1J TTD 1 03J (10 K O HM + - 5 1 /1 6W )

RA3 8 0 0MNN 05333 61Y RK 73B 1J TTD 3 33J (33 K O HM + - 5 1 /1 6W )RA4 0 0 0MNN 05333 61Y RK 73B 1J TTD 3 33J (33 K O HM + - 5 1 /1 6W )

RA4 1 0 0MNN 05473 61Y RK 73B 1J TTD 4 73J (47 K O HM + - 5 1 /1 6W )



RA4 4 0 0MNN 05104 61Y RK 73B 1J TTD 1 04J (10 0K O HM +- 5 1 / 16W )


RA4 6 0 0MNN 05822 61Y RK 73B 1J TTD 8 22J (8 . 2K O HM +- 5 1 / 16W )


RA4 9 0 0MNN 05000 61Y RK 73Z 1 JT TD (0 O HM + - 5 1 /16W )










RA6 3 0 0MR I 0502 212Y 2. 2 O HM + - 5 1 /2 W

RA6 4 0 0MR I 0502 212Y 2. 2 O HM + - 5 1 /2 WRA6 5 0 0MR I 0502 212Y 2. 2 O HM + - 5 1 /2 W

RA6 6 0 0MR I 0502 212Y 2. 2 O HM + - 5 1 /2 W

RA6 7 0 0MNN 05104 61Y RK 73B 1J TTD 1 04J (10 0K O HM +- 5 1 / 16W )RA6 8 0 0MNN 05104 61Y RK 73B 1J TTD 1 04J (10 0K O HM +- 5 1 / 16W )


RA7 0 0 0MNN 05100 61Y RK 73B 1J TTD 1 00J (10 O HM + - 5 1 / 16W )SA 01 C 0 0Q K0 0457 010 P SC -4 5A8 TA, SP K 8O HM 1W , P R IME

CF03 0 0MDD 90040 30Y G RM 1882 C 1H4R 0CZ01D

CF06 0 0MDK 961 0330 Y G RM 188B 11 H103K A 01D

CF07 0 0MDK 961 0420 Y G RM 188B 11 C104K A 01D ( 0 .1UF +- 1 0 B 16 V)

C F 08 0 0MDK 961 0230 Y G RM 188B 11 H102K A 01D (10 00 P F + - 10 B 50V )

C F 09 0 0MDK 961 0230 Y G RM 188B 11 H102K A 01D (10 00 P F + - 10 B 50V )

C F 10 0 0MDK 961 0520 Y G RM 188B 10 J10 5K A01 D


C F 12 0 0MDK 961 0330 Y G RM 188B 11 H103K A 01D

CF13 0 0MDK 961 0330 Y G RM 188B 11 H103K A 01D

CF14 0 0MDK 961 0520 Y G RM 188B 10 J10 5K A01 D

CF16 0 0MDK 964 7130 Y G RM 188B 11 H471K A 01D


C F 18 0 0MDD 95101 30Y G RM 1882 C 1H10 1JA01 D (100 PF +- 5 CG 5 0V)

C F 19 0 0MDK 961 0420 Y G RM 188B 11 C104K A 01D ( 0 .1UF +- 1 0 B 16 V)

C F 20 0 0MDK 961 0330 Y G RM 188B 11 H103K A 01D


C F 23 0 0MDK 961 0330 Y G RM 188B 11 H103K A 01D

CF24 0 0MDK 961 0230 Y G RM 188B 11 H102K A 01D (10 00 P F + - 10 B 50V )C F 25 0 0MDK 964 7130 Y G RM 188B 11 H471K A 01D


C F 27 0 0MDK 961 0330 Y G RM 188B 11 H103K A 01DCF28 0 0MDK 961 0330 Y G RM 188B 11 H103K A 01D

CF29 0 0ME Y4 7501 67Y TE ES V A1C 475M 8R (4 .7U F / 16V )

C F 30 0 0ME Y4 7501 67Y TE ES V A1C 475M 8R (4 .7U F / 16V )C F 31 0 0ME Y1 0601 07Y TE ES V A1A 106 M8R (10UF / 10V )

C F 33 0 0ME Y1 0601 07Y TE ES V A1A 106 M8R (10UF / 10V )

C F 36 0 0ME Y2 2603 52Y RV 2-35V 220 MU -RCF37 0 0MDK 961 0330 Y G RM 188B 11 H103K A 01D

S YM .

N o .P AR T N o . DES CR IP T IO N

C F 38 0 0MDK 961 0520 Y G RM 188B 10 J10 5K A01 D

C F 39 0 0MDK 961 0520 Y G RM 188B 10 J10 5K A01 D

C F 40 0 0MDK 961 0520 Y G RM 188B 10 J10 5K A01 D

C F 41 0 0MDK 961 0520 Y G RM 188B 10 J10 5K A01 D

C F 44 0 0MDK 961 0230 Y G RM 188B 11 H 102K A 01D (10 00 P F + - 10 B 50V )

C F 45 0 0ME Y1 0601 67Y TE ES V B21 C 106 M 8R (1 0U F /1 6V)

C F 47 0 0MDD 90040 30Y G RM 1882 C 1H 4R 0CZ 01D

C F 48 0 0MDD 95200 30Y G RM 1882 C 1H 20 0J A01 D

C F 49 0 0MDD 90020 30Y G RM 1884 C 1H 2R 0CZ 01


C F 52 0 0MDK 961 0330 Y G RM 188B 11 H 103K A 01D

C F 53 0 0MDK 961 0330 Y G RM 188B 11 H 103K A 01D

C F 54 0 0MDK 961 0330 Y G RM 188B 11 H 103K A 01D

C F 55 0 0MDK 961 0330 Y G RM 188B 11 H 103K A 01D

C F 56 0 0MDK 961 0430 Y C 1 608X 7R 1H 1 04K T 000N

C F 57 0 0MDK 961 0430 Y C 1 608X 7R 1H 1 04K T 000N

C F 58 0 0MDK 961 5230 Y G RM 188B 11 H 152K A 01D

C F 59 0 0MDD 91100 30Y G RM 1882 C 1H 10 0J A01 D

C F 60 0 0MDD 95151 30Y G RM 1882 C 1H 15 1J A01 D

C F 61 0 0MDD 95331 30Y G RM 1882 C 1H 33 1J A01

C F 62 0 0MDD 91100 30Y G RM 1882 C 1H 10 0J A01 D

C F 63 0 0MDD 95820 30Y G RM 1882 C 1H 82 0J A01


F F 01 C 0 0F F 938 8501 0 38 M 15 B5F

F F 02 C 0 0F F 938 8501 0 38 M 15 B5F

F F 03 C 0 0FG 450 321H 0 CFW LA 450K H FA

F F 04 C 0 0F F 938 8502 Y 38 SS 5.4 B

F F 05 C 0 0FG 450 321D 0 CFW LA 450K D FA -B O

LF 02 C 0 0L I5 0016 02Y #6 58A N -1403 BH J 45 0k H z

LF 03 C 0 0L I5 0016 02Y #6 58A N -1403 BH J 45 0k H z

Q F 01 C 0 0H X3 4725 1AY 2S C 47 25T L(P ) EM T 3

Q F 02 0 0MH Z 5 0003 01Z HV M 1 4S

Q F 04 0 0MHC 10352 05Y TA 311 36FNG (E L)

Q F 05 0 0MHC 10336 05Y TA 75S 01F (T E 85L ,F )

Q F 06 0 0MHX 3421 51B Y 2S C 42 15-O (T E8 5L ,F )

Q F 07 0 0MH Z 5 0003 01Z HV M 1 4S

Q F 08 0 0MHX 3421 51B Y 2S C 42 15-O (T E8 5L ,F )

Q F 09 0 0MH Z 5 0003 01Z HV M 1 4S

Q F 10 0 0MHX 3421 51B Y 2S C 42 15-O (T E8 5L ,F )

Q F 11 0 0MHX 3411 61A Y 2S C 41 16-BL (T E85 L ,F )

Q F 12 0 0MHX 4235 13A Y 2S D 23 51T 10 6

Q F 13 0 0MHX 4235 13A Y 2S D 23 51T 10 6

Q F 14 0 0MHY 103 4700 Y 2S J 347(T E 85L ,F )

Q F 15 0 0MHY 103 4700 Y 2S J 347(T E 85L ,F )

Q F 16 0 0MH Z 2 0029 21Y DA N 23 5ET L

Q F 17 0 0MH Z 2 0029 21Y DA N 23 5ET L

Q F 18 0 0MH Z 2 0029 21Y DA N 23 5ET L

Q F 19 0 0MH Z 2 0029 21Y DA N 23 5ET L

R F 01 0 0MNN 05393 61Y RK 73B 1J T TD 3 93J (39 K O HM + - 5 1 /1 6W )

R F 02 0 0MNN 05471 61Y RK 73B 1J T TD 4 71J (47 0 O HM + - 5 1 /16W )


R F 04 C 0 0HH50 0301 2Y NS M 3 104K 415 J3 R 100 Kφ HM

RF 05 0 0MNN 05473 61Y RK 73B 1J T TD 4 73J (47 K O HM + - 5 1 /1 6W )

R F 06 0 0MNN 05152 61Y RK 73B 1J T TD 1 52J (1 . 5K O HM +- 5 1 / 16W )

R F 07 0 0MNN 05000 61Y RK 73Z 1 JT T D (0 O HM + - 5 1 /16W )


R F 09 0 0MNN 05224 61Y RK 73B 1J T TD 2 24J (22 0K O HM +- 5 1 / 16W )

R F 10 0 0MNN 05102 61Y RK 73B 1J T TD 1 02J (1K O HM + - 5 1 /16 W )

R F 14 0 0MNN 05101 61Y RK 73B J T TD 10 1J (100 OH M +- 5 1 /1 6W )

S YM .

N o .P AR T N o . D ES CR IP T IO N



R F 17 0 0MNN 05223 61Y RK 73B 1J T TD 2 23J (22K O HM + - 5 1 /16W )





R F 22 0 0MNN 05223 61Y RK 73B 1J T TD 2 23J (22K O HM + - 5 1 /16W )





R F 27 0 0MNN 05474 61Y RK 73B 1J T TD 　 474J

R F 28 0 0MNN 05563 61Y RK 73B 1J T TD 　 563J





R F 33 0 0MNN 05474 61Y RK 73B 1J T TD 　 474J






R F 39 C 0 0HH 50 0301 2Y NS M 3 104K 415 J3 R 100 Kφ HM

RF 41 0 0MNN 05683 61Y RK 73B 1J T TD 6 83J (68 K O HM + - 5 1 /1 6W )















R F 61 C 0 0N Y 0473 038Z P VA 2A 473A 01 R 00


















R F 80 0 0MNN 05474 61Y RK 73B 1J T TD 　 474J

S YM .

No .P ART N o. DES CR IP T IO N

RF81 0 0MNN 05393 61Y RK 73B 1J T TD 3 93J (39 K O HM + - 5 1 /1 6W )

R F82 0 0MNN 05104 61Y RK 73B 1J T TD 1 04J (10 0K O HM +- 5 1 / 16W )

R F83 0 0MNN 05105 61Y RK 73B 1J T TD 1 05J (1M O HM + - 5 1 /16W )

R F84 C 0 0HH50 0311 2Y NS M3 223K 380 J3 R

RF85 0 0MNN 05221 61Y RK 73B 1J T TD 2 21J (22 0 O HM + - 5 1 /16W )

XF 01 C 0 0FH45 0323G Y CE RA M IC D IS C . E CDA 450 C 24

CM0 1 0 0MDK 961 0520 Y G RM 188B 10 J10 5K A01 D

CM0 2 0 0MDK 961 0520 Y G RM 188B 10 J10 5K A01 D

CM0 4 0 0ME Y2 2601 07Y TE ES V B21 A22 6M8 R (22 UF / 1 0V)

CM0 5 0 0MDK 961 0420 Y G RM 188B 11 C104K A 01D ( 0 .1UF +- 1 0 B 16 V)

CM0 6 0 0MDK 961 0230 Y G RM 188B 11 H102K A 01D (10 00 P F + - 10 B 50V )

CM0 7 0 0ME Y1 0501 61Y TE ES V A1C 105M 8R (1 U F /16 V)

CM0 8 0 0MDK 961 0520 Y G RM 188B 10 J10 5K A01 D

CM0 9 0 0MDK 961 0520 Y G RM 188B 10 J10 5K A01 D

CM1 0 0 0MDK 962 7230 Y G RM 188B 11 H272K A 01D

CM1 1 0 0MDK 961 0330 Y G RM 188B 11 H103K A 01D

CM1 2 0 0MDK 968 2220 Y G RM 188B 11 H822K A 01D

CM1 3 0 0MDK 968 2220 Y G RM 188B 11 H822K A 01D

CM1 4 0 0MDK 962 2320 Y G RM 188R 11E 223K A 01D

CM1 5 0 0MDK 963 9230 Y G RM 188B 11 H392K A 01D

CM1 6 0 0MDK 964 7320 Y G RM 188R 11C47 3KA 01 D

CM1 7 0 0MDK 961 5230 Y G RM 188B 11 H152K A 01D

CM1 8 0 0ME Y1 0601 07Y TE ES V A1A 106 M8R (10U F / 10V )


CM2 1 0 0MDK 962 2420 Y G RM 188R 11A 224K A 01D

CM2 2 0 0MDK 963 9130 Y G RM 188B 11 H391K A 01D

CM2 3 0 0MDK 962 2320 Y G RM 188R 11E 223K A 01D

CM2 4 0 0MDK 962 2320 Y G RM 188R 11E 223K A 01D

CM2 5 0 0MDK 962 2320 Y G RM 188R 11E 223K A 01D

CM2 7 0 0MDK 962 2320 Y G RM 188R 11E 223K A 01D

CM2 8 0 0MDK 962 2320 Y G RM 188R 11E 223K A 01D

CM2 9 0 0MDD 95330 30Y C 1 608CH 1H 330 JT 0 00N33 PF + - 5 CG 50V

CM3 0 0 0MDK 961 0520 Y G RM 188B 10 J10 5K A01 D

CM3 2 0 0ME Y1 0701 01Y TE ES V C1A 107M 12R

CM3 3 0 0ME Y1 0601 07Y TE ES V A1A 106 M8R (10U F / 10V )

CM3 4 0 0ME Y1 0701 67Y TE ES V D1C10 7M1 2R (10 0UF / 16V )




CM3 8 C 0 0DY 4750 061Y G RM 188B 30 J47 5K E18 D



CM4 1 0 0ME Y4 7501 67Y TE ES V A1C 475M 8R (4 .7U F / 16V )

CM4 2 0 0MDK 961 0520 Y G RM 188B 10 J10 5K A01 D

CM5 0 0 0MDK 961 0520 Y G RM 188B 10 J10 5K A01 D

CM5 1 0 0MDK 961 0520 Y G RM 188B 10 J10 5K A01 D



CM5 4 0 0ME Y2 2603 52Y RV 2-35V 220 MU -R

JM 01 C 0 0YJ 07 1002 00 B 7B -ZR -3 .4

Q M01 C 0 0HC10 0022 1Y B A3 308F -E 2

Q M02 0 0MHZ 2 0057 02Y M A2 S72 800L

Q M04 0 0MHZ 2 0057 02Y M A2 S72 800L

Q M06 C 0 0HC10 0040 99 N JM 2732M (T E1 )

Q M07 C 0 0HC10 0040 99 N JM 2732M (T E1 )

Q M08 C 0 0HC10 0040 99 N JM 2732M (T E1 )

Q M11 0 0MHC 10399 05Y TC 4W 53F U (TE 12 L,F )

Q M14 0 0MHC 10098 09Y N JM 2070M -T E1 -# Z ZZB

Q M15 C 0 0HX2 1628 2AY 2S B 1628 -T 1 -A Z (Z Y ,Z Z )

S YM .


Q M16 0 0MHX 3461 72A Y 2S C 46 17F T L (Q _ R )

Q M 17 0 0MHC 36908 09Y N JM 7808D L1A

Q M 18 0 0MHY 101 441A Y 2S J 144 (Y )

RM 0 1 0 0MNN 05102 61Y RK 73B 1J T TD 1 02J (1K O HM + - 5 1 /16 W )

RM 0 3 0 0MNN 05103 61Y RK 73B 1J T TD 1 03J (10 K O HM + - 5 1 /1 6W )


RM 0 5 0 0MNN 05392 61Y RK 73B 1J T TD 3 92J (3 . 9K O HM +- 5 1 / 16W )

RM 0 6 C 0 0N Y 0102 038Z P VA 2A 102A 01 R 00

RM 0 7 0 0MNN 05390 61Y RK 73B 1J T TD 　 390J

RM 0 8 0 0MNN 05104 61Y RK 73B 1J T TD 1 04J (10 0K O HM +- 5 1 / 16W )


RM 1 0 0 0MNN 05223 61Y RK 73B 1J T TD 2 23J (22K O HM + - 5 1 /16W )








RM 1 9 0 0MNN 05681 61Y RK 73B 1J T TD 6 81J (68 0 O HM + - 5 1 /16W )





RM 2 4 0 0MNN 05474 61Y RK 73B 1J T TD 　 474J








RM 3 2 0 0MNN 05223 61Y RK 73B 1J T TD 2 23J (22K O HM + - 5 1 /16W )

RM 3 3 0 0MNN 05000 61Y RK 73Z 1 JT T D (0 O HM + - 5 1 /16W )



RM 3 8 C 0 0N Y 0102 038Z P VA 2A 102A 01 R 00

RM 3 9 0 0MNN 05470 61Y RK 73B 1J T TD 4 70J (47 O HM + - 5 1 / 16W )


RM 4 1 0 0MNN 05105 61Y RK 73B 1J T TD 1 05J (1M O HM + - 5 1 /16W )



RM 4 5 0 0MNN 05102 61Y RK 73B 1J T TD 1 02J (1K O HM + - 5 1 /16 W )



RM 4 8 0 0MNN 05022 61Y RK 73B 1J T TD 　 2R 2J


RM 5 0 0 0MNN 05100 61Y RK 73B 1J T TD 1 00J (10 O HM + - 5 1 / 16W )






RM 6 4 0 0MNN 05105 61Y RK 73B 1J T TD 1 05J (1M O HM + - 5 1 /16W )

C P0 1 0 0MDK 961 0230 Y G RM 188B 11 H 102K A 01D (10 00 P F + - 10 B 50V )

C P0 2 0 0ME Y1 0601 67Y TE ES V B21 C 106 M 8R (1 0U F /1 6V)

C P0 3 0 0ME Y4 7601 67Y TE ES V C 1C 47 6M 1 2R (47 U F / 16V )


C P0 5 0 0MDK 961 0330 Y G RM 188B 11 H 103K A 01D

S YM .

N o .P AR T N o . D ES C R IP T IO N

CP0 6 0 0MDD 90050 30Y G RM 1882 C 1H 5R 0C Z 01

C P0 7 0 0MDD 95220 30Y G RM 1882 C 1H 22 0J A01 D (22 PF + - 5 C G 5 0V )


C P0 9 0 0M E Y2 2403 51Y T E ES V A1V 224 M 8R (0 .2 2U F / 35V )

C P1 0 0 0M E Y4 7501 67Y T E ES V A1C 475M 8R (4 .7U F / 16V )

C P1 1 0 0M E Y4 7501 67Y T E ES V A1C 475M 8R (4 .7U F / 16V )

C P1 2 0 0M E Y2 2403 51Y T E ES V A1V 224 M 8R (0 .2 2U F / 35V )


C P1 4 0 0M E Y1 0601 67Y T E ES V B21 C 106 M 8R (1 0U F /1 6V )

C P1 5 0 0M E Y2 2602 57Y T E ES V D 1E 226M 12R 2 2U F /25 V

CP1 6 0 0MDD 95101 30Y G RM 1882 C 1H 10 1J A01 D (100 PF +- 5 C G 5 0V )


C P1 8 0 0MDK 961 0330 Y G RM 188B 11 H 103K A 01D

CP1 9 0 0MDD 95101 30Y G RM 1882 C 1H 10 1J A01 D (100 PF +- 5 C G 5 0V )

C P2 0 0 0MDD 95390 30Y G RM 1882 C 1H 39 0J A01

C P2 1 0 0M E Y1 0601 07Y T E ES V A1A 106 M 8R (10U F / 10V )


C P2 3 0 0MDK 961 0420 Y G RM 188B 11 C 104K A 01D ( 0 .1U F +- 1 0 B 16 V )



C P2 6 0 0MDD 95390 30Y G RM 1882 C 1H 39 0J A01



C P2 9 0 0MDD 95560 30Y G RM 1882 C 1H 56 0JD 01D

CP3 0 0 0MDD 91060 30Y G RM 1882 C 1H 6R 0D Z 01D

CP3 1 0 0MDD 95390 30Y G RM 1882 C 1H 39 0J A01

C P3 2 0 0MDD 95270 30Y C 1 608C H 1H 270 JT 0 00N 2 7PF

CP3 3 0 0MDK 961 0230 Y G RM 188B 11 H 102K A 01D (10 00 P F + - 10 B 50V )

C P3 5 0 0MDD 91100 30Y G RM 1882 C 1H 10 0J A01 D

CP3 6 0 0MDK 961 0230 Y G RM 188B 11 H 102K A 01D (10 00 P F + - 10 B 50V )

C P3 7 0 0MDD 95470 30Y G RM 1882 C 1H 47 0J A01 D (47 PF +- 5 C G 50V )





C P4 6 0 0M E Y2 2602 57Y T E ES V D 1E 226M 12R 2 2U F /25 V

CP4 7 0 0M E Y1 0601 07Y T E ES V A1A 106 M 8R (10U F / 10V )

C P4 8 0 0MDD 90040 30Y G RM 1882 C 1H 4R 0C Z 01D

CP4 9 0 0MDK 961 0420 Y G RM 188B 11 C 104K A 01D ( 0 .1U F +- 1 0 B 16 V )



C P5 3 0 0M E Y2 2601 67Y T E ES V B21 C 226 M 8R (22U F / 16V )





JP 01 C 0 0YJ 07 1003 4Y 96 37S -40Y 913 F F C T Y PE C O NNE C TO R

LP 01 0 0M LU 0410 301Y M LF 160 8E 100K T

LP 02 0 0M LU 0410 301Y M LF 160 8E 100K T

LP 03 0 0M LU 2810 101Y LQ W 2B HNR 10J 03 L




LP 08 0 0M LU 2868 001Y LQ W 2B HN 68N J 03 L

LP 09 0 0M LU 0447 201Y M LF 160 8A4 R 7K T

Q P01 0 0MHY 103 4700 Y 2S J 347(T E 85L ,F )

Q P02 0 0MHY 103 4700 Y 2S J 347(T E 85L ,F )

Q P03 0 0MHX 3411 61A Y 2S C 41 16-BL (T E85 L ,F )

Q P04 0 0MHY 208 801A Z 2S K 880 (Y ) (T E85 L ,F )

S YM .


Q P05 0 0MHX 3472 61P Y 2S C 47 26T LP

Q P06 0 0MHX 3411 61A Y 2S C 41 16-BL (T E85 L ,F )

Q P07 0 0MHC 10134 09Y N JM 062V -T E1 D UA L O P .AM P (SS O P)

Q P08 C 0 0HC 10 0168 4F A D F 411 1BR U Z

Q P09 0 0MHX 3472 61P Y 2S C 47 26T LP

Q P10 0 0MHX 3472 61P Y 2S C 47 26T LP

Q P11 0 0MHX 3472 61P Y 2S C 47 26T LP

Q P12 0 0MH Z 2 0029 21Y DA N 23 5ET L

Q P13 C 0 0HC 98 1039 8Y X C 6202 P30 2MR N R E G ULA TO R 3 .0 V

Q P14 0 0MH Z 3 0561 00Y M AZ 8 0560M L

RP0 1 0 0MNN 05103 61Y RK 73B 1J T TD 1 03J (10 K O HM + - 5 1 /1 6W )

R P0 2 0 0MNN 05103 61Y RK 73B 1J T TD 1 03J (10 K O HM + - 5 1 /1 6W )

R P0 3 0 0MNN 05681 61Y RK 73B 1J T TD 6 81J (68 0 O HM + - 5 1 /16W )

R P0 4 0 0MNN 05180 61Y 18 O HM + - 5 1 /16W

RP0 5 0 0MNN 05151 61Y RK 73B 1J T TD 1 51J (15 0 O HM + - 5 1 /16W )

R P0 6 0 0MNN 05390 61Y RK 73B 1J T TD 　 390J


R P0 8 0 0MNN 05104 61Y RK 73B 1J T TD 1 04J (10 0K O HM +- 5 1 / 16W )



R P1 1 0 0MNN 05390 61Y RK 73B 1J T TD 　 390J


R P1 3 0 0MNN 05101 61Y RK 73B J T TD 10 1J (100 OH M +- 5 1 /1 6W )



R P1 6 0 0MNN 05102 61Y RK 73B 1J T TD 1 02J (1K O HM + - 5 1 /16 W )


R P1 8 0 0MNN 05682 61Y RK 73B 1J T TD 6 82J (6 . 8K O HM +- 5 1 / 16W )




R P2 3 0 0MNN 05000 61Y RK 73Z 1 JT T D (0 O HM + - 5 1 /16W )


R P2 6 0 0MNN 05474 61Y RK 73B 1J T TD 　 474J

R P2 7 0 0MNN 05100 61Y RK 73B 1J T TD 1 00J (10 O HM + - 5 1 / 16W )

R P2 8 0 0MNN 05000 61Y RK 73Z 1 JT T D (0 O HM + - 5 1 /16W )




R P3 3 C 0 0N Y 0104 038Z P VA 2A 104A 01 R 00





R P3 8 0 0MNN 05823 61Y RK 73B 1J T TD 8 23J (82 K O HM + - 5 1 / 16W )













R P5 2 0 0MNN 05180 61Y 18 O HM + - 5 1 /16W

RP5 3 0 0MNN 05180 61Y 18 O HM + - 5 1 /16W

S YM .

No .P ART No. DES CRIP T IO N

RP5 4 0 0MNN 05000 61Y RK 73Z1 JTTD (0 O HM + - 5 1/16W )

RP5 5 0 0MNN 05104 61Y RK 73B 1JTTD 1 04J (10 0K O HM +- 5 1/ 16W )

RP5 6 0 0MNN 05000 61Y RK 73Z1 JTTD (0 O HM + - 5 1/16W )

XP 01 C0 0ZK 021Y 001 Y HK E 3143A TCXO 12. 8MH Z

CV0 1 0 0MDK 961 0230 Y GRM 188B 11 H102K A 01D (10 00 P F + - 10 B 50V )



CV0 4 0 0MDK 961 0330 Y GRM 188B 11 H103K A 01D

CV0 5 0 0MDD 95150 30Y GRM 1882 C1H15 0JA01

CV0 6 0 0MDD 95470 30Y GRM 1882 C1H47 0JA01 D (47 PF +- 5 CG 50V )

CV0 7 0 0MDD 91080 30Y GRM 1882 C1H8R 0DD01 D

CV0 8 0 0MDD 91080 30Y GRM 1882 C1H8R 0DD01 D

CV0 9 0 0MDD 90010 30Y GRM 1884 C1H1R 0CZ01D



CV1 2 0 0MDK 961 0330 Y GRM 188B 11 H103K A 01D

CV1 3 0 0MDD 95220 30Y GRM 1882 C1H22 0JA01 D (22 PF + - 5 CG 5 0V)

CV1 4 0 0MDD 95470 30Y GRM 1882 C1H47 0JA01 D (47 PF +- 5 CG 50V )

CV1 5 0 0MDD 95120 30Y GRM 1882 C1H12 0JA01

CV1 6 0 0MDD 95120 30Y GRM 1882 C1H12 0JA01




CV2 1 0 0MDD 95220 30Y GRM 1882 C1H22 0JA01 D (22 PF + - 5 CG 5 0V)


CV2 5 0 0MDD 95101 30Y GRM 1882 C1H10 1JA01 D (100 PF +- 5 CG 5 0V)

LV 03 0 0MLU 0410 301Y M LF160 8E 100K T

LV 04 0 0MLU 0447 201Y M LF160 8A4 R7K T

LV 05 C0 0LA 5501 001Y #5 58CN-10 0024 =P 3

LV 06 0 0MLU 0410 301Y M LF160 8E 100K T

LV 07 0 0MLU 0410 301Y M LF160 8E 100K T

LV 08 0 0MLU 0447 201Y M LF160 8A4 R7K T

LV 09 C0 0LA 5501 001Y #5 58CN-10 0024 =P 3

LV 10 0 0MLU 0447 201Y M LF160 8A4 R7K T

LV 11 0 0MLU 2810 101Y LQW 2BHNR10J03 L

Q V01 0 0MHX 3500 61A Y 2S C50 06-T1

Q V02 C0 0HZ40 02201 Y HV C32 8C

Q V03 0 0MHX 3500 61A Y 2S C50 06-T1

Q V04 C0 0HZ40 02201 Y HV C32 8C

Q V05 C0 0HZ40 02201 Y HV C32 8C

Q V06 0 0MHX 3472 61P Y 2S C47 26TLP

RV0 1 0 0MNN 05101 61Y RK 73B JTTD 10 1J (100 OH M +- 5 1/1 6W )

RV0 2 0 0MNN 05470 61Y RK 73B 1JTTD 4 70J (47 O HM + - 5 1/ 16W )

RV0 3 0 0MNN 05822 61Y RK 73B 1JTTD 8 22J (8. 2K O HM +- 5 1/ 16W )


RV0 5 0 0MNN 05471 61Y RK 73B 1JTTD 4 71J (47 0 O HM + - 5 1 /16W )


RV0 7 0 0MNN 05470 61Y RK 73B 1JTTD 4 70J (47 O HM + - 5 1/ 16W )



RV1 0 0 0MNN 05331 61Y RK 73B 1JTTD 3 31J (33 0 O HM + - 5 1 /16W )


RV1 2 0 0MNN 05683 61Y RK 73B 1JTTD 6 83J (68 K O HM + - 5 1/1 6W )

RV1 3 0 0MNN 05047 61Y RK 73B 1JTTD 4 R7J (4 .7 O HM + - 5 1 /16W )

RV1 4 0 0MNN 05047 61Y RK 73B 1JTTD 4 R7J (4 .7 O HM + - 5 1 /16W )

CS0 1 0 0ME Y2 2603 52Y RV 2-35V 220 MU -R

CS0 2 0 0MDK 961 0420 Y GRM 188B 11 C104K A 01D ( 0 .1UF +- 1 0 B 16 V)

CS0 3 0 0MDK 961 0420 Y GRM 188B 11 C104K A 01D ( 0 .1UF +- 1 0 B 16 V)

CS0 4 0 0ME Y2 2603 52Y RV 2-35V 220 MU -R

S YM .


CS0 6 0 0MDK 961 0420 Y G RM 188B 11 C 104K A 01D ( 0 .1U F +- 1 0 B 16 V )

C S0 7 0 0MDK 961 0420 Y G RM 188B 11 C 104K A 01D ( 0 .1U F +- 1 0 B 16 V )

C S0 8 0 0ME Y2 2603 52Y RV 2-35V 220 MU -R

CS1 0 0 0MDK 961 0230 Y G RM 188B 11 H 102K A 01D (10 00 P F + - 10 B 50V )

C S1 1 0 0MDK 961 0230 Y G RM 188B 11 H 102K A 01D (10 00 P F + - 10 B 50V )








C S2 1 0 0ME Y1 0601 07Y TE ES V A1A 106 M 8R (10U F / 10V )

C S2 2 0 0ME Y2 2603 52Y RV 2-35V 220 MU -R

CS2 3 0 0ME Y2 2603 52Y RV 2-35V 220 MU -R

CS2 4 0 0MDK 961 0230 Y G RM 188B 11 H 102K A 01D (10 00 P F + - 10 B 50V )


Q S01 C 0 0HC 91 0012 1Y B A9 0BC 0FP-E 2

Q S02 0 0MHC 38905 09F N JM 7805F A + 5V

Q S03 C 0 0H X2 1628 2AY 2S B 1628 -T 1 -A Z (Z Y ,Z Z )

Q S04 0 0MB A2 1710 00Z UM G 3N TR


Q S06 0 0MB A2 1710 00Z UM G 3N TR

Q S07 0 0MB A2 1104 00Y DTC 144E EF T L ( / R N 11 04)


Q S09 0 0MB A2 1710 00Z UM G 3N TR

Q S10 0 0MB A2 1104 00Y DTC 144E EF T L ( / R N 11 04)

R S0 1 0 0MNN 05332 61Y RK 73B 1J T TD 3 32J (3 . 3K O HM +- 5 1 / 16W )






R S0 7 0 0MNN 05102 61Y RK 73B 1J T TD 1 02J (1K O HM + - 5 1 /16 W )


R S0 9 0 0MNN 05102 61Y RK 73B 1J T TD 1 02J (1K O HM + - 5 1 /16 W )



C B0 1 C 0 0EF 47703 510 E KZH 350E LL4 71M J16 S

CB0 2 C 0 0EF 47703 510 E KZH 350E LL4 71M J16 S

CB0 3 0 0MDK 961 0420 Y G RM 188B 11 C 104K A 01D ( 0 .1U F +- 1 0 B 16 V )

C B0 4 0 0MDK 961 0230 Y G RM 188B 11 H 102K A 01D (10 00 P F + - 10 B 50V )

C B0 5 0 0MDK 961 0330 Y G RM 188B 11 H 103K A 01D

CB0 6 0 0ME Y1 0601 07Y TE ES V A1A 106 M 8R (10U F / 10V )

C B0 9 0 0MDK 961 0420 Y G RM 188B 11 C 104K A 01D ( 0 .1U F +- 1 0 B 16 V )

C B1 0 0 0ME Y2 2603 52Y RV 2-35V 220 MU -R

CB1 1 0 0MDK 961 0230 Y G RM 188B 11 H 102K A 01D (10 00 P F + - 10 B 50V )

C B1 2 0 0ME Y2 2603 52Y RV 2-35V 220 MU -R

CB1 3 0 0MDK 961 0420 Y G RM 188B 11 C 104K A 01D ( 0 .1U F +- 1 0 B 16 V )

C B1 4 0 0ME Y1 0601 07Y TE ES V A1A 106 M 8R (10U F / 10V )

C B1 5 C 0 0EF 47703 510 E KZH 350E LL4 71M J16 S

LB 01 C 0 0LC 2 10400 60 S F 1-T 12-50 -0 2 -PF

LB 02 C 0 0LC 2 10300 90 TS L13 15S -1 00K 5R 1-P F

LB 12 C 0 0FN 21 03003 0 C 3 H -A 00 28

LB 13 C 0 0FN 21 10001 Y A CM 1 513-55 1 -2PL , C O M M MO DE F ILT ER , T DK

Q B01 C 0 0H Z 20 00629 Y DF 2 0L60 U -7 072 , 600 V 2 0A , S N IN D E NG E N

Q B02 C 0 0H T 11 6521A 0 2S A 1652 -A Z N E C

Q B03 C 0 0H Z 20 07521 Y RB 095 B-60T L (RO HM )

Q B04 0 0MH Z 2 1005 00Y 1S S 301 (T E 85L , F )

S YM .


Q B05 0 0MH Z 3 1301 05Y 02 C Z 13 -Y (T E85 L ,F )

Q B06 0 0MHX 3461 72A Y 2S C 46 17F T L (Q _ R )

Q B07 0 0MHX 3461 72A Y 2S C 46 17F T L (Q _ R )

Q B08 0 0MHC 10296 06F UP C 49 4G S-E 1-A

Q B09 0 0MHY 103 6000 Y 2S J 360(T E 12L ,F )

Q B10 0 0MB A2 1104 00Y DTC 144E EF T L ( / R N 11 04)

Q B11 0 0MHC 98105 98Y X C 6202 P50 2PR 5 .0 V R EG . TO REX

Q B12 0 0MHX 4099 92A Z 2S D 99 9― T2 (C L IC K )

Q B13 0 0MH Z 3 0021 02Y M A8 180-M

Q B14 0 0MH Z 2 0009 02Z M A1 16 (M AT S USH IT A)

R B0 1 0 0MNN 05560 61Y RK 73B 1J T TD 5 60J (56 OH M +- 5 1 / 16W )

R B0 2 0 0MNQ 1 5224 02Y NP R 2TB K 221J （ 220O HM ）RB0 3 0 0MNQ 2 1103 010 NP R 1 0 .01 O HM

RB0 4 0 0MNN 05220 61Y RK 73B 1J T TD 　 220J

R B0 5 0 0MNN 05223 61Y RK 73B 1J T TD 2 23J (22K O HM + - 5 1 /16W )

R B0 6 0 0MNN 05104 61Y RK 73B 1J T TD 1 04J (10 0K O HM +- 5 1 / 16W )

R B0 7 0 0MNN 05274 61Y RK 73B 1J T TD 　 274J

R B0 8 0 0MNN 05472 61Y RK 73B 1J T TD 4 72J (4 . 7K O HM +- 5 1 / 16W )

R B0 9 0 0MNN 05103 61Y RK 73B 1J T TD 1 03J (10 K O HM + - 5 1 /1 6W )




R B1 3 0 0MNN 05223 61Y RK 73B 1J T TD 2 23J (22K O HM + - 5 1 /16W )

R B1 4 0 0MNN 05101 61Y RK 73B J T TD 10 1J (100 OH M +- 5 1 /1 6W )







R B2 1 0 0MNN 05151 61Y RK 73B 1J T TD 1 51J (15 0 O HM + - 5 1 /16W )







R B3 0 0 0MNN 05684 61Y RK 73B 1J T TD 6 84J (68 0K O HM +- 5 1 /16W )


CR 01 0 0MDK 961 0230 Y G RM 188B 11 H 102K A 01D (10 00 P F + - 10 B 50V )

C R 02 0 0MDD 91080 30Y G RM 1882 C 1H 8R 0DD 01 D

CR 03 0 0MDD 90030 30Y G RM 1883 C 1H 3R 0CZ 01

CR 04 0 0MDD 95220 30Y G RM 1882 C 1H 22 0J A01 D (22 PF + - 5 C G 5 0V)

C R 05 0 0MDK 961 0230 Y G RM 188B 11 H 102K A 01D (10 00 P F + - 10 B 50V )

C R 06 0 0MDD 90030 30Y G RM 1883 C 1H 3R 0CZ 01

CR 07 0 0MDD 95220 30Y G RM 1882 C 1H 22 0J A01 D (22 PF + - 5 C G 5 0V)


C R 09 0 0MDD 91080 30Y G RM 1882 C 1H 8R 0DD 01 D






C R 15 0 0ME Y1 0601 67Y TE ES V B21 C 106 M 8R (1 0U F /1 6V)


C R 17 0 0MDD 91060 30Y G RM 1882 C 1H 6R 0DZ 01D

CR 18 0 0MDD 95270 30Y C 1 608CH 1H 270 JT 0 00N 2 7PF


C R 20 0 0MDD 90030 30Y G RM 1883 C 1H 3R 0CZ 01

S YM .

N o .P ART N o. D ES CR IP T IO N

CR21 0 0MDD 90030 30Y G RM 1883 C 1H 3R 0CZ01

CR 22 0 0MDD 95270 30Y C1 608CH 1H 270 JT 0 00N 2 7PF

CR 24 0 0MDD 91060 30Y G RM 1882 C 1H 6R 0DZ01D

CR 25 0 0MDD 95120 30Y G RM 1882 C 1H 12 0J A01


CR 27 0 0MDD 95220 30Y G RM 1882 C 1H 22 0J A01 D (22 PF + - 5 CG 5 0V)

CR 28 0 0MDD 95220 30Y G RM 1882 C 1H 22 0J A01 D (22 PF + - 5 CG 5 0V)

CR 29 0 0MDK 961 0330 Y G RM 188B 11 H 103K A 01D

CR 30 0 0MDK 961 0330 Y G RM 188B 11 H 103K A 01D

CR 31 0 0MDD 95150 30Y G RM 1882 C 1H 15 0J A01


CR 33 0 0ME Y2 2601 67Y TE ES V B21 C226 M8R (22UF / 16V )

CR 34 0 0ME Y2 2601 67Y TE ES V B21 C226 M8R (22UF / 16V )



CR 37 0 0MDK 961 0330 Y G RM 188B 11 H 103K A 01D

CR 38 0 0MDD 90040 30Y G RM 1882 C 1H 4R 0CZ01D

CR 39 0 0MDD 95470 30Y G RM 1882 C 1H 47 0J A01 D (47 PF +- 5 CG 50V )

CR 40 0 0MDD 90010 30Y G RM 1884 C 1H 1R 0CZ01D


CR 42 0 0MDD 95330 30Y C1 608CH 1H 330 JT 0 00N33 PF + - 5 CG 50V


CR 44 0 0MDK 961 0330 Y G RM 188B 11 H 103K A 01D

LR01 0 0MLA 75 01601 0 #6 66S NS-39 4B YM

LR02 0 0MLA 75 01601 0 #6 66S NS-39 4B YM

LR03 0 0MLA 75 01602 0 #6 66S NS-39 3B S

LR04 0 0MLA 75 01602 0 #6 66S NS-39 3B S

LR05 0 0MLU 1515 102Y E LJNCR15 JF

LR06 0 0MLU 1568 102Y E LJNCR68 JF

LR07 0 0MLU 2847 001Y LQW 2B HN47N J03 L

LR08 0 0MLU 0410 301Y M LF 160 8E 100K T

LR09 0 0MLU 2810 101Y LQW 2B HNR10J 03 L

Q R01 C0 0HZ 40 02201 Y HV C32 8C

Q R02 C0 0HZ 40 02201 Y HV C32 8C

Q R03 C0 0HY 4026 01A Y 3S K 260-G R (TE 85L, F )

Q R04 C0 0HZ 40 02201 Y HV C32 8C

Q R05 C0 0HZ 40 02201 Y HV C32 8C

Q R06 C0 0HY 4026 01A Y 3S K 260-G R (TE 85L, F )

Q R07 0 0MHZ 2 0055 01Y HV U13 1TRF -E H IT A CH I

Q R08 0 0MHX 3461 72A Y 2S C46 17FT L (Q _ R )

RR 01 0 0MNN 05224 61Y RK 73B 1J T TD 2 24J (22 0K O HM +- 5 1 / 16W )


RR 03 0 0MNN 05102 61Y RK 73B 1J T TD 1 02J (1K O HM + - 5 1 /16 W )


RR 05 0 0MNN 05684 61Y RK 73B 1J T TD 6 84J (68 0K O HM +- 5 1 /16W )



RR 08 0 0MNN 05470 61Y RK 73B 1J T TD 4 70J (47 O HM + - 5 1 / 16W )






RR 14 0 0MNN 05102 61Y RK 73B 1J T TD 1 02J (1K O HM + - 5 1 /16 W )

RR 15 0 0MNN 05000 61Y RK 73Z 1 JT TD (0 O HM + - 5 1 /16W )

RR 17 0 0MNN 05473 61Y RK 73B 1J T TD 4 73J (47 K O HM + - 5 1 /1 6W )

RR 18 0 0MNN 05101 61Y RK 73B JTTD 10 1J (100 OH M +- 5 1 /1 6W )

RR 19 0 0MNN 05101 61Y RK 73B JTTD 10 1J (100 OH M +- 5 1 /1 6W )


S YM .



RR 23 0 0MNN 05221 61Y RK 73B 1J T TD 2 21J (22 0 O HM + - 5 1 /16W )



C T 01 C 0 0D B 1522 050Y E R F 22X 6C 2H 2 20JD 01L , 22 PF , M UR ATA




C T 08 0 0MDK 561 0230 Y G RM 216B 11 H 102K A 01D


C T 10 0 0MDD 55330 30Y G RM 2162 C 1H 33 0J Z 01D

C T 11 0 0MDD 55220 30Y G RM 2162 C 1H 22 0J Z 01D

C T 12 0 0MDK 561 0230 Y G RM 216B 11 H 102K A 01D

C T 13 0 0MDK 561 0230 Y G RM 216B 11 H 102K A 01D

C T 14 0 0MDD 50010 30Y G RM 2164 C 1H 1R 0CD 01 D


C T 16 0 0MDK 961 0230 Y G RM 188B 11 H 102K A 01D (10 00 P F + - 10 B 50V )






C T 24 C 0 0D B 1533 120Y E R F 22X 6C 2D 3 31JD 01L , 33 0P F , M URATA

C T 25 C 0 0D B 1539 050Y E R F 22X 6C 2H 3 90JD 01L ,39P F ,M URA TA

C T 26 0 0MDK 561 0230 Y G RM 216B 11 H 102K A 01D

C T 27 0 0MDK 561 0230 Y G RM 216B 11 H 102K A 01D

C T 28 0 0MDD 90030 30Y G RM 1883 C 1H 3R 0CZ 01

C T 30 0 0MDD 95470 30Y G RM 1882 C 1H 47 0J A01 D (47 PF +- 5 C G 50V )

C T 32 0 0MDD 91060 30Y G RM 1882 C 1H 6R 0DZ 01D

C T 33 0 0MDD 95330 30Y C 1 608CH 1H 330 JT 0 00N 33 PF + - 5 C G 50V


C T 35 0 0ME Y2 2602 57Y TE ES V D 1E 226M 12R 2 2UF /25 V


C T 38 0 0MDD 95330 30Y C 1 608CH 1H 330 JT 0 00N 33 PF + - 5 C G 50V

C T 40 0 0MDK 561 0230 Y G RM 216B 11 H 102K A 01D


C T 42 0 0MDD 55221 30Y 22 0PF

C T 44 0 0MDD 95220 30Y G RM 1882 C 1H 22 0J A01 D (22 PF + - 5 C G 5 0V)

C T 45 0 0ME Y1 0601 67Y TE ES V B21 C 106 M 8R (1 0U F /1 6V)


C T 47 0 0MDD 95101 30Y G RM 1882 C 1H 10 1J A01 D (100 PF +- 5 C G 5 0V)






C T 54 0 0MDD 55101 30Y G RM 2162 C 1H 10 1J A01 D





C T 59 0 0MDD 55330 30Y G RM 2162 C 1H 33 0J Z 01D

C T 60 0 0MDD 55680 30Y G RM 2162 C 1H 68 0J Z 01D

C T 61 0 0MDD 55560 30Y G RM 2162 C 1H 56 0J Z 01D


C T 63 0 0MDD 55180 30Y G RM 2162 C 1H 18 0J Z 01D




S YM .



C T 68 0 0MDK 964 7320 Y G RM 188R 11C 47 3KA 01 D


C T 70 0 0ME Y4 7601 67Y TE ES V C 1C 47 6M 1 2R (47 U F / 16V )







C T 80 0 0MDD 91100 30Y G RM 1882 C 1H 10 0J A01 D

C T 81 0 0MDD 91100 30Y G RM 1882 C 1H 10 0J A01 D



C T 87 0 0ME A4 7702 570 RE 3-25V 471 MH 3 #

C T 88 0 0ME A4 7702 570 RE 3-25V 471 MH 3 #

C T 89 0 0MDK 561 0230 Y G RM 216B 11 H 102K A 01D

C T 90 0 0MDK 561 0230 Y G RM 216B 11 H 102K A 01D

C T 91 0 0MDK 561 0230 Y G RM 216B 11 H 102K A 01D

C T 92 0 0MDK 561 0230 Y G RM 216B 11 H 102K A 01D

JT 0 1 C 0 0YJ 10 1000 20 NS 250 2 , S O -239 (M -J) W IT H N UT , P HO E N IX

LT 01 C 0 0M L 0501 0090 A IR C O IL 4 . 0T *5 .0 1 .0A IW



LT 04 0 0MM L050 1003 0 3T CO IL

LT 05 0 0M LU 2847 001Y LQ W 2B HN47N J 03 L

LT 06 0 0M LU 1210 201Y N L V32 T -1 R 0J -PF



LT 09 0 0MM L050 1003 0 3T CO IL

LT 10 0 0MM L050 1003 0 3T CO IL

LT 11 C 0 0LU 8 06820 1Y LQ H 55DN 6R 8M 0 3L

LT 12 C 0 0LU 8 06820 1Y LQ H 55DN 6R 8M 0 3L



LT 15 0 0MM L020 050G Y A S0 5073 0-47NK



LT 18 0 0M LU 2810 101Y LQ W 2B HNR 10J 03 L

LT 19 0 0M LU 2810 101Y LQ W 2B HNR 10J 03 L


LT 21 C 0 0LU 8 06820 1Y LQ H 55DN 6R 8M 0 3L

LT 22 C 0 0LU 8 06820 1Y LQ H 55DN 6R 8M 0 3L

LT 23 0 0M FN 3 1030 03Y B LM 21P G 600S N 1D 2012 3A

LT 24 0 0MM L017 0503 Y 0 . 5 /1 . 7D 3T CO IL

LT 25 0 0MM L017 0503 Y 0 . 5 /1 . 7D 3T CO IL

LT 26 0 0MM L017 0503 Y 0 . 5 /1 . 7D 3T CO IL

LT 27 C 0 0LU 8 06820 1Y LQ H 55DN 6R 8M 0 3L

LT 28 C 0 0TO 114 0504 0 O P -14D 31 R F

LT 29 0 0MM L020 050E Y 0 . 5 /2 . 0D 5T

LT 30 0 0M LU 0410 301Y M LF 160 8E 100K T

LT 31 C 0 0LU 8 00300 1Y A S0 5022 1-3R 3N J (3 .3 nH )

LT 32 C 0 0LU 8 00300 1Y A S0 5022 1-3R 3N J (3 .3 nH )

Q T 01 0 0MHD 20001 450 UM -9401

Q T 02 0 0MH Z 2 0006 20Y L7 09C E R

Q T 03 0 0MH Z 2 0055 01Y HV U 13 1TR F -E H IT A CH I

Q T 04 0 0MH Z 2 0057 02Y M A2 S72 800L

Q T 05 0 0MH Z 2 0057 02Y M A2 S72 800L

Q T 06 C 0 0H F 2A 003 000 RD 7 0HV F 1

S YM .


Q T 07 C 0 0H Y 4RD 01 1BYRD 0 1MU S1-10 1

Q T 08 0 0MH Z 3 0561 00Y M AZ 8 0560M L

Q T 10 0 0MHX 3500 61A Y 2S C 50 06-T 1

Q T 11 0 0MHC 10336 05Y TA 75S 01F (T E 85L ,F )

Q T 12 0 0MHX 3522 71A Y 2S C 52 27-4 -T B -E

Q T 14 C 0 0H V 0003 499Y IM S A-680 2-01Y 900

Q T 15 C 0 0H Y 2A0 0300 Y RD 1 2MV S 1

Q T 16 C 0 0H F 22 49800 0 2S K 2498

Q T 17 C 0 0H F 22 49800 0 2S K 2498

R T 01 0 0MR I 0522 112Y M CR 50J ZH J 221 (220 O HM + - 5 1 /2W )

R T 02 0 0MNN 05103 61Y RK 73B 1J T TD 1 03J (10 K O HM + - 5 1 /1 6W )


R T 05 0 0MNN 05101 61Y RK 73B J T TD 10 1J (100 OH M +- 5 1 /1 6W )

R T 06 0 0MG D 0 5000 160 0 O HM + - 5 1 /6W

R T 07 0 0MNN 05101 61Y RK 73B J T TD 10 1J (100 OH M +- 5 1 /1 6W )

R T 08 0 0MNN 05102 61Y RK 73B 1J T TD 1 02J (1K O HM + - 5 1 /16 W )

R T 10 0 0MNN 05000 61Y RK 73Z 1 JT T D (0 O HM + - 5 1 /16W )

R T 15 0 0MNN 05221 61Y RK 73B 1J T TD 2 21J (22 0 O HM + - 5 1 /16W )

R T 16 0 0MNN 05822 61Y RK 73B 1J T TD 8 22J (8 . 2K O HM +- 5 1 / 16W )


R T 18 0 0MNN 05104 61Y RK 73B 1J T TD 1 04J (10 0K O HM +- 5 1 / 16W )

R T 19 0 0MNN 05223 61Y RK 73B 1J T TD 2 23J (22K O HM + - 5 1 /16W )


R T 21 C 0 0N Y 0473 038Z P VA 2A 473A 01 R 00



R T 26 0 0MNN 05220 61Y RK 73B 1J T TD 　 220J



R T 30 C 0 0NQ 251 0301 Y E R JM 1W S1 0M

RT 31 0 0MNN 05100 61Y RK 73B 1J T TD 1 00J (10 O HM + - 5 1 / 16W )

R T 32 C 0 0N Y 0102 038Z P VA 2A 102A 01 R 00


R T 34 C 0 0NQ 251 0301 Y E R JM 1W S1 0M

RT 35 0 0MNN 05100 61Y RK 73B 1J T TD 1 00J (10 O HM + - 5 1 / 16W )

R T 36 C 0 0N Y 0102 038Z P VA 2A 102A 01 R 00




R T 41 0 0MNN 05150 61Y RK 73B 1J T TD 　 150J






R T 48 0 0MNN 05100 61Y RK 73B 1J T TD 1 00J (10 O HM + - 5 1 / 16W )




R T 61 0 0MNN 05470 61Y RK 73B 1J T TD 4 70J (47 O HM + - 5 1 / 16W )


R T 64 0 0MG D 0 5000 160 0 O HM + - 5 1 /6W

S YM .


F 001 0 0M F S 110 0060 0 G A R 10 250V 10 A/M F 60N R 10A #

F 002 0 0M F S 110 0060 0 G A R 10 250V 10 A/M F 60N R 10A #

N 001 C 0 0MP 510 0002 0 M P-10 00 (M IC F O R L AND MO B ILE R A D IO )

K0 01 C 0 0W I 70A C 1000 P CB K I T F O R F L -M 100 0

W 00 1 C 0 0YC 0029 0010 DC PO W ER C AB LE V F F 2 .0 W IT H BU S H IN G

W 00 2 C 0 0YC 0300 0020 DC PO W ER C AB LE V F F 2 .0 W IT H 2 F U S E HO LDE R

W 00 3 0 0MY U 400 7051 0 S M L 2CD -40X 70 .0 -B D X6 -P 0 .5 -S4

S YM .

N o .PA R T N o. D E S C R I P T I O N Q T Y

0 0 1 B 0 0M 7 0 A C 0 6 4 0 1 2 F R O N T C A S E ( F L -M 1 0 0 0 ) 1

0 0 2 B 0 0M 7 0 A C 1 5 8 0 1 0 W IN D O W 1

0 0 3B 0 0M 7 0 A C 2 7 0 0 1 0 F R O N T B U T T O N ( F L -M 1 0 0 0 ) 1

0 0 4 B 0 0M 7 0 A C 2 0 2 0 1 0 S P -N E T 1

0 0 8 B 0 0M 7 0 A C 1 6 0 0 1 2 L C D B R A C K E T 1

0 0 9 B 0 0M 7 0 A C 2 7 4 0 1 0 R E F LE C T O R 1

0 1 0 B 0 0M 7 0 A C 1 0 7 0 1 0 F I L T E R 1

0 1 2 B 0 0M 7 0 A C 1 0 7 0 2 0 K A K U S AN S H E E T 1

0 1 5 B 0 0M 0 8 1S 1 1 8 2 2 0 L .E . D . S P AC E R (M A IN ) 1

0 1 6 B C 0 0 5 1 2 5 0 3 0 6 A 0 + B IN D IN G H E AD P - T IT E ( 3 X 6 ) 4

0 1 8 B 0 0M 7 0 A C 1 5 4 0 1 0 K N O B 1

0 2 0 B C 0 0 5 2 7 3 0 3 2 0U 9 S C R E W 6 K A K U M 3 x 2 0 3

0 5 1 B 0 0M 7 0 A C 4 0 1 0 1 0 D IE C A S T F R A M E 1

0 5 2 B 0 0M 7 0 A C 1 6 0 0 2 0 A N T C ON B R AC K E T 1

0 5 3 B 0 0M 7 0 A C 2 5 7 0 1 0 D IE C A S T L I D 1

0 5 4 B 0 0M 5 1 1 0 0 3 2 5U 9 S C R E W F O R C V + G U ID E 4

0 5 5 B C 0 0 5 1 4 4 0 3 0 8 E 9 + P A N H E A D S E M S /S W (M 3 * 8 ) 2

0 5 8 B 0 0M 7 0 A C 1 0 7 0 4 0 J A C K S H E E T 4

0 6 1 B 0 0M 5 2 A C 1 0 1 0 5 0 S U P PO R T (M +B 2 7 L = 5 .5 ) 3

0 6 2 B 0 0M 7 0 A C 2 6 7 0 1 0 H EA T S IN K 1

0 6 5 B 0 0M 5 2 A C 1 0 9 0 1 0 S H IE LD 1

0 7 1 B 0 0M 5 1 4 4 0 3 0 6 A 9 + P A N H E A D K A M U S U / SW (M 3 * 6 ) 8

0 7 2 B 0 0M 5 1 0 6 0 3 1 2 A 9 S C R E W 2

0 7 3B 0 0M 5 1 4 4 0 3 1 0 A 9 S C R E W 2

0 7 6B 0 0M 7 0 A C 1 6 0 0 3 0 T R IC B R A C KE T 1

0 7 7 B 0 0M 7 0 A C 1 6 0 0 4 0 A U D IO IC B R A C KE T 1

0 7 8 B 0 0M 7 0 A C 1 6 0 0 4 0 A U D IO IC B R A C KE T 1

0 7 9 B 0 0M 5 1 4 4 2 6 1 0 A 0 T R B R AC K E T F IX 1

0 8 0 B 0 0M 7 0 A C 1 0 7 0 5 0 H EA T S H EE T 1

0 8 1 B 0 0M 7 6 A C 1 2 3 0 2 0 C ON T AC T O R 1

0 8 2 B 0 0M 7 6 A C 1 2 3 0 2 0 C ON T AC T O R 1

0 8 5 B 0 0M 7 0 A C 8 6 1 0 1 0 M AD E L L A B E L F L -M 1 0 0 0 A 1

0 0 1 S 0 0M 8 2 A C 8 0 1 0 1 0 P A C K I N G C A SE 1

0 0 2 S 0 0M 8 2 A C 8 0 5 0 1 0 M AS T E R C A R T O N 1 / 5

0 0 3 S 0 0M 7 0 A C 8 0 9 0 1 0 C U SH I O N 1

0 0 5 S 0 0M 0 0 A C 8 1 1 0 6 0 P O L Y E T Y B AG F O R S E T 1

0 0 6 S 0 0M 9 5 1 0 9 0 1 2 7 0 L A B E L 1

0 0 7 S 0 0M 0 0 A C 1 0 8 0 1 0 S E A L (A 4 :2 1 0 X 2 9 7 ) 1 / 5

0 1 0 S 0 0M 8 2 A C 8 0 5 1 1 0 O U T ER C AR T O N 1 / 5

0 0 1 T 0 0M 7 0 A C 8 5 1 0 1 0 \ U S ER M A N U A L 1

0 0 1M 0 0M 3 5 0B 1 5 5 5 0 0 M IC H A N G E R A S S Y 1

0 0 1 V 0 0M 7 0 A C 1 6 0 0 5 0 M O U N T B R A C KE T 1

0 0 2 V 0 0M 7 0 A C 0 5 6 0 1 0 B U F F E R F O R M O U N T B R A C K E T 2

0 0 3 V C 0 0 9 0 1 2 6 3 8 0 1 0 P O L Y E T H Y B A G N o .1 3 ( 2 6 0 X 3 8 0 ) 1

0 0 4 V 0 0M 5 2 4 9 0 4 0 8U 0 + H E XA G O N H E A D B O L T (M 4 *8 ) 4

0 0 5 V 0 0M 5 1 3 5 0 5 1 4 X 0 + T R U SS H E A D T A P P IN G 1 - S YU (5 X 1 4 ) 4

0 0 6 V 0 0M 5 2 4 9 0 5 1 5 X 9 + H E XA G O N H E A D B O L T (M 5 *1 5 ) 4

0 0 7 V C 0 0 5 3 1 1 0 5 0 3 K 9 H EX A G O N N U T 3 - S Y U (M 5 ) 4

0 0 8 V 0 0M 5 4 0 2 0 5 0 1 E 0 W A S H E R M IG AK I-M A R U H I R A (5 .0 * 1 2 .0 * t0 . 8 )4

0 0 9 V 0 0M 5 4 0 4 0 5 0 2N 0 F O R M O B IL E B R A C KE T 4

0 1 0 V 0 0M 9 0 1 0 5 1 0 0 2 0 P O L Y E T H Y B A G 5 0 * 1 0 0 T =0 .0 6 1

0 1 1 V 0 0M 9 0 1 1 0 3 0 0 1 0 P O L Y E T H Y B A G 1 0 0 * 3 0 0 1

0 1 2 V 0 0M 0 3 5S 0 0 7 0 1 2 S T R IP B IN IT A I( L = 1 0 0m m ) 1

SECTION 6 MECHANICAL PARTS LIST

RD70HVF1 2SA1652 RD01MUS1 2SB1628

2SC5006, 2SC5227, 2SC4726, 2SC4116,2SC4215, 2SC4116, 2SD2351, 2SC4617

3SK260

L709CER (PIN DIODE) HVC328C

RN739F, HVM14S DAN235E, 1SS301

ZENER DIODE DTA114EE, DTA143EUA

2SJ347 2SK1830

2SK880 UMG3N

DTC144EE, 02CZ13Y

MA2S728, HVU131, MA2S111, 1SS389 DE5LC20U, RB095B-60

G

S

D

G D

S

G

S

D

B

E

CB

E

C

SG 1

G2 DG2

G1

D

S

K

A

KA KA

KA

D

S

G

D

S

G

C

E

B

C

E

B

D

S

G

C1

B2 C2

E

B1C 1

B 2 C2

E

B 1

K

A

KA

ECB

EB

C

K

A

G

D

S

SECTION 7 SEMI-CONDUCTOR INFORMATION ・TRANSISTOR, FET AND DIODESTRANSISTOR, FET AND DIODESTRANSISTOR, FET AND DIODESTRANSISTOR, FET AND DIODES

SECTION 8 BOARD LAYOUTS

8-1 FRONT UNIT SIDE A

8-2 FRONT UNIT SIDE B

8-3 MAIN UNIT SIDE A

8-4 MAIN UNIT SIDE B

vhf air band transceiver fl-m1000a/e

Documents