mediatek mt6169v rf transceiver partial circuit … robertson road, suite 500, ottawa, on k2h 5b7...

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MediaTek MT6169V RF Transceiver Partial Circuit Analysis of the Input Circuits

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MediaTek MT6169V RF Transceiver Partial Circuit Analysis Report

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CAR-1510-202 30019JSBL Revision 1.0 Published: October 23, 2015


Overview

Introduction

Brief Design Overview

Component Descriptions

Device Summary

References

Figures

To view, please click on the appropriate bookmark in the panel on the left.

0.1.1 Package Markings 0.1.2 Package X-Ray 0.1.3 Die Markings 0.2.1 Die Photograph 0.2.2 Annotated Die Photograph 0.2.3 Die Architecture

Schematics

1.0.0 TX Input First Stage 2.0.0 Input Impedance Control 3.0.0 Control Logic 4.0.0 Variable Resistor 1 5.0.0 Variable Resistor 2 6.0.0 Amplifier 7.0.0 Feedback Resistor


8.0.0 Variable Capacitor 1 8.1.0 Capacitor 1 8.2.0 Capacitor 2 8.3.0 Capacitor 3 8.4.0 Capacitor 4 8.5.0 Capacitor 5 8.6.0 Capacitor 6 8.7.0 Capacitor 7 8.8.0 Capacitor 8 8.9.0 Capacitor 9 8.10.0 Capacitor 9A 9.0.0 Variable Capacitor 2 9.1.0 Capacitor 5 9.2.0 Capacitor 9 9.3.0 Capacitor 9A 10.0.0 Output Resistor

About Chipworks


Introduction

The MediaTek MT6169V is a radio frequency (RF) transceiver integrated circuit accompanying the MT6290 LTE modem. It supports up to eight primary RF inputs (three high bands, two mid bands, and three low bands), plus another eight RF inputs for diversity gains. The RF chip supports more than 30 3GPP bands and is configurable to meet the RF band needs of mobile operators globally [1].

The MT6169V houses the AM10263B die with a date marking of October 30, 2013. The die measures 2.44 mm x 3.88 mm. It was manufactured in a 40 nm CMOS process. Chipworks bases this estimate on the minimum contacted gate pitch, minimum metal 1 pitch, and minimum transistor gate length measurements.

This partial Circuit Analysis report presents the first stage of one of the two inphase/quadrature TX input circuits from the input pins. The report includes the following major functional sub-blocks/sub-circuits:

• Input Impedance Control (Schematic 2.0.0) • Control Logic (Schematic 3.0.0) • Variable Resistor 1 (Schematic 4.0.0) • Variable Resistor 2 (Schematic 5.0.0) • Amplifier (Schematic 6.0.0) • Feedback Resistor (Schematic 7.0.0) • Variable Capacitor 1 (Schematic 8.0.0) • Variable Capacitor 2 (Schematic 9.0.0) • Output Resistor (Schematic 10.0.0)

Brief Design Overview

The TX input circuits of the MT6169V includes two identical lowpass filtering amplifiers for the two pairs of inphase and quadrature signals from four pads. Schematic 2.0.0 shows the simple ESD and programmable resistor circuits. The resistors are likely used for input impedance control and as a part of the gain control along with the programmable feedback resistors (Schematic 7.0.0). There are also two resistors (Schematics 4.0.0 and 5.0.0) tapped on the input of the TX input stage and connect to an analog block adjacent to the TX phase-locked loop (PLL). The amplifier shown in Schematic 6.0.0 includes a mid-voltage clamp circuit to ensure the mid-voltages of the two paired output signals, VOP/VON, are at the reference voltage VMRF.


Component Descriptions

The MT6169V is fabricated in a low power RF CMOS process and features a variety of active and passive components. The active components are MOS devices. Planar views of all devices at all layers of the process can be viewed within the ICWorks Browser.

NMOS, NMOS4, PMOS, and PMOS4

Standard MOS transistors (N-type and P-type). These devices have the following parameters associated with them in the schematics:

• Instance name (e.g., N15255 in Schematic 2.0.0) • Gate width/gate length in µm of the unit device • The number of unit devices (m) making up the total device

RPOLY

Resistors formed using the polysilicon layer with silicide exclusion. These devices have the following parameters associated with them in the schematics:

• Instance name (e.g., R17644 in Schematic 2.0.0) • Type of resistor (RPOLY) • The total number of squares in the resistor (sq)

More information is available for each resistor in the ICWorks Browser by selecting an instance and using the query (q) function. There, the following parameters are available:

r – The total number of squares in the resistor m – The number of identical resistor segments in parallel making up the total resistor s – The number of identical resistor segments in series making up the total resistor w – The width of each resistor segment l – The length of each resistor segment


This report contains the following information:

• a full set of schematics with device size measurements, organized in a hierarchical manner • package, X-ray, die markings, and die photographs • device summary

Accompanying this report are the full hierarchical schematics in the ICWorks Browser. This schematic viewing tool allows you to interactively view all the schematics. You can select instances, wires, or areas (left mouse button), highlight nets (b), and query devices (q). You can easily browse down (Shift-E) and up (Ctrl-E) the schematic hierarchy. You can cross-probe from devices, groups of devices, or blocks in the schematics to the annotated images (function key F7). All annotations and layer images are visible at very high resolution, and can be viewed by using the - and + keys. You can use the ruler to measure any feature in the image. Cross-probing also works in the reverse direction, from annotated images to schematics (F7). The ICWorks Browser can write many formats of netlists including SPICE, Verilog, VHDL, and EDIF200. The “help” pull-down menu in the tool includes a bindkey reference and short tutorial to help you get started. Chipworks highly recommends that these schematics be viewed with the ICWorks Browser.

Click here to launch ICWorks Browser.

All of the information in this report was derived by Chipworks from high magnification photographs and microscopy observations of the following sample:

MediaTek MT6169V Device Type: RF transceiver Date Code: 1427 Die Markings: <MediaTek logo> AM10263B OCT_30_2013


Device Summary

Part Identification Manufacturer MediaTek Part number MT6169V Type RF Transceiver Die markings <MediaTek logo> AM10263B

OCT_30_2013 Date code 1427-AMAH Package Ball grid array (BGA) Functional Information Process 40 nm Technology Low power RF CMOS Metal interconnect layers 7 Poly interconnect layers 1 Peripheral Feature Sizes PMOS/NMOS gate lengths 40 nm/40 nm Metal 1 pitch 130 nm Contacted gate pitch 160 nm Technology node 45 nm/40 nm


References

[1] “MediaTek Announces the Availability of Multimode LTE Modem Chipset,” http://www.mediatek.com/en/news-events/mediatek-news/mediatek-announces-the-availability-of-multimode-lte-modem-chipset/

0.1.1 Package Markings MediaTek MT6169VDevice Type: RF TransceiverDie Markings: <MediaTek logo> AM10263B

OCT_30_2013Date Code: 1427

0.1.2 Package X-Ray MediaTek MT6169VDevice Type: RF TransceiverDie Markings: <MediaTek logo> AM10263B


0.1.3 Die Markings MediaTek MT6169VDevice Type: RF TransceiverDie Markings: <MediaTek logo> AM10263B


0.2.1 Die Photograph MediaTek MT6169VDevice Type: RF TransceiverDie Markings: <MediaTek logo> AM10263B


Die Size: 2.44 mm x 3.88 mm = 9.5 mm2

0.2.2 Annotated Die Photograph MediaTek MT6169VDevice Type: RF TransceiverDie Markings: <MediaTek logo> AM10263B


1.0.0 TX Input First Stage (1/2)

TX input pads

TX input

0.2.3 Die Architecture MediaTek MT6169VDevice Type: RF TransceiverDie Markings: <MediaTek logo> AM10263B


diversity RX

RX PLL

main RX

TX

TX PLL

logic, miscellaneous,

and analog

X1203_A1

X265_A

X558_Z

X321_A

X1137_Z

X1137_ZN

X1137_ZN

X1137_Z

P3658_G

P3658_D

N28777_G

N6884_D

P3658_G

P3658_D

N28777_G

N6884_D

X1137_Z

X558_Z

P3172_S P3172_S

X558_Z

X321_A

X639_A1

X13844_Z

X412_A1

X580_A

X363_A

X579_A

X13716_A

P33653_D

X216_A

X234_A

X1237_Z

X1237_ZN

P3172_S

X1237_ZN

X1237_Z

X234_A

X216_A

P33653_D

X13716_A

X579_A

X363_A

X580_A

X412_A1

X13844_Z

X639_A1

X265_A

X1203_A1

X1203_A1

X265_A

X558_Z

X321_A

N49

012.

3u/4

5n

m=8

P55

85

m=8

4.5u

/45n

P32

882

m=8

4.5u

/45n

N33

871

2.3u

/45n

m=8

DI<0>DI<1>DI<2>DI<3>

VITX2

VITX3

VS

VITXN

VITXP

2.0.0 Input Impedance Control

MI2

ESD

DI<0>DI<1>

ZA

4.0.0 Variable Resistor 1

MI29

DI<2>

DI<0>DI<1>

ZA


MI30

DI<2>

DISL

VS DI<0>DI<1>DI<2>DI<3>

3.0.0 Control Logic

MI31

N49

012.

3u/4

5n

m=8

C34640

CAP_F_M15area=62.4p

C2042

CAP_F_M15area=62.4p

P55

85

m=8

4.5u

/45n

P32

882

m=8

4.5u

/45n

N33

871

2.3u

/45n

m=8

C28290

CAP_F_M15area=62.4p

ENPVBVBNVBN1VBPVBP1VBP2VBP3

VIN

VIP

VMRF

VS

VON

VOP

6.0.0 Amplifier

MI3

DI<0>DI<1>

Z A

7.0.0 Feedback Resistor

MI23

DI<0>DI<1>DI<2>DI<3>DI<4>DI<5>DI<6>DI<7>DI<8>DI<9>DI<10>DIN<10>

Z A

8.0.0 Variable Capacitor 1

MI24

DI<0>DI<1>DI<2>DI<3>DI<4>DI<5>DI<6>DI<7>DI<8>DI<9>DI<10>DIN<10>

Z A


MI25

DI<0>DI<1>

Z A


MI26

DI<0>DI<1>

A Z

10.0.0 Output Resistor

MI27

DI<0>DI<1>

A Z


MI28

DI<0>DI<1>

ZA


MI29

DI<2>

DI<0>DI<1>

ZA


MI30

DI<2>

VITX2

VITX3

To Next Stage

N.C.

Other Circuits

1 of 2 I/Q TX Input Channels

from Pads

2 of 2 I/Q TX Input Channels

Device Type:

MediaTek MT6169V

1.0.0 TX Input First Stage

Die Markings:

Date Code:

RF Transceiver<MediaTek logo> AM10263BOCT_30_20131427

P4809_G

N27040_D

VS

P4809_G

N5666_D

N35745_G

N35745_G

N5666_D

DI<2>

DI<1>

N35745_G

DI<0>

N5666_D

DI<3>

N27040_D

P4809_G

DI<0>

PAD1344

PAD

PAD2360

PAD

N270400.45u/260n

R17

644

sq=1

7.25

RP

OLY

m=4

R27

770

sq=1

7.25

RP

OLY

m=4

N11918400n/260n

R26

194

sq=1

7.25

RP

OLY

m=4

P14349

400n/260n

P16741

400n/260n

N5666400n/260n

R24

865

sq=1

7.25

RP

OLY

m=4

P22530

400n/260n

P5697

400n/260n

N105740.45u/260n

D123386

area=187.6pDIODE

D123387

area=187.6pDIODE

D123388

area=187.6pDIODE

D123389

area=187.6pDIODE

GND GND

GNDGND

VDDIOVDDIO

GNDIOGNDIO

N15

255

2.3u

/45n

m=3

2

P51

34

m=3

24.

5u/4

5n

N35

745

2.3u

/45n

m=3

2

P48

09

m=3

24.

5u/4

5nN

2877

72.

3u/4

5n

m=3

2

N13

663

2.3u

/45n

m=3

2

P22

741

m=3

24.

5u/4

5n

P31

294

m=3

24.

5u/4

5n

VITX3

VITX2

DI<2> DI<3>

VS

DI<0>

VITXN

VITXP

DI<1>

Device Type:

MediaTek MT6169V

2.0.0 Input Impedance Control

Die Markings:

Date Code:


DI<0>

DI<2>

DI<2>

DI<0>

R10028

sq=4.167RPOLY

R20861

sq=17.25RPOLY

N199121.8u/320n

m=7

N315271.8u/320n

m=7

N248203.6u/260n

m=2

N152041.8u/0.7u

R15252

sq=17.25RPOLY

R19606

sq=4.167RPOLY

R1565

sq=17.25RPOLY

R35634

sq=6.5RPOLY

R32136

sq=4.667RPOLY

R32444

sq=4.167RPOLY

P27183

m=27.1u/260n

R1978

sq=17.25RPOLY

R33603

sq=4.167RPOLY

R11744

sq=17.25RPOLY

P29130

m=24.5u/45n

R18513

sq=17.25RPOLY

P10975

4.5u/0.7u

N112951.8u/0.7u

R9476

sq=17.25RPOLY

R16295

sq=17.25RPOLY

R18274

sq=17.25RPOLY

P17234

4.5u/0.7u

R5729

sq=17.25RPOLY

R31617

sq=4.167RPOLY

R14405

sq=6.5RPOLY

R2622

sq=17.25RPOLY

R2664

sq=17.25RPOLY

R31881

sq=4.667RPOLY

R7014

sq=4.167RPOLY

P6116

4.5u/0.7u

P36098

4.5u/0.7u

R7497

sq=17.25RPOLY

R7611

sq=17.25RPOLY

R10641

sq=17.25RPOLY

P28205

m=24.5u/45n

N91723.6u/260n

m=2

N103551.8u/320n

m=2GND

P3658

400n/260n

N36796400n/260n

N220520.45u/260n

N6884400n/260n

P27183

m=27.1u/260n

N331880.45u/260n

P29130

m=24.5u/45n

P10975

4.5u/0.7u

N3137400n/260n

P10729

400n/260n

P17234

4.5u/0.7u

P2981

400n/260n

P12024

400n/260n

P6116

4.5u/0.7u

P36098

4.5u/0.7u

N18188400n/260n

P33490

400n/260n

P28205

m=24.5u/45n

GND

GND

GND

GND

N25321.8u/0.7u

P33968

m=27.1u/260n

R3775

sq=17.25RPOLY

P25030

m=24.5u/45n

R8625

sq=17.25RPOLY

P5388

m=24.5u/45n

R8765

sq=17.25RPOLY

R9476

sq=17.25RPOLY

R18247

sq=17.25RPOLY

R13266

sq=4.167RPOLY

m=7

N266743.6u/260n

m=2

R19914

sq=17.25RPOLY

N175503.6u/260n

m=2

P33968

m=27.1u/260n

P15120

400n/260n

P25030

m=24.5u/45n

P5388

m=24.5u/45n

DI

SL

DI<2>

DI<3>

VS

DI<0>

DI<1>

Device Type:

MediaTek MT6169V

3.0.0 Control Logic

Die Markings:

Date Code:


X1268_ZN

X265_ZN

X265_Z

X1268_Z

X265_Z

X1107_ZN

X1268_ZN

X1268_ZN

X836_ZN

X1107_ZN

X1268_Z

X265_ZN

X836_ZN

N82

172.

3u/4

5n

m=1

6

R93

52

sq=1

7.25

RP

OLY

m=2P26

111

m=1

64.

5u/4

5n

X265

BUFF

R33

193

sq=1

7.25

RP

OLY

m=4

N27

539

2.2u

/45n

m=3

2

N67

012.

2u/4

5n

m=3

2

P21

209

m=3

24.

5u/4

5n

X1268

BUFF

X1107

NAND2

P10

733

m=3

24.

5u/4

5n

R18

073

sq=1

7.25

RP

OLY

m=4

P26

111

m=1

64.

5u/4

5n

INV

X836

DI<0>

DI<1>

A Z

DI<2>

Device Type:

MediaTek MT6169V


Die Markings:

Date Code:


X321_Z

X321_ZN

X535_ZN

X789_ZN

X321_ZN

X321_Z

X789_ZN

X420_ZN

X535_ZN

X789_Z

X789_Z

X420_ZN

X535

NAND2 INV

X420

X321

BUFF

N70

302.

3u/4

5n

m=1

6

R21

174

sq=1

7.25

RP

OLY

m=4

P27

981

m=1

64.

5u/4

5nN

3033

32.

2u/4

5n

m=3

2

R21

789

sq=1

7.25

RP

OLY

m=2

R31

654

sq=1

7.25

RP

OLY

m=4

N24

261

2.2u

/45n

m=3

2

P16

902

m=3

24.

5u/4

5n

P31

21

m=3

24.

5u/4

5n

X789

BUFF

R21

174

sq=1

7.25

RP

OLY

m=4

R21

789

sq=1

7.25

RP

OLY

m=2

R31

654

sq=1

7.25

RP

OLY

m=4

DI<0>

DI<1>

A Z

DI<2>

Device Type:

MediaTek MT6169V


Die Markings:

Date Code:


X13832_ZN

X13832_Z

X13832_ZNX13832_ZN

X13832_ZX13832_Z

N247531.8u/45n

P705

3.5u/90n

N244811.8u/45n

N322411.8u/45n

P1275

m=23.5u/90n

X13832

BUFF

P7666

3.5u/90n

N118521.8u/320n

P4311

m=23.5u/90n

P4569

m=503.5u/90n

P23137

m=204.4u/400n

N284461.7u/0.7u

m=6

N284771.8u/320n

P29096

m=83.6u/90n

N110591.7u/0.7u

m=6

P32229

m=43.5u/90n

P8409

m=503.5u/90n

P20294

m=83.6u/90n

P28855

m=43.5u/90n

P22876

3.5u/90n

P36309

3.5u/90n

P36324

m=83.6u/90n

P4192

m=83.6u/90n

GND GND

GND GND

GND GND

P3753

3.6u/90n

N154691.8u/45n

m=3

N31

580

1.8u

/45n

m=2

R12

031

sq=7

77.7

78m

RP

OLY

m=4

N201491.8u/45n

m=5

N322361.8u/45n

N247261.8u/320n

m=6

P11873

m=104.5u/0.7u

N40661.8u/320n

m=6

N1953.6u/260n

m=10

N323211.8u/45n

m=10

R36

09

sq=2

6.0

RP

OLY

R15581

sq=4.167RPOLY

m=3

C12

292

CA

P_F

_M15

area

=152

.28p

P25031

3.6u/90n

N314261.8u/320n

R1225

sq=4.167RPOLY

m=7

C22

950

CA

P_F

_M15

area

=291

.4p

P13669

m=104.5u/45n

P7926

m=24.5u/45n

P7863

m=104.5u/0.7u

P27582

m=107.1u/260n

P9679

m=54.5u/45n

C17

711

CA

P_F

_M15

area

=152

.28p

P9640

m=24.5u/45n

P9780

m=34.5u/45n

N39873.6u/260n

m=10

C33

929

CA

P_F

_M15

area

=291

.4p

P17

922

m=2

4.5u

/45n

R33863

sq=4.167RPOLY

m=3

N14

315

1.8u

/320

n

m=1

4

N60211.8u/320n

m=14

N236743.6u/90n

P32061

7.1u/90n

P14131

m=104.5u/45n

R26

140

sq=2

6.0

RP

OLY

P10081

m=64.4u/400n

P32123

m=107.1u/260n

P32326

m=153.5u/90n

P28782

m=64.4u/400n

N35514A3.6u/90n

P26869

7.1u/90n

P28298

m=153.5u/90n

N361671.8u/320n

N95171.8u/45n

m=10

GND

GND GND

GND

GND

GND

GND

GND

GNDGND

VMRF

VBP1

VBP

VBP2

VS

VBN1

VBN

VIP

VIN

VB

VOP

VON

VBP3

ENP

Device Type:

MediaTek MT6169V

6.0.0 Amplifier

Die Markings:

Date Code:


X1203_ZN

X862_ZN

X862_Z X1203_ZN X394_ZN

X862_Z

X862_Z

X394_ZN

X1203_ZN

X862_ZN

X862_ZN

X1203

NAND2

X862

BUFFINV

X394

R86

50

sq=1

7.25

RP

OL Ym=4

P27

248

m=3

24.

5u/4

5nN

8014

2.3u

/45n

m=1

6

N61

492.

2u/4

5n

m=3

2

R23

16

sq=1

7.25

RP

OL Ym=4

R22

350

sq=1

7.25

RP

OL Ym=2

P18

616

m=1

64.

5u/4

5n

P28

613

m=3

24.

5u/4

5nN

9209

2.2u

/45n

m=3

2

P18

616

m=1

64.

5u/4

5n

DI<0>

DI<1>

Z A

Device Type:

MediaTek MT6169V


Die Markings:

Date Code:


X1220_ZN

X620_ZN

X1220_ZN

X694_ZN

X226_ZN

X17277_ZN

X226_ZN

X17277_ZN

X620_ZN

X694_ZN

X226

NOR2C12956

CAP_F_M15area=62.4p

X17277

NOR2

X1220

NOR2

C19883

CAP_F_M15area=62.4p

C33414

CAP_F_M15area=62.4p

INV

X694

INV

X620

X711

BUFF

A

ENP

Z

8.3.0 Capacitor 3

MI1

A

ENP

Z

8.7.0 Capacitor 7

MI5

A

ENP

Z

8.9.0 Capacitor 9

MI7

A

ENP

Z

8.5.0 Capacitor 5

MI9

A

ENP

Z

8.1.0 Capacitor 1

MI12

A

ENP

Z

8.10.0 Capacitor 9A

MI14

ENN

A

ENP

Z

8.8.0 Capacitor 8

MI17

ENN

A

ENP

Z

8.6.0 Capacitor 6

MI19

ENN

A Z

8.2.0 Capacitor 2

MI20

ENN

A

ENP

Z

8.4.0 Capacitor 4

MI22

X226

NOR2 INV

X694

A

ENP

Z

8.1.0 Capacitor 1

MI12

C33414

CAP_F_M15area=62.4p

DI<1>

DI<6>

DIN<10>DI<10>

DI<0>

DI<3>

DI<5>DI<2>

DI<4>

DI<9>

DI<8>

DI<7>

Z A

Device Type:

MediaTek MT6169V


Die Markings:

Date Code:


X292_ZN

X292_Z

X292_Z

X292_ZN

X292_ZN

X292

BUFF

N20

313

500n

/45n

C12

696

CA

P_F

_M15

area

=16.

12p

P17

401

500n

/45n

ENP

A Z

Device Type:

MediaTek MT6169V

8.1.0 Capacitor 1

Die Markings:

Date Code:


ENN

ENN

INV

X589

N15

041

0.9u

/45n

P80

0

0.9u

/45n

C12

257

CA

P_F

_M15

area

=31.

72p

ENN

A Z

Device Type:

MediaTek MT6169V

8.2.0 Capacitor 2

Die Markings:

Date Code:


X667_Z

X667_ZN

X667_ZN

X667_Z

N13

275

1.8u

/45n

P16

404

1.8u

/45n

X667

BUFF

C23

350

CA

P_F

_M15

area

=62.

4p

ENP

A Z

Device Type:

MediaTek MT6169V

8.3.0 Capacitor 3

Die Markings:

Date Code:


X719_ZN

X719_Z

X719_Z

X719_ZN

P11

523

m=2

1.8u

/45n

C52

06

CA

P_F

_M15

area

=62.

4pm

=2

N84

741.

8u/4

5n

m=2

X719

BUFF

ENP

A Z

Device Type:

MediaTek MT6169V

8.4.0 Capacitor 4

Die Markings:

Date Code:


X837_ZN

X837_Z

X837_Z

X837_ZN

P16

171

m=4

1.8u

/45n

C28

57

CA

P_F

_M15

area

=62.

4pm

=4

N16

995

1.8u

/45n

m=4

X837

BUFF

ENP

A Z

Device Type:

MediaTek MT6169V

8.5.0 Capacitor 5

Die Markings:

Date Code:


P27

878

m=6

1.8u

/45n

C27

23

CA

P_F

_M15

area

=62.

4pm

=5

N82

111.

8u/4

5n

m=6

ENN

ENP

A Z

Device Type:

MediaTek MT6169V

8.6.0 Capacitor 6

Die Markings:

Date Code:


X1116_ZN

X1116_Z

X1116_Z

X1116_ZN

X1116

BUFF

N17

636

1.8u

/45n

m=8 C

340

CA

P_F

_M15

area

=62.

4pm

=8

P35

765

m=8

1.8u

/45n

ENP

A Z

Device Type:

MediaTek MT6169V

8.7.0 Capacitor 7

Die Markings:

Date Code:


N14

681

1.8u

/45n

m=1

0

P17

515

m=1

01.

8u/4

5n

C23

1

CA

P_F

_M15

area

=62.

4pm

=9

ENN

ENP

A Z

Device Type:

MediaTek MT6169V

8.8.0 Capacitor 8

Die Markings:

Date Code:


X1266_Z

X1266_ZN

X1266_ZN

X1266_ZX1266

BUFF

C59

8

CA

P_F

_M15

area

=62.

4pm

=16

N23

967

1.8u

/45n

m=1

6

P28

793

m=1

61.

8u/4

5n

ENP

A Z

Device Type:

MediaTek MT6169V

8.9.0 Capacitor 9

Die Markings:

Date Code:


C15CA

P_F

_M15

area

=62.

4pm

=16

P54

88

m=1

61.

8u/4

5nN

1118

01.

8u/4

5n

m=1

6ENN

ENP

A Z

Device Type:

MediaTek MT6169V

8.10.0 Capacitor 9A

Die Markings:

Date Code:


X412_ZN

X1096_ZN

X440_ZN

X17272_ZN

X985_ZN

X440_ZN

X412_ZN

X985_ZN

X1096_ZN

X17272_ZN

A

A

A

A

A

A

A

A

A

INV

X440X412

NOR2

X17272

NOR2

X1096

NOR2 INV

X985

X727

BUFF

A

ENP

Z

8.3.0 Capacitor 3

MI4

A

ENP

Z

8.7.0 Capacitor 7

MI6

A

ENP

Z

9.2.0 Capacitor 9

MI8

A

ENP

Z

8.4.0 Capacitor 4

MI10

A

ENP

Z

9.1.0 Capacitor 5

MI11

A

ENP

Z

9.3.0 Capacitor 9A

MI15

ENN

A

ENP

Z

8.8.0 Capacitor 8

MI16

ENN

A

ENP

Z

8.6.0 Capacitor 6

MI18

ENN

A Z

8.2.0 Capacitor 2

MI21

ENNA

ENP

Z

8.3.0 Capacitor 3

MI4

A

ENP

Z

8.1.0 Capacitor 1

MI13

A Z

8.2.0 Capacitor 2

MI21

ENN

DI<1>

DI<6>

DIN<10>DI<10>

DI<0>

DI<3>

DI<5>

DI<2>

DI<4>

DI<9>

DI<8>

DI<7>

Z A

Device Type:

MediaTek MT6169V


Die Markings:

Date Code:


X1120_Z

X1120_ZN

X1120_ZN

X1120_Z

C59

20

CA

P_F

_M15

area

=62.

4pm

=5

X1120

BUFF

N23

829

1.8u

/45n

m=4

P28

163

m=4

1.8u

/45n

ENP

A Z

Device Type:

MediaTek MT6169V

9.1.0 Capacitor 5

Die Markings:

Date Code:


X138_Z

X138_ZN

X138_ZN

X138_ZX138

BUFF

N35

308

1.8u

/45n

m=1

6

P29

355

m=1

61.

8u/4

5n

C90

3

CA

P_F

_M15

area

=62.

4pm

=15

ENP

A Z

Device Type:

MediaTek MT6169V

9.2.0 Capacitor 9

Die Markings:

Date Code:


C30CA

P_F

_M15

area

=62.

4pm

=16N15

678

1.8u

/45n

m=1

6

P33

369

m=1

61.

8u/4

5n

ENN

ENP

A Z

Device Type:

MediaTek MT6169V

9.3.0 Capacitor 9A

Die Markings:

Date Code:


X696_ZN

X1069_ZN

X1069_Z X1105_ZN

X1069_ZN

X1069_Z

X1105_ZN

X1069_ZN

X1069_Z

X696_ZN

R25

175

sq=1

7.25

RP

OL Y m=2

R67

43

sq=1

7.25

RP

OL Y m=4

P23

107

m=3

24.

5u/4

5n

X1069

BUFF P25

967

m=3

24.

5u/4

5n

INV

X1105

N15

352.

2u/4

5n

m=3

2

N21

907

2.2u

/45n

m=3

2

N30

502.

2u/4

5n

m=3

2

R57

35

sq=1

7.25

RP

OL Y m=4

P35

488

m=3

24.

5u/4

5n

X696

NAND2

DI<0>

DI<1>

ZA

Device Type:

MediaTek MT6169V


Die Markings:

Date Code:


Transistor Size Notation MediaTek MT6169VDevice Type: RF TransceiverDie Markings: <MediaTek logo> AM10263B


m

W

L

L

W

W/Lm = 4

W/Lm = 1

Capacitor Size Notation MediaTek MT6169VDevice Type: RF TransceiverDie Markings: <MediaTek logo> AM10263B


Other types of capacitors may be defined in the first chapter of the report.

W

L

W

LL

W area = L x W

area = L x W

area = L x W

Resistor Size Notation MediaTek MT6169VDevice Type: RF TransceiverDie Markings: <MediaTek logo> AM10263B


W

L sq = L/W

W

L

m resistors in parallel

s resistors in series

W

L

sq = (L/W)/m

sq = s(L/W)


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mediatek mt6169v rf transceiver partial circuit … robertson road, suite 500, ottawa, on k2h 5b7...

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