Hytera PD700, PD700G, PD780, PD780G service manual

SERVICE MANUAL

DMR PORTABLE RADIO

数 字 手 持 对 讲 机

Service Manual

Preface

This manual describes information related with prod uct repair. To repair the product properly, please
read this manual careful ly.

This manual is applica ble to the following model:
PD70X (X may indicate 2, 5, 6 or 8)
PD70XG (X may indicate 2, 5, 6 or 8)
PD78X (X may indicate 2, 5, 6 or 8)
PD78XG (X may indicate 2, 5, 6 or 8)
HD705
HD705G
HD785
HD785G

In this manual, the description related to the LCD is applicable to PD78X/ PD78XG/ HD785/ HD785G
only, while the description related to GPS is applicable t o PD70XG/ PD78XG/ HD705G / HD785G only.

Service Manual

Contents

1. Revision History ................................................................................................................................... 1

2. Copyright Information.......................................................................................................................... 2

3. Disclaimer ............................................................................................................................................. 3

4. Introduction........................................................................................................................................... 4

5. Product Controls .................................................................................................................................. 5

6. Baseband Section ................................................................................................................................ 7

6.1 Power Section...............................................................................................................................7

6.2 Control Section.............................................................................................................................. 8

6.3 Audio Section..............................................................................................................................14

6.4 Troubleshoot ing Flow C

6.5 PCB Difference ...........................................................................................................................17

7. GPS Circuit.......................................................................................................................................... 18

7.1 Circuit Description.......................................................................................................................18

7.2 Schematic Diagram.....................................................................................................................19

7.3 Parts List .....................................................................................................................................20

7.4 Troubleshoot ing Flow C

8. Tuning Description ............................................................................................................................. 22

9. Interface Definition............................................................................................................................. 23

10. UHF1 (400-470MHz) Information

0.1 Transmitter Circuit..................................................................................................................... 27

1

10.2 Receiver Circuit.........................................................................................................................28

10.3 Frequency Generati

hart........................................................................................................16

hart........................................................................................................21

..................................................................................................... 27

o

n Unit (FGU)............................................................................................30

10.4 PCB View..................................................................................................................................32

10.5 Block Diagram........................................................................................................................... 40

10.6 Schematic Diagram...................................................................................................................43

10.7 Parts List ................................................................................................................................... 59

10.8 Troubleshooting Flow Chart...................................................................................................... 84

11. UHF2 (450-520MHz) Information ..................................................................................................... 90

1 1.1 Transmitter Circuit.....................................................................................................................90

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Service Manual

11.2 Receiver Circuit.........................................................................................................................91

11.3 Frequency Generation U

nit (FGU)............................................................................................93

11.4 PCB View .................................................................................................................................. 95

11.5 Block Diagram.........................................................................................................................103

11.6 Schematic Diagram................................................................................................................. 106

11.7 Parts List..................................................................................................................................122

1 1.8 T roubles hooting Fl

ow Chart....................................................................................................147

12. UHF3 (350-400MHz) Information................................................................................................... 154

1

2.1 Transmitter Circuit................................................................................................................... 154

12.2 Receiver Circuit.......................................................................................................................155

o

12.3 Frequency Generati

n Unit (FGU)..........................................................................................157

12.4 PCB View................................................................................................................................159

12.5 Block Diagram.........................................................................................................................167

12.6 Schematic Diagram.................................................................................................................170

12.7 Parts List ................................................................................................................................. 186

12.8 Troubleshooting Flow Chart....................................................................................................212

13. VHF (136-174MHz) Information ..................................................................................................... 218

13.1 Transmitter Circuit................................................................................................................... 218

13.2 Receiver Circuit.......................................................................................................................219

o

13.3 Frequency Generati

n Unit (FGU)..........................................................................................221

13.4 PCB View................................................................................................................................223

13.5 Block Diagram.........................................................................................................................231

13.6 Schematic Diagram.................................................................................................................234

13.7 Parts List ................................................................................................................................. 250

13.8 Troubleshooting Flow Chart....................................................................................................277

14. Disassembly and As

sembly.......................................................................................................... 283

15. Exploded View ................................................................................................................................ 285

16. Packing Guide ................................................................................................................................ 289

17. Specifications ................................................................................................................................. 290

18. Appendix ......................................................................................................................................... 292

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Service Manual

1. Revision History

Version Date Description

R2.0 09-2010 Initial Release

dd descriptions on VHF, UHF2 and UHF3; update the battery

R3.5 05-2011

A

life.

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Service Manual

2. Copyright Information

Hytera is the trademark or registered trademark of Hytera Communications Co., Lt d. (t he Company) in
PRC and/or other countries or areas. The Company re tains the ownership of its trademarks and pro duct
names. A ll ot her trademarks and/or product na mes that may be used in this manual are properties of
their respective owners.

The product described in this ma nual may include the Company’s computer programs stored in memory
or other media. Laws in P RC an d/or ot her c ountr ies or areas protect the exclu siv e right s o f the Com pany
with respect to its comput er programs. The purchase of t hi s product shall not be deemed to grant , eit her
directly or by implication, any rights to the purchaser regarding the Company ’s computer programs. Any
of the Company’s computer programs may not be copi ed, modified, distributed, deco mpiled, or
reverse-engineered in any manner without the prior written consent of the Company.

TM

The AMBE+2

voice coding technology embod ied in this product is protect ed by intellectual propert y
rights including patent rights, copyrights and trade secrets of Digital Voice Systems, Inc. This voice
coding technology is licensed solely for use within this product. The user of this technology is explicitly
prohibited from attempting t o decompile, reverse engineer, or disassemble the Object Code or in any
other way convert the Object Code into a human readable form.

U.S. Patent Nos. #6,912, 495 B2, #6,199,037 B1, #5,870,405, #5,826,222, #5, 754,974, #5,701,390,
#5,715,365, #5,649,050, #5,630,011, #5,581,656, #5,517,511, #5,491,772, #5,247,579, #5,226,084 an d
#5,195,166.

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Service Manual

3. Disclaimer

The Company endeav ors to achieve the accuracy and comp let eness of this manual, but no warranty of
accuracy or reliability is gi ven. All the specificat ions and designs are subject to change without notice
due to continuous techno l ogy development. No p art of t his manual may be copied, mo dified, translated,
or distributed in any manner w ithout t he express written permissi on of us.

If you have any suggestions or would like to learn more details, please visit our website at:

http://www.hytera.com

.

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Service Manual

4. Introduction

Intended User

This manual is intended f or use by qualified technicians only.

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Service Manual

5. Product Controls

PD70X/ PD70XG/ HD705/ HD705G

No. Part Name No. Part Name

SK1 (Side Key 1)

1

○

PTT Key

2

○

SK2 (Side Key 2)

3

○

TK (Top Key)

4

○

Channel Selector kno b

5

○

Speaker

6

○

LED Indicator

7

○

○

○

10

○

11

○

12

○

13

○

14

○

Radio On-Off/V olume Control Knob

8

Microphone

9

Accessory Jack

Battery Latch

Antenna

Belt Clip

Battery

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Service Manual

PD78X/ PD78XG/ HD785/ HD785G

No. Part Name No. Part Name

1

○

2

○

3

○

4

○

5

○

6

○

7

○

8

○

SK1 (Side Key 1)

PTT Key

SK2 (Side Key 2)

TK (Top Key)

Channel Selector kno b

Microphone

LCD Display

OK/Menu Key

LED Indicator

11

○

Antenna

12

○

Radio On-Off/V olume Control Knob

13

○

Accessory Jack

14

○

Exit Key

15

○

Up Key

16

○

Down Key

17

○

Battery Latch

18

○

Speaker

9

○

Numeric Keypad

10

○

19

○

20

○

6

Belt Clip

Battery

Service Manual

6. Baseband Section

6.1 Power Section

6.1.1 Diagram of Power Control

6.1.2 Radio On/Off

Figure 6-1 Diagram of Pow er Cont rol

Figure 6-2 Diagram of Radio O n/ Off Control

The radio-on signal (POWER-SW+) satisfies the equation: POWER-SW+= PWR-SW- | POWER-CTL.
When the V ol u me Swit ch is on, P WR-S W- an d POWER-SW+ are at high lev el, and the radi o powers u p.

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Service Manual

After power-on, POWER-CTL goes to high level, and POWER-KEY-DET goes to low level. During
power-off, POWER-SW+ is a t low level, while POWER-KEY-DET is at high level. The system detects
power-off procedure via POWER-KEY-DET and implements the power-off procedure. Then
POWER-KEY-DET and PO WER-SW+ go to low level, and the p o w er is cut off.

6.1.3 Power Protection

Power protection includes over-current, reverse-voltage and E SD protection.

6.1.4 Power Consumption Control

OMAP can control and configure the power supply and working mode of the peripheral modules (RF
section and baseband section) via I/O interface and serial bus, so as to reduce power consumption.

6.2 Control Section

6.2.1 OMAP5912 Dual-core Processor

The radio uses the dual-core processor OMAP5912, which is mainly composed of ARM926EJ-S and
TMS320C55xx. ARM926EJ-S is the main controller, while TMS320C55xx is used for
modulation/demodulation and voice encoding/ decoding.

Figure 6-3 Diagram of OM AP 5912

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Service Manual

Figure 6-4 Diagram of Overall Scheme

6.2.2 External Memory

OMAP5912 provides two types of external memory interfaces: external memory interface slow (EMIFS)
and external memory interfac e fa st (EMI FF).

MT48H8 M 16LFB 4-75

A[0:12]
D[0:15]

BA0
BA1

CAS#

RAS#

CKE
CLK

CS#

WE#
LDQM
ULQM

EMIFF EMIFS

SDRAM .A[0:12]

SDRAM .D[0:15] FLASH .A[15:0]

SDRAM.BA 0
SDRAM.BA 1

SDRAM.CAS#

SDRAM.RA S #

SDRAM.CKE#
SDRAM.CLK#
SDRAM.CS#

SDRAM .W E#

SDRAM.DQML
SDRAM.DQMU

Figure 6-5 Diagram of External Memory

OMA P5912

FLASH.A[24:1]

FLASH.OE#

FLASH.WE#

FLASH.CS3#

RST_OUT#

FLASH.WP#

FLASH.RDY

TV00570002C DG B

A[23:0]

DQ[15:0]

OE#
WE#

Cef#

RESET#

WP#/ACC

RY/Byf#

1) EMIFS

EMIFS is a 16-bit interface, and provides four 64MB chip selects (CS0~CS3). The interface supports

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Service Manual

memories such as NAND Flash, NOR Flash and SRAM.

2) EMIFF

EMIFF is a 16-bit interfa ce, and supports SDR AM (up to 128MB), mobile SDRAM and mobile DDR.

6.2.3 Clock

Option board

CLK-32K-OUT

32kHz

CLK-OPT

19.2MHz

1 2

32.768KHz
20pF 20pF

X20 3

1

VCC

VCONT

2 3

OUT

GND

TCXO 19 . 2MHz

X201

VCC

4

CLK_32K_OUT

OSC32K_OUT

OSC32K_IN

ULPD

VSS(Y13)

OSC1_OUT

OSC1_IN

MCLK

19.2MHz

MCLK
U821

TLV320AIC29

BCLK

ULPD_PLL_CLK

19.2MHz

CK_REF

OMAP5912

APLL

OMAP3.2

DPLL1

U201

96MHz

CLK32K_IN

ARM_CK

DSP_CK

TC_CK

Figure 6-6 Diagram of Baseband Clock

Input Clock:

(A) 32K Clock: It is also c alled “sleep clock” and is ma inly used for timing and sleeping of the system.
(B) 19.2MHz Clock: I t is mainly used to provide inp ut clock for APLL and DPLL.

Output Clock:

Three output clocks are provided: MCLK, BCLK and CLK32K_OUT. MCLK provides 19.2MHz clock to
the audio codec; BCL K provides 19.2MHz clock to the option boar d; and CLK32K_OUT provides 32KHz
clock to the option board.

6.2.4 Reset Signal

Figure 6-7 Diagram of Reset Signal

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Service Manual

6.2.5 SPI

OMAP5912 has a SPI, which has four chip-selects for connecting four external SPI components. The
SPI signals available are SPI.DOUT, SPI.DIN, SPI.CLK and SPI.CS. The system uses SPIF.CS2 to
select the IF processor AD9864, to configure register of AD9864. The connection of SPI is show n below.

PE

AD9864 PC

D9864 PC

PD

DOUTB

PEA

PD

DOUTB

SPIF.CS2(T19)
SPIF.SCK(U19)
SPIF.DOUT(W21)

SPIF.DIN(U18)

U201

OMAP5912

Figure 6-8 Diagram of SPI Connection

6.2.6 MCBSP

OMAP5912 provides 3 MCBSP interfaces: MCBSP1, MCBSP2 and MCBSP3. MCBSP1 is connected
with the I2S interface of the audio codec, to realize two-way transmission of digital voice and data.
MCBSP2 uses independent clock and frame synchronization for transmission and reception. AD9864
SSI is connected to the RX end of OMAP5912 MCBSP2. AD9864 works in master mode, while DSP
works in slave mode. DAC is connected with the TX end of MCBSP2, and DSP works in master mode.
MCBSP3 is connected to t he opt i on board. The connect ion of MCBSP is shown below.

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Service Manual

Figure 6-9 Diagram of MCBSP Connect ion

6.2.7 USB

OMAP5912 provides 3 USB interfaces. One interface integrates a USB transceiver, which is connected
to the accessory jack and is used for program downloading and data application.

Figure 6-10 Diagram of USB Int erface

6.2.8 UART

OMAP5912 has three UART interfaces (UART1, UART2 and UART3), and supports hardware flow
control. The maximum communication rate is 1.5Mb ps. The conn ection of UAR T is shown below. UART1
is connected with the accessory jack, and is used for updating and programming. UART2 is for GPS,
and UART3 is for the opti on board.

Figure 6-11 Diagram of UART Interface Connect ion

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Service Manual

6.2.9 I2C

OMAP5912 provides one I2C interface, and supports communication rate up to 400Kbps. The I2C
interface is connected with the acceleration sensor, and works in slave mode. The connection of I2C is
shown below.

Figure 6-12 Diagram of I2C Connection

6.2.10 MICROWIRE

OMAP5912 provides a MICROWIRE. The four chip select signals can drive four external components.
MICROWIRE is used to configure the audio codec and read the value of its register. It uses the chip
select signal 3. The connection is shown below.

Figure 6-13 Diagram of MICROWIRE Connection

6.2.11 MCSI1

OMAP5912 has two MCSI interfaces. MCSI1 is used for PLL configuration and data transmission. The
connection of MCSI1 is shown below.

Figure 6-14 Diagram of SPI Con nection

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Service Manual

6.3 Audio Section

6.3.1 Audio Diagram

The audio module is mainly for audio input and output. TLV320AIC29 is used as the audio codec to
convert and process audio signal and digital signal. The audio amplifier TDA8547TS is used to amplify
the analog audio signal. DSP processes digital signal (audio signal e n cod in g /dec odi ng, d igital I/Q signal
decoding, digital audio signal processing). AD9864 converts and processes the RF IF signal, and sends
the undemodulated serial digital I/Q signal to the DSP for proce ssing. Then DAC5614 conv erts the d igital
signal output by DSP to analog signal.

Figure 6-15 Diagram of Audio Section

6.3.2 Diagram of Signal Flow

The microphone converts the audio signal into electrical signal, which is then amplified by PGA of the
codec and sent to ADC of the codec for sampling. After digital audio processing, the signal is output to
DSP for processing. Then the signal is sent to DAC (TLV5614), which converts the signal to modulation
signal. After modulated and amplified in the RF mod ule, t he signal is sent out from the ant enna.
The RF signal received by the RF module is converted to digital signal by ADC (AD9864), and is then

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Service Manual

Ω

sent to DSP for demodulation and processing. Then the digital signal is sent to the digital audio
processor of the codec for digital audio processing, and is then converted into analog audio signal by
DAC of the codec. Finally the signal is amplified by the external audio amplifier (TDA8547TS) to drive
the speaker.

UWIRE.SCLK
UWIRE.CS3
UWIRE.SDO
UWIRE.SDI

Internal/

external MIC input

MIC
gain:

22dB

TX

TX

RX RX

APA

TDA8547TS

Gain: 31dB

Internal/external speak er

output

Figure 6-16 Diagram of Audio Signal Flow

RX

6.3.3 Audio Amplifier

Main parameters of TDA8547TS are listed in the table below:

Rated Power (Po) 0.5W
Maximum Power (P

) 1.2W

max

OMAP5912

MCLK

MCBSP1.DR

MCBSP1.FSX

MCBSP1.DX

MCBSP1.CLKX

Audio is processed via DSP.

=16Ω

R

L

=16

R

L

TX

MCBSP2.DX DIN

MCBSP2.DR

TLV5604

DAC

DOUTA

AD9864

RF TX

RF RX

The operation status of the audio amplifier is controlled via GPIO of OMAP. See the table below.

Mode-Amp SEL-SPK MODE SELECT OUT

1 1 0 0 OUT2
1 0 0 1 OUT1
0 1 1 1 Standby

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Service Manual

6.4 Troubleshooting Flow Chart

The GPS module

outputs normally?[1]

Yes

The channel from GPS to

OAMP is normal?

Yes

L506 outputs 2.8V

voltage?

Yes

U501 is normal?[3]

No

No

No

Yes

No

The power supply for GPS is

normal?[2]

No

Replace abnormal RC and

check OMAP.

GPS PIN17 outputs 2.8V voltage?

Replace U501.

Yes

Check the power

supply.

No

Replace the GPS

module.

Replace the

GPS module.

Yes

No

Z501 is normal?[4]

Replace Z501.

Description of Nor ma l S it uations:
[1] The radio shows normal power-on screen, and the backlight is norma l.
[2] The RF power supply out puts normally, and the RX channel is on.
[3] Vpp: 700mV~800mV, F: 19.2MHz.

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Service Manual

6.5 PCB Difference

For UHF1 PCB, Version H and Version K are made on the basis of Version F.

1. The following changes are made for Version H:

1) Remove the board border and the small board.

2) C802 is compatible with 1206 and 0805.

2. The following changes are made for Version K:

1) Add test points (P609 and P610) for the GPS power supply.

2) Add capacitors C301, C302, C303, C304 and C305.

3) Add R208.

4) Remove the board border.

5) C802 is compatible with 1206 and 0805.

For VHF PCB, Version B is made on the basis of Version A. However, some changes are made for
Version B:

1) Add test points (P609 and P610) for the GPS power supply.

2) Add R208.

3) C802 is compatible with 1206 and 0805.

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Service Manual

7. GPS Circuit

7.1 Circuit Description

Figure 7-1 Diagram of GPS Circuit
The GPS function is realized via REB-1315LPx. The GPS circuit integrates a baseband processor, a
LNA and a SAW. The 1575.42MHz GPS signal is received by the antenna, and then goes to HPF to
remove the in-band signals used for transmission and reception. After that, the signal goes to BPF to
further remove in-band signals, as well as harmonic and spurious signals. Then the weak GPS signal
goes to a low-noise amplifier (LNA) for amplification. After amplified, the signal goes to the GPS module
for further amplification and filtering, and is then sent to the baseband section for calculation. Then the
calculated GPS positioning information is sent to OMAP via the UART interface. Meanwhile, OMPA can
send appropriate comman d infor mation to t he GPS module v ia the UAR T inter face. Fin ally, OMAP sends
the processed data inf ormat ion to LCD.

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7.2 Schematic Diagram

Figure 7-2 Schematic Diagram

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Service Manual

7.3 Parts List

No. Ref. No. Part No. Description

1 C518 3101051590000 1.5P
2 C519 3199050758000 0.75P
3 C520 3101050100030 1P
4 C527 3101050200010 2P
5 C514 3101051210000 120P
6 C516 3101051590070 1.5P
7 C517 3101051800010 18P
8 C522 3101051040060 0.1U

9 C521 3101051210000 120P
10 C512 3101054710010 470P
11 C515 3101051050000 1UF
12 C513 3101055600000 56P
13 C523 3101051040060 0.1UF
14 C524 3101055600000 56P
15 C525 3101051040060 0.1UF
16 C526 3101051050000 1UF
17 L503 3297106339000 3.3nH
18 L504 3297106339000 3.3nH
19 L501 3297106339000 3.3nH
20 L508 3210305829000 8.2nH
21 L507 3210305180000 18nH
22 L506 3210106390000 39nH
23 L509 3210305829000 8.2nH
24 L502 322150660108 Bead
25 L505 322150660108 Bead
26 R502 3001053310000 330Ώ
27 R501 3001054710000 470Ώ
28 R504 3001051030050 10KΏ
29 R503 3001051010000 100Ώ
30 Z501 3804157560000 GPS filter
31 U501 3609999000300 GPS low-noise amplifier
32 U502 1615000001720 GPS module

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Service Manual

7.4 Troubleshooting Flow Chart

The GPS module

outputs normally?[1]

Yes

The channel from GPS to

OAMP is normal?

Yes

L506 outputs 2.8V

voltage?

Yes

U501 is normal?[3]

No

No

No

Yes

No

The power supply for GPS is

normal?[2]

No

Replace abnormal RC and

check OMAP.

GPS PIN17 outputs 2.8V voltage?

Replace U501.

Yes

Check the power

supply.

No

Replace the GPS

module.

Replace the

GPS module.

Yes

No

Z501 is normal?[4]

Replace Z501.

Description of Nor ma l S it uations:
[1] Detect with a multimeter. The volt age of TP502 changes w it hin the range 1.2V~2.8 V.
[2] V oltage at L502 and L505: about 3. 3V.
[3] Gain for U501 (@1.57542G Hz): >15dB.
[4] Insertion loss for Z501 (@1.57542GHz): <4dB.

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Service Manual

8. Tuning Description

For details about radio tuning, please refer to the help file of DMR Tuner Software supplied by the
Company.

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Service Manual

9. Interface Definition

J1601: 50-Pin Interface

Pin No. Name Function Valid Level

2、5、49
1
3
4
6
8
10
12
14
16
7 3V6D Power supply: 3.6V
9
11
13 EMERGENCY Emergency key L
32
43
18 GPIO GPIO
20 LED-K-KEY LED indication for key operation L
15
17
19
21
22
24
26
28
30
23 EXT - PTT External PTT detection L
25
27
29
34
36
38
40
42
44
31
33
35

GND Power supply: groun d (analog)
AF-CODEC-TO-50PIN
AF-50PIN-TO-CODEC
EXT-MIC+
EXT-MIC-

Analog audio signal o utput/input

External MIC interface

IO5-OPT
IO4-OPT
IO3-OPT

GPIO pin of the option board L/H
IO2-OPT
IO1-OPT

USB-D+
USB-D-

USB data cable

DGND Power supply: ground (dig ital)

KB-R1
KB-R2
KB-R3

Keyboard row L
KB-R4

KB-C4
KB-C3
KB-C2

Keyboard column
KB-C1
KB-C0

SEL1-Accessory
SEL2-Accessory

Accessory identifier L
SEL3-Accessory
UART1-RX-OPT/PS
UART1-TX-OPT/PS

UART1
UART3-TX-OPT

UART3-RX-OPT
UART3-CTS/IO30-OPT

UART3
UART3-RTS/IO29-OPT

MCBSP3-FSX-OPT
MCBSP3-DX-OPT

MCBSP3
MCBSP3-WCLK-OPT

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Service Manual

37 MCBSP3-DR-OPT

IIC-SDA-Acce (for Version K of

UHF1/UHF2/UHF3 and Vers ion B

39

41

IIC-SCL-Acce/CLK-32K-OUT

IIC-SDA-Acce/CLK-OPT

46 EXT-BAT+
48

50
45
47

IN-SPK­IN-SPK+
EXT-SPK­EXT-SPK+

of VHF)

CLK-32K-OUT (f or Version F /H of

UHF1)

IIC-SCL-Acce (for Version K of

UHF1/UHF2/UHF3 and Vers ion B

of VHF)

CLK-32K-OUT (f or Version F /H of

UHF1)

Power supply for accessory or

option board

Internal speaker

External speaker

J311: 30-Pin LCD Interface

Pin No. Name Function Valid Level

1
26

Ground (digital)

2-17 M-D0----M-D15 LCD data
18 /CS-LCD LCD chip select L
19 /RST-OUT Reset signal
20 M-A1 Data and command
21 /WE Write signal L
22 /OE Read signal L
23 IMO 16/8-bit LCD data selection
24 3V3D Power supply: 3.3V
25 VFLASH Power supply for IO
27 3V6D Power supply for backlight
28
29

Backlight control L

30

J821: Channel Board Interface

Pin No. Name Function Valid Level

1 Emergency Emergency L
2 CH2 Channel select
3 CH8 Channel select
4 VOL Volume adjust
5 CH4 Channel select
6 CH1 Channel select

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Service Manual

7 LED1 Red LED enable H
8 LED2 Green LED enable H
9 GND
10 INT-MIC+780 Microphone+
11 INT-MIC-780 Microphone-
12 NC/GND NC (for Version K of

UHF1/UHF2/UHF3 and Version
B of VHF)
GND (for Version F/H of UHF1)

13 PWR-SW- Power-on enable input
14 PWR-SW+ Power-on enable output
15 3V3DRF 3.3V power supply
16 NC/GND NC (for Version K of

UHF1/UHF2/UHF3 and Version B
of VHF)
GND (for Version F/H of UHF1)

J2: 20-Pin Option Board Interface

Pin No. Name Function Valid Level

1
3
5
7
9
11
13
15
17

2

4

6
8
10
12

IO1-OPT
IO2-OPT
IO3-OPT
IO4-OPT
IO5-OPT
UART3-TX-OPT
UART3-RX-OPT
UART3-CTS/IO30-OPT
UART3-CTS/IO30-OPT

IIC-SDA-Acce/CLK-32K-OUT

IIC-SCL-Acce/CLK-OPT

MCBSP3-DR-OPT
MCBSP3-WCLK-OPT
MCBSP3-DX-OPT
MCBSP3-FSX-OPT

GPIO L/H

UART3

IIC-SDA-Acce (for Version K of
UHF1/UHF2/UHF3 and Vers ion B
of VHF)
CLK-32K-OUT (f or Version F /H of
UHF1)
IIC-SCL-Acce (for Version K of
UHF1/UHF2/UHF3 and Vers ion B
of VHF)
CLK-32K-OUT (f or Version F /H of
UHF1)

MCBSP3

14 Ground (analog)
16 AF-50PI N-TO-CODEC Analog audio signal

25

Service Manual

18 AF-CO DE C-TO-50PIN Analo g audio signal
19 Ground (digital)
20 3V6D Power supply for digital circuit

16-Pin Accessory Interface

Pin No. Name Function Valid Level

1 GND Ground (analog & digital)
2 SPK- External speaker-
3 SEL1-Accessory Accessory identifier 1 L
4 SEL2-Accessory Accessory identifier 2 L
5 Emergency Emergency L
6 SPK+ External speaker+
7 USB+ / RTS USB+ / RTS
8 USB- / CTS USB- / CTS
9 S WB+ Power supply for the interface
10 MIC- External MIC-
11 GPIO GPIO
12 MIC+ External MIC+

13 SEL3-Accessory

14 TX

15 RX

Accessory identifier 3 or 1-wire

communication interface

TX end of serial port

communication

RX end of serial port

communication

L

16 PTT TX control L

Definition of Accessory Identifiers

No. OPT_SEL1 OPT_SEL2 OPT_SEL3 Definition

1 0 0 0 Reserved
2 0 0 1 Reserved
3 0 1 0 USB master mode for t he radio
4 0 1 1 For connecting earpieces
5 1 0 0 For connecting MODEM
6 1 0 1 For connecting remote speaker microphones

7 1 1 0

Programming cable (serial port ) /

USB slave mode for the radio

8 1 1 1 No accessory

26

Service Manual

10. UHF1 (400-470MHz) Information

10.1 Transmitter Circuit

Figure 10-1 Diagram of Transmitter Circuit

The transmitter circuit is ma inly composed of:

① RF power amplifier circuit
② Low-pass filter circuit (for suppressing harmonics)
③ Auto power control c ircu it (APC) (including temperature det ect ion circuit)

The carrier signal generated by TX VCO is modulated and amplified, and then feeds to the transmitter
circuit. In this circuit, the signal passes through a π-type attenuator first, allowing certain isolation
between the RF power am plifier c ircuit and TX VCO. Then it g oes to a pr e-driv er a mplifier (2S C3356) for
pre-amplification, also providing certain isolation. After that, the signal goes to another pre-driver
amplifier (2SC4988) and a driver amplifier (RD01) for further power amplification, to provide appropriate
signal to the final-stage amplifier (RD07) for final power amplification. After processed by multiple
amplifiers, the signal is processed by a microstrip matcher to complete output impedance matching, so
as to reduce output power loss due to impedance mismatch. Then the signal passes through the TX/RX
switch and goes to the low - pass filter.

The low-pass filter is a high-order Chebyshev filter composed of lumped-parameter inductors and
capacitors. V ia th is filt er, the spurious signal within the stop band ca n be att enuat ed as much as pos sib le
while the in-band ripple is w ithin the required range.

27

Service Manual

In the auto power control and temperature detection circuit, the drain current from the driver amplifier
and final-stage ampl if ier is converted to volt age via the sampling resistor and subtraction circuit
(composed of the first operationa l amplifier). This voltage is compared with the APC control voltage
(output by DAC) at the second operational amplifier. Then the error voltage, which is out put by the
second operational a mp li fier, controls TX power by controlling the b ias v oltage at the gates of the
amplifiers (including t he driver amplifier and the fina l-stage amplifier). The temperature sensor detects
the surface temperature of the final-st age a mplifier, and converts it to DC vo ltag e. Then t he DC v oltag e is
compared with the voltage corresponding to the protection temperature (generally 80% of the extreme
temperature) of the amplifier. If the surface temperature is too high, the bias voltage of the amplifier will
be reduced, so as to reduce output pow er. The bias voltage will not be increased until the surface
temperature restores to normal level. This process will be repeated while the radio operates.

10.2 Receiver Circuit

1 2

Pi Attenuator

Figure 10-2 Diagram of Receiv er Circuit
The receiver circuit mainly comprises the RF band-pass filter, low-noise amplifier, mixer, IF filter, IF
amplifier and IF processor.

10.2.1 Receiver Front-end

The HF signal from the low-pass filter passes through the electrically tunable band-pass filter controlled
via APC/TV1 level, to remove out-of-band interference signal and to send wanted band-pass signal to
the low-noise amplifier (Q9001). The amplified signal goes to a band-pass filter controlled via APC/TV1
level, to remove out-of-band interference signal generated during amplification, and to send wanted HF

28

Service Manual

signal to the mixer.
The wanted signal passes through t he RF band- pas s filter and l ow-noi se amp lif ier and goes t o the mixer
(D9017). Meanwhile, the first local osc illator (LO ) sig nal generat e d by VCO p a sses throu gh the low - pas s
filter and also goes to the mixer (D9017). In the mixer, the wanted signal and the first LO signal are
mixed to generate the first IF signal (73.35MHz). Then the signal passes through a π-type attenuator
(2dB) and the LC, to suppress carrier other than t he first IF signal, and to increase the isolation between
the mixer and the IF filter. After that, the first IF signal is processed by the crystal filter (Z9001), and is
sent to the two-stage IF amplifier circuit (composed of 2SC3356) for amplification. Then the amplified
signal goes to the IF processor AD9864(U401) for processing.

10.2.2 Receiver Back-end

Figure 10-3 Diagram of IF Processor
The first IF signal (73.35MHz) output by the IF amplifier goes into AD9864 (U401) via Pin 47, where the
signal is converted to the second IF signal (2.25MHz). Then the signal is converted to digital signal via
ADC sampling, an d outp ut v ia the S SI int er face. Fina lly, the digital signa l is sent t o DS P (OMA P59 12) for
demodulation.
AD9864 employs reference frequency of 19.2MHz and shares the crystal with OMAP. The second LO
VCO comprises an oscillator, a varactor and some other components, to provide the 71.1/75.6MHz LO
signal. The 18MHz clock frequency is generated by the LC resonance loop.

29

Service Manual

10.3 Frequency Generation Unit (FGU)

Figure 10-4 Diagram of FGU
The FGU is composed of VCO and PLL. It is the core module of the whole TX-RX system. This circuit
provides accurate carrier frequency during transmission, and stable LO signal during reception. It has a
direct influence on the perfor ma nce of the system.

10.3.1 Working Principle of PLL

The 19.2MHz frequency g enerated by the referenc e cryst al oscillator g oes to P LL for div ision, gen erating
the reference frequency (i.e. step frequ ency f1). Mea nwhi le, the freq uency generated by VCO ge nerate s
another frequency (f2) through th e freque ncy divid er in PLL. Then freque ncies f1 and f2 are compared in
the phase detector (PD), to generate continuous pulse current. The current goes t o t he loop filter for RC
integration, and is then converted to CV voltage. Then the CV voltage is sent to the varactor of VCO. It
adjusts the outpu t fre quen cy of VCO dir ect ly until th e C V voltage becomes constant. Then PLL is locked ,
and the stable frequency output by VCO goes to the TX-RX channel after passing through two buffer
amplifiers.

10.3.2 Working Principle of VCO

VCO employs Colpit ts osc illator circu it (the RX oscil lator circuit is co mposed of D102, D103, D106, D107
and L1 1 2; the TX oscillato r circuit is composed o f D1 08, D109, D110, D101 and L117). It obtains different

30

Service Manual

output frequencies by changing the varactor's control voltage (i.e. CV voltage).
There are two types of VCO: TX VCO and RX VCO. Both types control EMD22 to switch operating
status via OMAP. RX VCO is co mpos ed of the os ci lla tor loop and Q1 04, t o provide LO signa l. TX VCO is
composed of the oscillator loop and Q108, to provide carrier for TX signal.

10.3.3 Two-point Modulation

In TX mode, the two-point modu lation techn ology is empl oyed, to obt ain highe r modulation ac curacy and
lower 4FSK bit error rate. MOD-VCO and MOD-XO send th e mo dulation signal to the modulation end of
VCO and the reference crystal oscillator of PLL respectively to modulate TX VCO and the reference
crystal oscillator.

31

PD70X/PD70XG/PD78X/PD78XG/HD705/HD705G/HD785/HD785G PCB View (Main Board)

Top Layer

32

10.4 PCB View

PD70X/PD70XG/PD78X/PD78XG/HD705/HD705G/HD785/HD785G PCB View (Main Board)

Bottom Layer

33

PD70X/PD70XG/HD705/HD705G PCB View (Channel Board)

Top Layer

34

PD70X/PD70XG/HD705/HD705G PCB View (Channel Board)

Bottom Layer

35

PD78X/PD78XG/HD785/HD785G PCB View (Channel Board)

Top Layer

36

PD78X/PD78XG/HD785/HD785G PCB View (Channel Board)

Bottom Layer

37

PD78X/PD78XG/HD785/HD785G PCB View (Keyboard)

Top Layer

38

PD78X/PD78XG/HD785/HD785G PCB View (Keyboard)

Bottom Layer

39

40

PD70X/PD70XG/PD78X/PD78XG/HD705/HD705G/HD785/HD785G

Block Diagram (RF Section)

10.5 Block Diagram

TV1/APC

MOD1

4CH DAC

OMAP

MOD2+Freq error shift

CV Buffer

OP

Adapt control

Adap

SW

Tx_VCO

Rx_VCO

t

Reference OSC signal

AD9864

Pi Attenuator

Fr

om OMAP

1 2

Frequency

Synthesizer

Ref.

19.2MHZ

CV
SW

Pre-driver1

RX/TX

VCO buffer

Osc
.

CV-rea

IF FilterIF Processor IF Amp

Pre-Drive2 Drive-stage

RX/TX

VCO

amplifier

LPF

CV ou

t

d

control

1 2

Pi Attenuator

Pi Attenuator

Final-stage

Microstrip

Matcher

Tx/Rx Switch

Low-pass Filter

ANT

TV1/APC

HPF

LPF

APC module

BPF

Low-Noise Amp

BATT

+

GPS

module

TO omap

Mixer

Pi Attenuator

1 2

LPF

nd-pass Filter2

Ba

Low-

Noise Amp

nd-pass Filter1

Ba

Stop band filter

TV1

/APC

PD70X/PD70XG/PD78X/PD78XG/HD705/HD705G/HD785/HD785G

Block Diagram (Baseband Section)

41

PD70X/PD70XG/PD78X/PD78XG/HD705/HD705G/HD785/HD785G

Block Diagram (Power Section)

42

7.4V

Fuse

2.5A/32V

Main

Battery

LDO: 5V

LDO:5V

5VA-RTC/
150mA; VCO

5VA/150mA;
RX/TX/DAC

LTC1877

DC to DC 600mA

LTC1877

DC to DC 600mA

1.6A/7.4V/5W

230mA/7.4V/Po=0.9W

21mA/5VFGU

TX:53mA/RX:29mA

5VFGU

LDO 3V3 150mA

5VRT

LDO 3V3 150mA

LDO 3V3 150mA

3V6D

LDO 1V8 150mA

LDO 3V3 150mA

RESET IC

1V6D

LDO 3V3 150mA

3V3ARF

3V3DRF

LDO1

3V3A

1V8D

3V3D

3V3D

RESET(MIN:800mS)

Back-up

125uA-1000uA/5VFGU

3V3DRF

12.5mA

3V3ARF

1mA/3V3ARF

3.5mA/5VRT

2V5 /division

16mA/3V3ARF

5mA/5VFGU

3V3DRF

0.5mA/3V3D

0.5mA/3V3A

5mA/1V8D

1mA/3V3D

2V5 /division

17mA/3V3A

15mA/3V3D

20mA/3V6D

40mA/1.8VD

40mA/3V3D

30mA/3V3D

3mA/1V8D

210MA/1V6D

66mA/3V3D

10uA /3V6RTC

5mA/3V3D

6mA/3V3D

RF PA 7.4V/1.6A

Vcc1 /2 2.2V-18V 210mA/Po=0.89W/7.4V

AF PA(TDA8547TS)

VCO

RX/TX

VCCcp_main: Charge pump supply, 2.7V-5V(3 to 5 V);

VCCdigital: Digital supply, 2.7V-3V-3.3V;

VCCxtal : Crystal oscillator ECL/ C ML, 2.7V-3V-3.3V;
VCCecl/cml: ECL/CML, 2.7V-3V-3.3V ;

DVDD 4.5V-5V-5.5V(5V Supply) 2.7V-3V-3.3V(3 Supply)

DAC(TLV5604)

No load,run clk:: Slow1.4mA/Fast 3.5mA(5V) Slow1mA/Fast 3mA(3V)

AVDD 4.5V-5V-5.5V(5V Supply) 2.7V-3V-3.3V(3 Supply)

Vref

VDDF Positive supply for ADC back end

Analog voltage

V

DDA Positive supply for ADC front end

2.7V-3V-3.6V

V

DDI Positive supply for LNA and Mixer

Charge pump

V

DDQ Positive supply for CLK synthesizer

voltage

2.7V-5V-5.5V

V

DDP Positive supply for LO synthesizer charge pump

IF(AD98644) Op :17mA Std :0.01mA

Interface voltage

V

DDL Positive supply for LO synthesizer

1.8V--- -3.6V

V

DDD Positive supply for Internal digital

Digital voltage

V

DDC Positive supply for CLK synthesizer

2.7V-3V-3.6V

V

DDH Positive supply for digital Interface

DVDDI/O(1.71V-1.8V-AVDD)

AVDD(2.4V-2.8V-3.6V)

DVDD 1.65V-1.8V-1.95V Digital core
IOVDD

VREF 2.3V-2.5V-2.7V Pro=2.5V SAR ADC reference voltage

1.25V Pro=1.25V

VBAT 0.5V-6V Battery monitor input

Vbat/2

AVDD1
AVDD2
BVDD
DRVDD

VDD 3.3V/15mA(EMIFS Bus is used 3V3D)

LED (1*WLED 3.2±0.2V/15mA)

V

VDD/Q 1.7V-1.8-1.95V /5 0mA Operation mode

Vcc 2.7V-3.1V /33mA(read while write)

DVDD1
DVDD3
DVDD5
DVDD6
DVDD7
DVDD8
DVDD9
DVDDRTC
DVDD4

DVDD2

RESET

CVDD
CVDD1
CVDD2
CVDD3
CVDDRTC
CVDDA
CVDDDLL

Vin_3V3 (3.15V-3.45V)

GPS Module

(REB-1315 GSC3F/LPX)

V_RTC(

Vcc 3.3V/10mA LED

RQA0002DNS

PLL(SKY72310)

Accelerometer(MMA7455L)

2V-3.6V(MCLK=100M) I/O
2V-3.6V(MCLK=50M)

1.1V-2.5V External

Codec(TLV320AIC29IRGZR)

3V-3.3V-3.6V Audio ADC,DAC,Reference,SAR ADC
3V-3.3V-3.6V PLL analog
3V-4.2V Battery power supply
3V-3.3V-3.6V Headphone driver

LCM(TFT)

SDRAM

MCU(

Nor FLASH+PsRAM))

Peripheral I/O buffers
MCSI2 and McBSP2 peripheral I/O bu f fe r s
Flash I/F I/O buffers

Low voltage range
(1.65V-1.8V-1.95V)

MMC/SD1 I/F I/O buffers
McBSP3,MCSI1,UART,USB1 I/O buffers

High voltage range

Camera I/F and ETM I/O buffers

(2.5V-2.75Vor 3.3V-

3.6V)

GPIO,MPUIO,Microwire I/O buffers
RTC I/O
DDR/SDRAM interface I/O buffers

Not use transceiver

1.65V-1.8V-1.95V

Internal USB transceiver buffers

Use transceiver

3V-3.3V-3.6V

OMAP5912

core logic and low voltage sections of I/O

Low power standby

core logic

(1.05V-1.1V-1.21V)

MPU subsystem logic and memory

Active mode

DSP subsystem logic and memory

(1.525V-1.6V-1.65V)

RTC core logic

1.525V-1.6V-1.65V

APLL provide 48MHz to peripherals

1.525V-1.6V-1.65V

(DDR)SDRAM timing

2.5V-3.6V)

Vcc (3.0V-5.5V)/1mA(No load max)

RS232(MAX3232ESE)

5

A

PD70X/PD70XG/PD78X/PD78XG/HD705/HD705G/HD785/HD785G Schematic Diagram (Transmitter/Receiver)

43

10.6 Schematic Diagram

4

3

2

1

PD780 UHF Schematic Diagram(TX/RX Circuit)

C9002

C9002

L9002

L9002

100P

100P

82n

C9034

C9034

D D

LO

TP9002LOTP9002

31

R9002

R9012

R9012

100

100

12

C9064

C9064

C9018

C9018

470P

470P

R9098

R9098

3.3K

3.3K

R9097

R9097

3.3K

3.3K

1000p

1000p

2

R9002

47K

47K

R9091ncR9091

nc

1
3

C9096

C9096

470pF

470pF

U9003

U9003

+VS
GND

Q9002

Q9002
2SC3356

2SC3356

R9013

R9013

3.3K

3.3K

C9033

C9033

470P

470P

LM45

LM45

L9009

L9009

22nH

22nH

R902222R9022
22

2

VO

C9025

C9025

D9007

D9007

1 2

R9096

R9096

3.3K

3.3K

MA2S077

MA2S077

D9008

D9008
MA2S077

MA2S077

R9036

R9036

10k

10k

12

C9092

C9092

0.1uF

0.1uF

Q9006

Q9006

2SA1745

2SA1745

2 3

1

R9041

R9041

4.7K

4.7K

Q9008

Q9008

3

DTC114EE

DTC114EE

1

LO1

R9095

R9095

3.3K

3.3K

R5V

C C

10P

10P

R9011

R9011

100

100

C9098

C9098

470pF

470pF

2

PS-TX 3

R900782R9007

82

C9095

C9095
1uF

1uF

L9015

L9015

BLM15PD121SN1

BLM15PD121SN1

R9014ncR9014

680

680

R90331kR9033

C90268pC9026

nc

R9018

R9018

1k

DISCHARGE-SW-TX3

R9008

R9008

8p

1.5K

1.5K

1

Q9004

Q9004
2SC4988

2SC4988

R902147R9021

47

C9059

C9059
1000p

1000p

23

R9015

R9015

330

330

C9045

C9045

C9037

C9037

470P

470P

470P

470P

R9032NCR9032

NC

TEM-LEV-DET-TC 13

Q9007

Q9007

DTC114EE

DTC114EE

2

C90287pC9028

7p

L9010

L9010

22n

22n

R9039

R9039

100

100

C9046

C9046

0.1u

0.1u

3

1

L9007

L9007

10n

10n

C90328pC9032

8p

R9023

R9023

NC

3.9K

3.9K

R9037NCR9037

C9029

C9029

470P

470P

R9026ncR9026

nc

C9053NCC9053

NC

NC

C9058NCC9058

BAT+

R900933R9009

33

R9016

R9016

150

150

C9069

C9069
470P

470P

5VRT

C9073ncC9073

R90940R9094

C9075

L9027

L9027

C9119NCC9119
NC

C9091

C9091

C9086

C9086

0.1u

0.1u

0.1u

0.1u

C9110

C9110

0.01u

0.01u

C9075

L9020

L9020

BLM15PD121SN1

BLM15PD121SN1

B B

1 2

PS-RX 3

Q9019

Q9019

4 3

2

1

C9103

C9103

IF8

1000P

1000P

R9086NCR9086

NC

EMD22

EMD22

C9122

C9122
27p

27p

L9026

L9026

100n

100n

5

R9068

R9068

6

3.3K

3.3K

C9099

C9099

10p

10p

C9118

C9118

27p

27p

C9090

C9090

0.01u

0.01u

0.1U

0.1U
C9104

C9104

Q9017

Q9017

PBR941

PBR941

R5V

C9085

C9085
1000P

1000P

R9067

R9067

6.8k

6.8k

C9094NCC9094

R907551R9075

NC

51

820nH

820nH

R9081

R9081

31

10K

10K

2

R9084

R9084

56K

56K

0

470p

470p

R9093ncR9093

R9092ncR9092

nc

nc

R9066

R9066

1.5k

1.5k

R9071

R9071

330

330

C9097

31

C9097

0.1u

0.1u

Q9018

Q9018

PBR941

PBR941

33K

33K
R9079

R9079

R9078

R9078

5.6K

5.6K
C9121

C9121

2

1000P

1000P

R9085

R9085
100K

100K

C91248pC9124
8p

L9032

L9032

L9017

L9017

22n(high Q)

22n(high Q)

C9077

C9077

10p

10p

L90380L9038

0

470n

470n

C9074ncC9074

nc

C9078

C9078

20p

20p

C9105

C9105

15p

15p

nc

L9018

L9018

15n(high Q)

15n(high Q)

GNDGND

GNDGND

OUT

OUT

C91077pC9107

7p

C9079

C9079

15p

15p

23456

1u

C90411uC9041

R9034NCR9034

NC

1000P

1000P

Z9001

Z9001

73.35M

73.35M

1

IN

IN

C9101

C9101

15p

15p

C9038

C9038

0.1u

0.1u

C9060

C9060

L9022

L9022
270nH

270nH

TP9005TPTP9005

R9003

R9003
270

270

C9141

C9141
47pF

47pF

Q9005

Q9005

RD01MUS2

RD01MUS2

1

C9066

C9066

0.01u

0.01u

R9053

R9053

TP9003TPTP9003
TP

TP

32

0.39

0.39

D9017

D9017

HSMS-2827

HSMS-2827

L9001

L9001

82n

82n

1 2

C9071

C9071

0.1u

0.1u

L9006

L9006

L90111uL9011

1u

C9039

C9039
470P

470P

D9010

D9010

EDZ3.6B

EDZ3.6B

61243

4

10n

10n

R9054

R9054

0.39

0.39

T9002

T9002
XFMR

XFMR

C9027

C9027

12P

12P

R9024

R9024

6.8K

6.8K

L9014

L9014
BLM18SG121TN1

BLM18SG121TN1

1 2

R9055

R9055

0.39

0.39

32

6 124 3

C90149pC9014

9p

C9050

C9050
470P

470P

R9048

R9048
150K-F

150K-F

C9139NCC9139

NC

R9027

R9027

8.2k

8.2k

R9057

R9057
150K-F

150K-F

1

T9001

T9001
XFMR

XFMR

C9035

C9035

22P

22P

L90390L9039

L9016

L9016

3.3n

3.3n

R9017

R9017

100

100

C9048

C9048
470P

470P

0

R9029

R9029

TP9004TPTP9004
TP

C9140ncC9140

nc

330

330

R9100

R9100

150K-F

150K-F

C9070NCC9070

NC

R9101

R9101

150K-F

150K-F

C91378pC9137

8p

470P

470P

Q9003

Q9003

RD07MUS2B

RD07MUS2B

C9049

C9049

0.1u

0.1u

R9045

R9045

1M-F

1M-F

C91139pC9113

9p

1

C9047

C9047
470P

470P

R9072

R9072
100K

100K

C9136

C9136

4pF

4pF

L90355TL9035

5T

C9020

C9020

32

C9044

C9044

0.01u

0.01u

470K-F

470K-F

HVC350B

HVC350B

2 1

43p

43p

L9008

L9008
47nH

47nH

R9046

R9046

1M-F

1M-F

C9062NCC9062

NC

R9058

R9058

C9111

C9111

D9001

D9001

C9089

C9089
1000P

1000P

2.4p

2.4p

C9012ncC9012

nc

C9008ncC9008

nc

D9012

D9012

HVC350B

HVC350B

1

100K-F

100K-F

2 1

12

+

+

APC-out

APC-out

TP9001

TP9001

R9059

R9059

C9135

C9135

L90335TL9033

5T

C9138

C9138

0.047u

0.047u

R9073

R9073
100K

100K

4pF

4pF

C90158PC9015

C9021

C9021

C9051

C9051
22u/10v

22u/10v

8P

3.6P

3.6P

C9042

C9042
470P

470P

C9109

C9109

15p

15p

C9120

C9120

12P

12P

1
2
3
4

C9080

C9080

0.1u

0.1u

C90094PC9009

C9006NCC9006

4P

NC

C9043

C9043

0.1u

0.1u

A OUTPUT
A -INPUT
A +INPUT
GND

C90077PC9007

7P

C9022NCC9022

NC

R9025

R9025

R90381kR9038
1k

U9002

U9002

AD8566ARMZ

AD8566ARMZ

R5V

C9081

C9081
470P

470P

C9100

C9100

2.7p

2.7p

22n

22n
L9028

L9028

AT-41511

AT-41511

Q9001

Q9001

C90199PC9019

9P

270

270

B OUTPUT

B -INPUT

B +INPUT

L9024

L9024

220N

220N

R9028

R9028

C9057

C9057

0.1u

0.1u

V+

4

270

270

3

2

R9004

R9004

4.4nH

4.4nH

8
7
6
5

R9083

R9083
330

330

R9080

R9080

47P

47P

C9114

C9114

R9099

R9099

C9011

C9011

C9030

C9030

2.4p

2.4p

L9012

L9012
220n

220n

R9043

R9043

C9065

C9065
1500p

1500p

R9056ncR9056

5.6K

5.6K

1

1nH

1nH

82n

D9002

D9002

100P

100P

1 2

1SS356

1SS356

C90319pC9031

9p

C9040ncC9040

nc

D9005

D9005

MA2S077

MA2S077

3.3K

3.3K

C9063

C9063

1000p

1000p

R9047

R9047

33K

33K

C9067

C9067

nc

1000p

1000p

C9093

C9093
1000P

1000P

R9074

R9074
10k

10k

C9112

C9112

18p

18p

R9089

R9089

C9130ncC9130

5.6k

5.6k

nc

C9013

C9013
470P

470P

L9013

L9013
18nH

18nH

C90031pC9003

1p

L9003

L9003

18nH

18nH

C9016NCC9016

C90237pC9023

NC

12

12

D9006

D9006

MA2S077

MA2S077

C9061

C9061

1000P

1000P

R9050

R9050

47K

47K

C9106

C9106

20p

20p

L9030

L9030

C9001

C9001
1000P

1000P

3.3nH

3.3nH

HSM88AS

HSM88AS

L9029NCL9029

C9126NCC9126

NC

NC

C90042pC9004

2p

L9004

L9004

18nH

18nH

7p

Q9020

Q9020

5

6

EMD22

EMD22

C9087

C9087

C9088

C9088
1000p

1000p

0.047u

0.047u

R9076

R9076
100K

100K

C91158PC9115

8P

D9013

D9013

3

C91284pC9128

4p

2

1

C91346PC9134

6P

C90248pC9024

BAT+

43

2

1

D9014

D9014

HVC350B

HVC350B

2 1

8p

C9116

C9116

3.6p

3.6p

R9063

R9063
10K

10K

5T

L90365TL9036

C9005NCC9005
NC

L9005

L9005
18nH

18nH

PS-APC 3

R9069ncR9069

nc

R9077

R9077
100K

100K

D9015

D9015

C91334pC9133

HVC350B

HVC350B

2 1

5T

L90375TL9037

C9017NCC9017

NC

ANT-GPS9

APC/TV1 1,11

L90344pL9034

4p

C91176pC9117

6p

L9025

L9025

4p

39NH

39NH

C91298PC9129

8P

D9016ncD9016

nc

C91317pC9131

2 1

ANT1ANT1

1

R9006

R9006

L9031ncL9031

10k

10k

nc

C9123ncC9123
nc

R9090ncR9090
nc

7p

C91320C9132
0

A

5 4 3 2 1

A

PD70X/PD70XG/PD78X/PD78XG/HD705/HD705G/HD785/HD785G Schematic Diagram (CODEC)

44

PD780 UHF Schematic Diagram(CODEC Circuit)

1V8D

L823

L823

L827

L827

L828

L828

AF-CODEC-IN

AF-CODEC-OUT

3V3A

AF-OUT 12

5

2

L821

L821

BLM15PD121SN1

R823

R823

10K

10K

R824

R824

R826

R826

C839

C839

14

0.1u

0.1u

Vcc

Y
Y0
Y1

A

B

C

ENABLE

4

13
16
15
9
8
7

BLM15PD121SN1

C824

C824

C822

C822

0.22u

0.22u

0.01u

0.01u

PD-CODEC

TP821TP821

C827

C827

0.01u

0.01u

15K-F

15K-F

47K-F

47K-F

Vref=2.5V

C836

C836

0.1u

0.1u

C821

C821

0.22u

0.22u

1

IOVDD

2

PWR_DN

3

RESET

4

1

GPIO2

5

GPIO1

6

AVDD2

7

AVSS2

8

AVDD1

9

NC

10

NC

11

NC

12

NC

C8311uC831

1u

R830

R830
33K-F

33K-F

SEL1-ADC 3

SEL-Acoustic 3

SEL2-ADC 3

D

Add R823 del C823

L822

L822

BLM15PD121SN1

PWR-SW-6,7,10,12

CV-ADC1

ADC_IN

VOL7

BLM15PD121SN1

RESET-CODEC3

L820

L820

BLM18AG601SN1

BLM18AG601SN1

C828

C828

2.2u/10V

2.2u/10V

R828

R828

5

NC

10

X0

11

X1

12

X

1

Z1

2

Z

3

Z0

U820U820

GND

6

15K-F

15K-F

3V3A

3V3D

C

3V3A

B

TEM-LEV-DET-TC14

5

IIS-BLCK-CODEC

48

47

45

46

49

BCLK

DVSS

DVDD

T-PAD

AVSS113VREF14VBAT15AUX216AUX117BUZZ_IN/CP_INN18CP_OUTP19CP_INP20MICIN_HND21MICBIAS_HND22MICIN_HED23MICBIAS_HED

ADC_IN

C838

C838
270P

270P

C844ncC844
nc

A

IIS-WCLK-CODEC

IIS-DI-CODEC 5

IIS-DO-CODEC 5

43

44

SDIN

WCLK

SDOUT

AF-CODEC-OUT

5

5

5

CLK-CODEC

uW-CLK-CODEC

uW-SDI-CODEC

uW-SDO-CODEC

42

39

40

41

MISO

SCLK

MCLK

VGND/CP_OUTN

AF-CODEC-IN

C841

C841
1500P

1500P

MICBIAS--HND

5

uW-CS3-CODEC

R821

R821

100

100

37SS38

DAV

MOSI

DRVSS2

OUT8P

BVDD

OUT8N

DRVSS1

SPKFC

DRVDD

SPK2
SPK1

OUT32N

MIC_DET

24

MICBIAS--HED

C8321uC832
1u

3

DAV-CODEC

U821U821

36
35
34
33
32
31
30
29
28
27
26
25

C833

C833

0.1u

0.1u

C843

C843

0.1u

0.1u

C850

C850

0.1u

0.1u

C852

C852

0.1u

0.1u

R8252KR825

C8471uC847
1u

R8332KR833

2K

2K

C845

C845
270P

270P

C851

C851
270P

270P

C853

C853

270P

270P

C825

C825

2.2u/10V

2.2u/10V

C835

C835
270P

270P

TP822

TP822

TP823

TP823
GND

GND

MIC+

MIC+

1

1

TP820

TP820
AF-OUT

AF-OUT

C848

C848

100P

100P

R8202KR820

2K

1

C830

C830
100p

100p

R822 0R822 0

C842

C842
100P

100P

R8322KR832

2K

BLM18AG601SN1

BLM18AG601SN1

C826

C826

0.01u

0.01u

BLM18AG601SN1

BLM18AG601SN1

BLM18AG601SN1

BLM18AG601SN1

C829

C829
270P

270P

R834 0R834 0

R835 0R835 0

C8341uC834

1u

C8401uC840

1u

1500P

1500P

C858

C858

C856

C856
270P

270P

C857

C857
270P

270P

C837

C837

0.01u

0.01u

C846

C846

270P

270P

R841 10KR841 10K

C849

C849

270P

270P

R829 470KR829 470K

R838 10KR838 10K

TONE-CODEC 3

AF 50PIN to CODEC

AF CODEC TO 50PIN

EXT-MIC+ 7

EXT-MIC- 7

INT-MIC+780 7

INT-MIC-780 7

5 4 3 2 1

A

PD70X/PD70XG/PD78X/PD78XG/HD705/HD705G/HD785/HD785G Schematic Diagram (Audio Amplifier)

45

PD780 UHF Schematic Diagram(AF Amplifier Circuit)

D

BAT++

L802

L802

BLM18PG181SN1

BLM18PG181SN1

C804

C804

C803

C802

C802
22u/10V

22u/10V

C803

0.22u

0.22u

270P

270P

L803L803

EXT-SPK- 7

C805

C817

C817

0.1u

0.1u

2

C805
100p

100p

2

C808

C808
3900p

3900p

C813

C813
3900p

3900p

3

1

3

1

R803

R803
330K

330K

Q802

Q802
DTC114EE

DTC114EE

Q801

Q801
DTC114EE

DTC114EE

C806

C806
100p

100p

C815

C815

NC*0.01u

NC*0.01u

C819

C819

0.01u

0.01u

C816

C816

1u/16V

1u/16V

U801

U801

TDA8547TS

TDA8547TS

17

IN1-

16

IN1+

14

IN2-

15

IN2+

5

SVRR

4

MODE

6

SELECT

19

11

VCC120VCC2

OUT1-

OUT1+

OUT2-

OUT2+

GND11GND2

NC2NC7NC9NC12NC

C807

C807
270P

270P

18

3
13

8

10

C811

C811
270P

270P

C814

C814
270P

270P

C818

C818
270P

270P

L804L804R804

L801L801

L805L805

R802

R802

330K

C810

C810

0.1u

0.1u
C812

C812

0.1u

0.1u

R807

R807
20K

20K

330K

R804
10K

10K

R805

R805
10K

10K

C

AF-OUT13

B

Mode-AMP3

PWR-SW-6,7,10,13

SEL-Acoustic3

R80110R801
10

C809

C809

0.1u

0.1u

R80610R806
10

C801

C801

0.1u

0.1u

TP801TP801

1

TP802TP802

1

EXT-SPK+ 7

IN-SPK- 7

IN-SPK+ 7

A

5 4 3 2 1

A

PD70X/PD70XG/PD78X/PD78XG/HD705/HD705G/HD785/HD785G Schematic Diagram (DAC)

46

PD780 UHF Schematic Diagram(DAC Circuit)

D

R712

5VRT

R712

BLM15PD121SN1

BLM15PD121SN1

1 2

C705

C705
1000P

1000P

C7061uC706
1u

R709

R709
100k

100k

R713

R713
100

100

R710

R710

100k

100k

C

C7111uC711

1u

R702

R702
68k

68k

R707

R707

33k

33k

L702

L702

3V3DRF

B

PD-DAC3

MCBSP2-DX-DAC5

MCBSP2-CLKX-DAC5

MCBSP2-FSX-DAC5

LOAD-DAC5

BLM15PD121SN1

BLM15PD121SN1

1 2

C701

C701
1u/10v

1u/10v

C710

C710

0.1u

0.1u

C7071uC707

1u

C7121uC712

1u

13

15

REFINAB

OUTA14OUTB

OUTC12OUTD

11

9

10

AGND

REFINCD

8

16

AVDD

DVDD1PD2LDAC3DIN4SCLK5CS6FS7DGND

R7011KR701

R704 100R704 100

R705

R705

10K-F

10K-F

U701

U701
TLV5614IPW

TLV5614IPW

C703

C703
470P

470P

1K

APC/TV1

APC/TV1

TP702

TP702

1

MOD2

1

MOD2

TP701

TP701

C709

C709

330p

330p

C708

C708

100p

100p

R706

R706

10K-F

10K-F

C704

C704
470p

470p

TO VCO

MOD-VCO 1

APC/TV1 1,14

MOD-XO 1

TO VCTCXO

A

5

A

PD70X/PD70XG/PD78X/PD78XG/HD705/HD705G/HD785/HD785G Schematic Diagram (Power)

47

4

3

2

1

PD780 UHF Schematic Diagram(Power Circuit)

R607 100R607 100

P607P607

J601

J601

D D

D-700/BATB

D-700/BATB

3
2
1

1 2

1

F601

F601

2.5A-32V

2.5A-32V

P608P608

1

BAT+

C614

C614

C615

C615

5.6pF

5.6pF

0.1u/16V

D601D601

D602D602

1 2

2 1

0.1u/16V

C616

C616
100pF

100pF

BAT++ 3V3ARF

R602R602

R631

2 3

Q601Q601

1

R626R626

3

NC*DTC114EE

NC*DTC114EE

1

Q602

Q602

3V3DRF

2

32

3

Q603Q603

D604

D604

DAN222

DAN222

1

R631

R6321KR632

15K

15K

31

Q604

Q604
2SK1824

2SK1824

R627

R627

47K

47K

2

R630

R630

47K

47K

1

R628

R628

47K

47K

R629

R629

2.7K

2.7K

C C

BAT++

0.22UF 10V

0.22UF 10V

C628

C628

POWER-SW+

L607L607

C630

C630

0.1uF/16V

0.1uF/16V

C619C619

B B

L613L613

C655

C655

0.22UF 10V

0.22UF 10V

C658

C658

0.1uF/16V

0.1uF/16V

EXT-BAT+

R625R625

C627C627

C645

C645

220P/50V

220P/50V

R621

R621
100K

100K

C674

C674

220P/50V

220P/50V

112

C654C654

112

2

3

3

U601U601

6

1

RUN

SW

VIN

7

SYNC

3

VFB

8

PLLPF

2

ITH

GND

4

2

3

3

U611U611

6

1

RUN

SW

VIN

7

SYNC

3

VFB

8

PLLPF

2

ITH

GND

4

L610L610

5

20pF/50V

20pF/50V

C644

C644

R617

R617

470K-F

470K-F

R618

R618

130K-F

130K-F

L614L614

5

C672

C672
20pF/50V

20pF/50V
R601

R601

100K-F

100K-F

R623

R623
150K-F

150K-F

C637

C637
47uF

47uF

C665

C665

47uF

47uF

C638

C638

0.01uF/16V

0.01uF/16V

C666

C666

0.01uF/16V

0.01uF/16V

1K

2

P606P606

1

PWR-SW- 6,7,12,13
POWER-CTL 3

C636C636

112

3

3

C661C661

112

3

3

PWR-SW+ 6,7

R6040R604

0

POWER-KEY-DET 3

POWER-SW+

TP603

TP603

3.6V

3.6V

2

2

R614R614

1

C682

C682

0.1uF/16V

0.1uF/16V

TP605

TP605

1.6V

1.6V

1

C679

C679

0.1uF/16V

0.1uF/16V

3V6D

R622R622

C681

C681
270P

270P

1V6D

C680

C680

270P

270P

C602

C602

100pF/16V

100pF/16V

C620

C620

100pF/16V

100pF/16V

BLM18PG181SN1

BLM18PG181SN1

4.7uF/16V

4.7uF/16V

BLM18PG181SN1

BLM18PG181SN1

4.7uF/16V

4.7uF/16V

3V6D

C676

C676

0.22uF 10V

0.22uF 10V

BLM18PG181SN1

BLM18PG181SN1

C656

C656

0.1uF

0.1uF

BLM18PG181SN1

BLM18PG181SN1

C688

C688

0.1uF

0.1uF

L602

L602

C603

C603

R608NCR608

NC

L605

L605

C621

C621

C678

C678

0.22uF 10V

0.22uF 10V

L612

L612

L601

L601

PS-GPS3

L615L615

L616L616

C647

C647

0.1uF

0.1uF

0.1uF

0.1uF

0.1uF/16V

0.1uF/16V

C668

C668

C604

C604

0.1uF/16V

0.1uF/16V

C622

C622

C675

C675

1uF

1uF

C677

C677

1uF

1uF

C648

C648

1uF

1uF

C669

C669

1uF

1uF

GND_EARTH

C605

C605

1uF/25V

1uF/25V

C623

C623

1uF/25V

1uF/25V

RP102N331B

RP102N331B

1

VDD

2

GND
CE3NC

RP102N331B

RP102N331B

1

VDD

2

GND
CE3NC

RP102N331B

RP102N331B

1

VDD

2

GND
CE3NC

RP102N181D

RP102N181D

1

VDD

2

GND
CE3NC

RP102N331B

RP102N331B

1

VDD

2

GND
CE3NC

C617

C617

0.1uF/16V

0.1uF/16V

U606

U606

VOUT

C634NCC634

NC

U608

U608

VOUT

C643NCC643

NC

U609

U609

VOUT

C651NCC651

U610

U610

VOUT

C663NCC663

NC

U612

U612

VOUT

C673NCC673

NC

NC

R611

R611

10K

10K

6

6

5

VIN

ON/OFF1GND2NP(VREF)

5

VIN

ON/OFF1GND2NP(VREF)

5
4

5
4

5
4

5
4

5
4

4

GND

VOUT

U604

U604

TK11250CM

TK11250CM

3

C618

C618

0.1uF/16V

0.1uF/16V

4

GND

VOUT

U605

U605

TK11250CM

TK11250CM

3

C626

C626

0.1uF/16V

0.1uF/16V

TP601

TP601

3.3V

3.3V

1

TP604

TP604

1.8V

1.8V

1

GND_SIGNAL

C641

C641

2.2uF

2.2uF

C649

C649

2.2uF

2.2uF

C670

C670

2.2uF

2.2uF

C601

C601

2.2uF

2.2uF

C660

C660

2.2uF

2.2uF

C606

C606

2.2uF

2.2uF

BLM18PG181SN1

BLM18PG181SN1

C607

C607

0.1uF

0.1uF

BLM18PG181SN1

BLM18PG181SN1

C624

C624

C625

C625

0.1uF

0.1uF

2.2uF

2.2uF

L609

L609

BLM18PG181SN1

BLM18PG181SN1
C635

C635

0.1uF

0.1uF

3V3GPS

L611

L611

BLM18PG181SN1

BLM18PG181SN1

C642

C642

0.1uF

0.1uF

C646C646

112

3

3

C650

C650

0.1uF

0.1uF

C657C657

112

3

3

C662

C662

0.1uF

0.1uF

C667C667

112

3

3

C671

C671

0.1uF

0.1uF

L603

L603

L606

L606

3V3DRF

3V3A

C686

C686
1500P

1500P

3V3D

2

1V8D

2

3V3DRF

2

5VFGU

C687

C687

0.01uF

0.01uF

C683

C683

0.01uF

0.01uF

5VRT

C608

C608

0.1uF

0.1uF

C685

C685
270P

270P

BAT++

C684

C684

1500P

1500P

U603

U603

RP102N331B

RP102N331B

1

VDD

2

GND

TP602

TP602
RESET

RESET

1

Q606Q606

DTC114EE

DTC114EE

1

Q607

Q607

C612

C612

0.01uF

0.01uF

CE3NC

TPS3808G33QDBVRQ1

TPS3808G33QDBVRQ1

1
2
3

2 3

C609

C609

1uF

1uF

PWR-RESET2

R619R619

R624R624

2 3

VOUT

R613 1KR613 1K

R612 1KR612 1K

U607

U607

RESET
GND
MR

Q605Q605

1

R620

R620

3.3K

3.3K

3

1

5
4

C613NCC613

NC

VDD

SENSE

Ct

C640

C640

0.22UF 10V

0.22UF 10V

C652

C652

270pF

270pF

2

6
5
4

EXT-PWR 3

BLM18PG181SN1

BLM18PG181SN1

C611

C611

C610

C610

0.1uF

0.1uF

2.2uF

2.2uF

3V3D

C639

C639

0.1uF

0.1uF

EXT-BAT+

C653

C653

NC*2.2uF

NC*2.2uF

L604

L604

A

5

A

PD70X/PD70XG/PD78X/PD78XG/HD705/HD705G/HD785/HD785G Schematic Diagram (AD9864)

48

4

3

2

1

PD780 UHF Schematic Diagram(AD9864 Circuit)

D D

TP403

TP403

TP402IFTP402

GND

GND

IF

1

1

IF14

BLM15PD121SN1

BLM15PD121SN1

L412

L412

1 2

C C

B B

L408

L408

4.7u

C472

C472

2.2uF

2.2uF

4.7u

3V3A

L410

L410

BLM18AG601SN1

BLM18AG601SN1

C422

C422

0.1u

0.1u

C434

C434

0.1u

0.1u

C433

C433

0.1u

0.1u

L402

L402

L404

L404
10u

10u

C429

C429
100P

100P

270n

270n

C427

C427

220p

220p

C438

C438
100P

100P

R40151R401
51

C436

C436

0.01u

0.01u

L401

L401
10u

10u

C428

C428
100P

100P
C431

C431
2200p

2200p

R413

R413

1.8k

1.8k

C439

C439
100P

100P

10
11
12

C420

C420
12P

12P

C445

C445

0.1u

0.1u

1
2
3
4
5
6
7
8
9

C446

C446

0.1u

0.1u

C430

C430

0.1u

0.1u

46

48

47

IFIN

VDDI

MXOP
MXON
GNDF
IF2N
IF2P
VDDF
GCP
GCN
VDDA
GNDA
VREFP
VREFN

RREF13VDDQ14IOUTC15GNDQ16VDDC17GNDC18CLKP19CLKN20GNDS21GNDD22PC23PD

R412

R412
100k

100k

C440

C440

0.01u

0.01u

C442

C442

0.01u

0.01u

C457

C457

0.01u

0.01u

45

44

CXIF

GNDI

AD9864

AD9864

C455

C455

3300P

3300P

CXVL

U401

U401

TP401

TP401

C448

C448

2FLO

2FLO

33p

33p

1

C449

C449

0.01u

0.01u

C447

C447

C453 0.01uC453 0.01u

0.01u

0.01u

42

40

38

39

43

LOP

LON

41

CXVM

C441

C441

0.1u

0.1u

VDDL

12

+

+

37

PRPAD

VDDP

GNDP

IOUTL

SYNCB

DOUTB
DOUTA

CLKOUT

24

L411 3.3uL411 3.3u

R414

R414

R416

R416

820R

820R

C468

C468

0.68u/10v

0.68u/10v

GNDL

FREF

GNDS
GNDH

VDDH
VDDD

2.7k

2.7k

49

36
35
34
33
32
31

FS

30
29
28
27
26
25

PE

10K

10K

C451NCC451

NC

C466

C466

0.1u

0.1u

R415

R415

C463

C463

0.22u

0.22u

C435

C435

0.1u

0.1u

2 1

R404

R404

680R

680R

C443

C443

39P

39P

D401

D401

HVC350B

HVC350B

FERCLK

FERCLK

TP413

TP413

1

RN401 0*4RN401 0*4

6
7
8
1 2

BLM15PD121SN1

BLM15PD121SN1

C4527PC452

7P

R4031KR403

1K

C450

C450

0.012u

0.012u

L407

L407

C454

C454

0.01u

0.01u

C421ncC421
nc

45
3
2
1

L403

L403

1 2

C426

C426

0.01u

0.01u

C437

C437

5600P

5600P

C469

C469
270P

270P

BLM15PD121SN1

BLM15PD121SN1

C471

C471

C470

C470

270P

270P

270P

270P

CLK-OMAP/IF 2

CLK-IF/PLL 1

SYNCB-IF 3
MCBSP2-FSR-IF 5
MCBSP2-DR-IF 5
MCBSP2-CLKR-IF 5

3V3DRF

SPI-DIN-IF 5
SPI-CS2-IF 5
SPI-DOUT-IF 5
SPI-SCK-IF 5

TP404

TP404
CV2

CV2

1

1SV305

1SV305

2 1

R402

R402
10k

10k

L413

L413

6.8UH

6.8UH

C425

C425

18p

18p

D402

D402

C456

C456

3.6p

3.6p

C465

C465

0.1u

0.1u

C458

C458

18p

18p

L406

L406

220n(HQ)

220n(HQ)

R407

R407

R410

R410
10k

10k

8.2K

8.2K

Q402

Q402

UMC4N

UMC4N

R408

R408
100

100

31

L409

L409

470nH

470nH

R411

R411
390

390

1

2

34

C462

C462

0.1u

0.1u

C432

C432
22p

22p

C4231uC423
1u

PS-2LOC 3

Q401

Q401

2SC4617

2SC4617

2

C464

C464

0.1u

0.1u
C467

C467

2.2u/10v

2.2u/10v

31

BLM15PD121SN1

BLM15PD121SN1

L405

L405

1 2

R409

R409

4.7K

4.7K

C444

C444
470P

470P

C459

C459
470P

470P

5VFGU

5

Q403

Q403

2SC3356

2SC3356

2

C460

C460

30p

30p

C461

C461
33p

33p

A

5

4

3

2

1

5

A

PD70X/PD70XG/PD78X/PD78XG/HD705/HD705G/HD785/HD785G Schematic Diagram (Internal Interface)

49

4

3

2

1

PD780 UHF Schematic Diagram(INT Interface Circuit)

R314

R314

3.3K

3.3K

14
13
12
11
10
9
8

L302

L302

BLM18AG601SN1

BLM18AG601SN1

C321

C321
270P

270P

R313 470R313 470

Q310

Q310

32

BSH103

BSH103

1

C319

C319

270p

270p

3V3D

R322

R322

TP301TP301

R315

R315

3.3K

3.3K

1

C322

C322
270P

270P

3V3DRF

2.2K

2.2K

IIC-SCL-Acce

IIC-SDA-Acce

Acce-INT1 3

PWR-SW+ 6,10
PWR-SW-

INT-MIC-780 13
INT-MIC+780 13

CH1 3
CH4 3
VOL 13
CH8 3

CH2 3
EMERGENCY 3

LED-IND2 3
LED-IND1 3
KB-R0 5
PTT-IO 3

KB-C1 5
KB-C0 5

LED-LCD-BL 3

5
5

6,10,12,13

Q312

Q312

3

DTC114EE

DTC114EE

1

IO to Accessory(TD TEST)3

2

IO5-OPT3
IO4-OPT3

IO3-OPT3
IO2-OPT3
IO1-OPT3

UART1-RX-OPT/PS5,6
UART3-TX-OPT5
UART3-RX-OPT5
UART3-CTS/IO30-OPT5
UART3-RTS/IO29-OPT5
UART1-TX-OPT/PS5,6

/RST-OUT3

LED-KEY 3

D303D303

D304D304

LED-K-KEY

EXT-BAT+

A1
A2
A3
A4
A5
A6

A1
A2
A3
A4
A5
A6

3V6D

C3121uC312

1u

VFLASH

270p

270p

C313

C313

21

21

D307D307

D308D308

IMO

J1601

J1601

AXK6F50347YG

AXK6F50347YG

21

21

DF23C-30DS-0.5V(51)

DF23C-30DS-0.5V(51)

C3141uC314

1u

EXT-MIC+13

EXT-MIC-13

A1

X1

A2

X2

A3

X3

A4

X4

A5

X5

A6

X6

A1

X1

R327 100R327 100

A2

X2

A3

X3

A4

X4

A5

X5

A6

X6

A1

X1

A2

X2

A3

X3

A4

X4

A5

X5

A6

X6

KB-C45
KB-C35
KB-C25
KB-C15
KB-C05

C1

Y1

C2

Y2

C3

Y3

C4

Y4

C5

Y5

C6

Y6

GND1B1GND2B2GND3

U322U322

B3

C334

U315U315

U317U317

12

C1
C2
C3
C4
C5
C6

C1
C2
C3
C4
C5
C6

C334
270p

270p

IN-SPK-

IN-SPK+12

Y1
Y2
Y3
Y4
Y5
Y6

B3

Y1
Y2
Y3
Y4
Y5
Y6

B3

R318 NCR318 NC
R319 0R319 0

X1
X2
X3
X4
X5
X6
GND1B1GND2B2GND3

X1
X2
X3
X4
X5
X6
GND1B1GND2B2GND3

C1

Y1

C2

Y2

C3

Y3

C4

Y4

C5

Y5

C6

Y6

GND1B1GND2B2GND3

U321U321

B3

C1

Y1

C2

Y2

C3

Y3

C4

Y4

C5

Y5

C6

Y6

GND1B1GND2B2GND3

U312U312

B3

M-D14
M-D34
M-D54
M-D74
M-D94
M-D114

M-D134
M-D154

/WE4 /OE 4

R328NCR328
NC

2 1

2 1

12
34
56
78
910
1112
1314
1516
1718
1920
2122
2324
2526
2728
2930
3132
3334
3536
3738
3940
4142
4344
4546
4748
4950

D309D309

2 1

D310D310

2 1

J311

J311

1 2
3 4
5 6
7 8

9 10
11 12
13 14
15 16
17 18
19 20
21 22
23 24
25 26
27 28
29 30

C315

C315

270p

270p

D305D305

D306D306

C316

C316

270p

270p

3V3D

EXT-SPK- 12

EXT-SPK+

C1
C2
C3
C4
C5
C6

C1
C2
C3
C4
C5
C6

C317

C317

270p

270p

5

4 326

12

Y1
Y2
Y3
Y4
Y5
Y6

B3

Y1
Y2
Y3
Y4
Y5
Y6

B3

R324 33R324 33
R325 33R325 33
R326 33R326 33

1

X1
X2
X3
X4
X5
X6
GND1B1GND2B2GND3

X1
X2
X3
X4
X5
X6
GND1B1GND2B2GND3

D318D318

C3231uC323
1u

A1
A2
A3
A4
A5
A6

A1
A2
A3
A4
A5
A6

A1
A2
A3
A4
A5
A6

U316U316

A1
A2
A3
A4
A5
A6

U318U318

L303

L303

BLM18PG181SN1

BLM18PG181SN1

X1
X2
X3
X4
X5
X6

GND1B1GND2B2GND3

B3

X1
X2
X3
X4
X5
X6

GND1B1GND2B2GND3

B3

M-D0 4
M-D2 4
M-D4 4
M-D6 4
M-D8 4
M-D10 4

M-D12 4
M-D14 4

/CS2-LCD 4
M-A1 4

LED-K-LCD

Y1
Y2
Y3
Y4
Y5
Y6

Y1
Y2
Y3
Y4
Y5
Y6

AF CODEC TO 50PIN
AF 50PIN to CODEC

3V6D

C1
C2
C3
C4
C5
C6

U320U320

C1
C2
C3
C4
C5
C6

U314U314

USB-D+

USB-D­EMERGENCY
KB-R1
KB-R2 5
KB-R3
KB-R4 5
EXT-PTT 3
SEL1-Accessory
SEL2-Accessory
SEL3-Accessory

MCBSP3-FSX-OPT 5

MCBSP3-DX-OPT

MCBSP3-WCLK-OPT 5

MCBSP3-DR-OPT

CLK-32K-OUT

CLK-OPT 2

5,6
5,6
3
5

5

3,13
3
3

5

5
2

D D

U310

3V3D

C311

C311

0.1u

0.1u

3V3A

C310

C310

0.1u

0.1u

C C

B B

3V3DRF

R321

R321

3.01

3.01

1N4148WS

1N4148WS

AXK5F16547YG

AXK5F16547YG

P311P311
P312P312
P310P310
P314P314

P313P313

D302

D302

J821

J821

1 2

32

1
1
1
1

1

Q313

Q313

BSH103

BSH103

16
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1

LED2
LED1

PTT-KEY

MOT+

MOT-

1

C320

C320

270p

270p

R316 10KR316 10K

R317

R317

LED2
LED1

C318

C318

0.1u

0.1u

R323

R323

10K

10K

270P

270P
C332

C332

C1
C2
C3
C4
C5
C6

J313

J313

1
2

JST SM02B-SRSS-TB

JST SM02B-SRSS-TB

2.2K

2.2K

MOTOR-CTL 3

U310

1

DVdd_IO

2

GND

SDA/SDI/SDO

3

NC

4

IADDR0

5

GND1

6

AVdd
CS7INT1/DRDY

NC*MMA7455L

NC*MMA7455L

270P

270P
C333

C333

BLM18AG601SN1

BLM18AG601SN1

BLM18AG601SN1

BLM18AG601SN1

B3

A6

X6
X5
X4
X3
X2
X1

U319U319

U313U313

Y1
Y2
Y3
Y4
Y5
Y6

Y6

GND1B1GND2B2GND3

Y5
Y4
Y3
Y2
Y1

X1
X2
X3
X4
X5
X6
GND1B1GND2B2GND3

B3

（LF）

（LF）

A5
A4
A3
A2
A1

SLC/SPC

SDO
RFU
NC1
INT2

270P

270P
C331

C331

L304

L304

L305

L305

C6
C5
C4
C3
C2
C1

A1
A2
A3
A4
A5
A6

LED-K-LCD LED-K-KEY

A

5

A

PD70X/PD70XG/PD78X/PD78XG/HD705/HD705G/HD785/HD785G Schematic Diagram (OMAP SI)

50

4

3

2

1

PD780 UHF Schematic Diagram(OMAP SI Circuit)

D D

R219 10KR219 10K

SYNCB-IF8

SPI-CS2-IF8
SPI-SCK-IF8
SPI-DOUT-IF8
SPI-DIN-IF8

MCSI-CLK-PLL1
MCSI-CS-PLL1
MCSI-DO-PLL1

SW-CHARGE-FGU1

3V3D

RN257

RN257

8
7
6

100*4

100*4

RN258

RN258

8
7
6

100*4

100*4

SW-CHARGE-FGU-io3

T19

1
2
3
45

1
2
3
45

SPIF.CS2/MPUIO4/uWIRE.CS2/LED2

U19

SPIF.SCK/MPUIO1

W21

SPIF.DOUT/GPIO46/uWIRE.SDO

U18

SPIF.DIN/GPIO47/uWIRE.SDI

M15

MCSI1.CLK/GPIO7

W8

MCSI1.SYNC/GPIO9

W14

MCSI1.DOUT/GPIO18

KP.R0/MPUIO8

KP.R1/MPUIO9
KP.R2/MPUIO10
KP.R3/MPUIO13
KP.R4/MPUIO15

KB.C0/MPUIO0

KB.C1/MPUIO6

KB.C2/GPIO61
KB.C3/GPIO63
KB.C4/GPIO27

G18
F19
H14
E20
E19

F18
D20
D19
E18
C21

C C

RN259

RN259

R263

R263

10K

10K

8
7
6

6
7
8

8
7
6

RN260

RN260

100*4

100*4

RN255

RN255
0*4

0*4

0*4

0*4

uW-CS3-CODEC13
uW-CLK-CODEC13

uW-SDO-CODEC13

uW-SDI-CODEC13

IIS-WCLK-CODEC13
IIS-BLCK-CODEC13
IIS-DO-CODEC13
IIS-DI-CODEC13

LOAD-DAC11
MCBSP2-CLKX-DAC11
MCBSP2-FSX-DAC11

B B

MCBSP2-DX-DAC11
MCBSP2-CLKR-IF8
MCBSP2-FSR-IF8
MCBSP2-DR-IF8

MCBSP3-FSX-OPT7
MCBSP3-WCLK-OPT7
MCBSP3-DX-OPT7
MCBSP3-DR-OPT7

IIC-SCL-Acce7
IIC-SDA-Acce7

J19

1
2
3
45

45
3
2
1

1
2
3
45

uWIRE.CS3/GPIO34/CAM.D6

J15

uWIRE.SCLK/GPIO39

H19

uWIRE.SDO/GPIO57

J14

uWIRE.SDI/GPIO33

H15

MCBSP1.FSX/GPIO53

G21

MCBSP1.CLKX/GPIO54

H18

MCBSP1.DX/GPIO52

H20

MCBSP1.DR/GPIO51

Y6

MCBSP2.CLKX/GPIO20

W7

MCBSP2.FSX/GPIO21

P10

MCBSP2.DX/GPIO22

V7

MCBSP2.CLKR/GPIO11

W6

MCBSP2.FSR/GPIO12

AA5

MCBSP2.DR/GPIO19

N18

MCBSP3.FSX/GPIO12/TIMER.EXTCLK

W16

MCBSP3.CLKX/GPIO42

P14

MCBSP3.DX/GPIO43/MCSI1.CLK

AA17

MCBSP3.DR/MCSI1.SYNC

T18

I2C.SCL

V20

I2C.SDA/GPIO48

UART1.TX/UART1.IRTX

UART1.RX/UART1.IRRX/GPIO37

UART2.TX/GPIO17

UART2.RX/GPIO18

UART3.TX/GPIO32

UART3.RX/GPIO31
UART3.CTS/GPIO30
UART3.RTS/GPIO29

USB.DP/I2C.SDA/UART1.RX

USB.DM/I2C.SCL/UART1.TX/Z

EMU1
EMU0

TCK

RTCK

TDO
TMS

TRST

Y14
V14

V6
R9

K18
K19
K15
K14

W17
V16
W18
Y17
AA19
Y19

TDI

V17
Y18

P9
R8

3V3D

R256

R256
10K

10K

3V3D

4

1

2 3

100

100

R257

R257

TP260TP260

TP259TP2591TP261TP261

1

1

1

R258

R258
10K

10K

TP264TP264

TP265TP265

123

C267

C267

12P

12P

RN261

RN261
22K*2

22K*2

1

C274

C274

678

12P

12P

4 5

TP262TP262

1

RN256

RN256
10K*4

10K*4

TP263TP263

1

1

TP266TP266

TP258TP258

1
1

KB-R0 7
KB-R1 7
KB-R2 7
KB-R3 7
KB-R4 7

KB-C0 7
KB-C1 7
KB-C2 7
KB-C3 7
KB-C4 7

UART1-TX-OPT/PS 6,7
UART1-RX-OPT/PS 6,7

UART2-TX-GPS 9
UART2-RX-GPS 9

UART3-TX-OPT 7
UART3-RX-OPT 7
UART3-CTS/IO30-OPT 7
UART3-RTS/IO29-OPT 7

EMU1 6
EMU0 6
TCK 6
RTCK 6
TDO 6
TDI 6
TMS 6
/TRST 6

USB-D+ 6,7
USB-D- 6,7

3V3D

1

TP267TP267

TP269TP269

1

W4

USB.PUEN

L1

NCE5NC

U201B

U201B

OMAP5912ZZG-1

OMAP5912ZZG-1

LCD.P0

LCD.P1

LCD.P2

LCD.P3

LCD.P4

LCD.P5

LCD.P6

LCD.P7

LCD.AC

LCD.HS

LCD.PCLK

LCD.VS

B21

A20

B19

B15

D18

C19

H13

G14

C18

C20

C15

B18

R260

R260

1.5K

1.5K

R261

R261
15K

15K

R262

R262
15K

15K

TP255TP255

A

5

A

PD70X/PD70XG/PD78X/PD78XG/HD705/HD705G/HD785/HD785G Schematic Diagram (OMAP MEN)

51

4

3

2

1

PD780 UHF Schematic Diagram(OMAP MEM Circuit)

D D

1V8D

R243 0R243 0

SDRAM.A0
SDRAM.A1
SDRAM.A2
SDRAM.A3
SDRAM.A4
SDRAM.A5
SDRAM.A6
SDRAM.A7
SDRAM.A8
SDRAM.A9
SDRAM.A10
SDRAM.A11 SDRAM.D11

C C

SDRAM.A12
SDRAM.BA0
SDRAM.BA1

SDRAM.CAS#
SDRAM.RAS#
SDRAM.LDQM
SDRAM.UDQM
SDRAM.WE#
SDRAM.CLK
SDRAM.CKE
SDRAM.CS#

H7
H8

J8
J7
J3

J2
H3
H2
H1
G3
H9
G2
G1
G7
G8

F7
F8
E8
F1
F9
F2
F3
G9

A0
A1
A2

VDDE7E7VDDA9
A3
A4
A5
A6
A7
A8
A9
A10
A11
A12
BA0
BA1

CAS
RAS
LDQM
UDQM
WE
CLK
CKE
CS

VSSA1A1VSSJ1J1VSSE3E3VSSQA3A3VSSQC3C3VSSQB7B7VSSQD7

B B

C243

C243

270P

270P

MT48H8M16LFB4-75 IT

MT48H8M16LFB4-75 IT

D3

C7

B3

A7

A9

J9

DQ0
DQ1
DQ2

VDDJ9

VDDQB3

VDDQA7

VDDQD3

VDDQC7

DQ3
DQ4
DQ5
DQ6
DQ7
DQ8

DQ9
DQ10
DQ11
DQ12
DQ13
DQ14
DQ15

D7

SDRAM.A[0..12]

C244

C244

0.022u

0.022u

1500p

1500p

U242

U242

SDRAM.D0

A8

SDRAM.D1

B9

SDRAM.D2

B8

SDRAM.D3

C9
C8

SDRAM.D5

D9

SDRAM.D6

D8

SDRAM.D7

E9

SDRAM.D8

E1

SDRAM.D9

D2

SDRAM.D10

D1
C2

SDRAM.D12

C1

SDRAM.D13

B2

SDRAM.D14

B1

SDRAM.D15

A2

E2

NC

C245

C245

C246

C246

0.22u

0.22u

SDRAM.CLK

C250

C250

100p

100p

C2471uC247

1u

SDRAM.D[0..15]

1V8D

1V8D

RN242

RN242
10K*4

10K*4

R246 10KR246 10K

R250 10KR250 10KR249 10R249 10

1
2
3
4 5

R252 10KR252 10K

SDRAM.A0
SDRAM.A1
SDRAM.A2
SDRAM.A3
SDRAM.A4
SDRAM.A5
SDRAM.A6

SDRAM.A7
SDRAM.A8
SDRAM.A9
SDRAM.A10
SDRAM.A11

SDRAM.A12

SDRAM.D0

SDRAM.D1

SDRAM.D2

SDRAM.D3

SDRAM.D4

SDRAM.D5

SDRAM.D6

SDRAM.D7

SDRAM.D8

SDRAM.D9

SDRAM.D10
SDRAM.D11
SDRAM.D12
SDRAM.D13
SDRAM.D14
SDRAM.D15

SDRAM.CS#

SDRAM.BA0

SDRAM.BA1

SDRAM.CKE

SDRAM.UDQM

8

SDRAM.LDQM

7

SDRAM.WE#

6

SDRAM.RAS#

SDRAM.CAS#

A2

SDRAM.A0

B2

SDRAM.A1

B6

SDRAM.A2

A1

SDRAM.A3

G10

SDRAM.A4

B9

SDRAM.A5

G12

SDRAM.A6

G11

SDRAM.A7

G9

SDRAM.A8

B12

SDRAM.A9

B8

SDRAM.A10

H10

SDRAM.A11

H9

SDRAM.A12

H11

SDRAM.A13

D6

SDRAM.D0

C6

SDRAM.D1

C5

SDRAM.D2

D7

SDRAM.D3

D5

SDRAM.D4

C7

SDRAM.D5

C4

SDRAM.D6

D8

SDRAM.D7

C10

SDRAM.D8

D14

SDRAM.D9

D11

SDRAM.D10

C13

SDRAM.D11

C11

SDRAM.D12

D13

SDRAM.D13

D12

SDRAM.D14

C12

SDRAM.D15

C14

SDRAM.DQSH

D4

SDRAM.DQSL

G8

SDRAM.CS

D9

SDRAM.CLKX

B3

SDRAM.BA0

C3

SDRAM.BA1

C9

SDRAM.CLK

H12

SDRAM.CKE

D10

SDRAM.DQMU

C8

SDRAM.DQML

H8

SDRAM.WE

H7

SDRAM.RAS

B4

SDRAM.CAS

FLASH.CS1/FLASH.CS1L

FLASH.CS2/FLASH.BAA/FLASH.CS2L

FLASH.RP/FLASH.CS2UWE

FLASH.CLK/FLASH.CS2UOE

FLASH.BE1/FLASH.CS2UWE/GPIO60

FLASH.BE0/FLASH.CS2UOE/GPIO59

OMAP5912ZZG-1

OMAP5912ZZG-1

U201A

U201A

FLASH.A1
FLASH.A2
FLASH.A3
FLASH.A4
FLASH.A5
FLASH.A6
FLASH.A7
FLASH.A8

FLASH.A9
FLASH.A10
FLASH.A11
FLASH.A12
FLASH.A13
FLASH.A14
FLASH.A15
FLASH.A16
FLASH.A17
FLASH.A18
FLASH.A19
FLASH.A20
FLASH.A21
FLASH.A22
FLASH.A23
FLASH.A24
FLASH.A25

FLASH.D0

FLASH.D1

FLASH.D2

FLASH.D3

FLASH.D4

FLASH.D5

FLASH.D6

FLASH.D7

FLASH.D8

FLASH.D9
FLASH.D10
FLASH.D11
FLASH.D12
FLASH.D13
FLASH.D14
FLASH.D15

FLASH.OE

FLASH.WE
FLASH.WP

FLASH.RDY/GPIO10

FLASH.ADV

FLASH.CS0/GPIO62

FLASH.CS3/GPIO3

J8
D3
C1
E4
D2
F4
E3
J7
F3
G4
G3
G2
K8
H4
H3
K7
J2
J4
J3
F2
L8
K4
K3
L7
E1

N4
N2
N7
P2
P4
P7
R2
R3
R4
T2
T3
P8
U1
U3
T4
V3

U4
W2
V4
V2
L4

M7
M3
M4
N8

W1
N3

M8
L3

/OE
/WE
/WP

RDY

/CS1-PsRAM

/CS2-LCD

/CS3-FLASH

M-A1
M-A2
M-A3
M-A4
M-A5
M-A6
M-A7
M-A8
M-A9
M-A10
M-A11
M-A12
M-A13
M-A14
M-A15
M-A16
M-A17
M-A18
M-A19
M-A20
M-A21
M-A22
M-A23
M-A24

M-D0
M-D1
M-D2
M-D3
M-D4
M-D5
M-D6
M-D7
M-D8
M-D9
M-D10
M-D11
M-D12
M-D13
M-D14
M-D15

/UB
/LB

M-A[1..24]

/CS2-LCD
M-A1
/WE
/OE
M-D0
M-D1
M-D2
M-D3
M-D4
M-D5
M-D6
M-D7
M-D8
M-D9
M-D10
M-D11
M-D12
M-D13
M-D14
M-D15

/CS2-LCD 7
M-A1 7
/WE 7
/OE 7

M-D0 7
M-D1 7
M-D2 7
M-D3 7
M-D4 7
M-D5 7
M-D6 7
M-D7 7
M-D8 7
M-D9 7
M-D10 7
M-D11 7
M-D12 7
M-D13 7
M-D14 7
M-D15 7

TP242TP242

R251 100kR251 100k

/RST-OUT2

1

M-D[0..15]

/WP

C251

C251

0.01u

0.01u

M-A1
M-A2
M-A3
M-A4
M-A5
M-A6
M-A7
M-A8
M-A9
M-A10
M-A11
M-A12
M-A13
M-A14
M-A15
M-A16
M-A17
M-A18
M-A19
M-A20SDRAM.D4
M-A21
M-A22
M-A23
M-A24

/LB
/UB

/WE

/CS1-PsRAM

/OE
/CS3-FLASH
RDY
/RST-OUT

VFLASH

G1

F1
E1
D1

F2
E2
D2
C2
C6
E6

F6
C7
D7
E7

F7
D8
G8

F3
E3
D6
E5
E8

F8

F5

C3
D3

C5

J1
H2
H1
E4
D4
C4
D5

J4

J5

G2

J8

U244

U244

A0
A1
A2
A3
A4
A5
A6
A7
A8
A9
A10
A11
A12
A13
A14
A15
A16
A17
A18
A19
A20
A21
A22
A23

LB
UB

WE
CE1-ps
OE
CEf
RY/BYf
RESET
WP/ACC
CE2ps

VCCf
VCCps

VSS1
VSS2

TV00570002CDGB

TV00570002CDGB

DQ0
DQ1
DQ2
DQ3
DQ4
DQ5
DQ6
DQ7
DQ8

DQ9
DQ10
DQ11
DQ12
DQ13
DQ14
DQ15

NC1

NC2

NC3

NC4

NC5

NC6

NC7

NC8

NC9
NC10
NC11
NC12
NC13
NC14
NC16
NC17
NC18
NC19
NC20
NC21
NC22
NC23
NC24
NC25
NC26
NC27

NC28

M-D0

J2

M-D1

G3

M-D2

K3

M-D3

H4

M-D4

H5

M-D5

K6

M-D6

G6

M-D7

J7

M-D8

K2

M-D9

H3

M-D10

J3

M-D11

K4

M-D12

J6

M-D13

H6

M-D14

K7

M-D15

H7

A1
B1
C1
L1
M1
B2
L2
B3
L3
B4
F4
G4
L4
B5
G5
K5
L5
B6
L6
B7
G7
L7
A8
B8
H8
L8

M8

1V8D

R253NCR253

3V3D

1V8D for 256Mbit NOR Flash

R254 0R254 0

VFLASH

NC

C252

C252

1000p

1000p

C242

C242

0.022u

0.022u

VFLASH

C2541uC254

1u

3VD for 128Mbit NOR Flash

A

5

PD70X/PD70XG/PD78X/PD78XG/HD705/HD705G/HD785/HD785G Schematic Diagram (OMAP IO)

52

4

3

2

1

PD780 UHF Schematic Diagram(OMAP IO Circuit)

D D

GPIO27

GPIO58

MPUIO11

P3
Y5
Y8
Y1
R10
W9
AA9
Y10

AA15
W15
P11
V15
V11
R11

V19
N15
V8
T20
W11
V10
W10
L19
L18

R19
N19

R212 100R212 100

RESET-CODEC13

SEL1-ADC13

C C

B B

DAV-CODEC13

TONE-CODEC13

LED-LCD-BL

7

SEL2-Accessory7

SEL1-Accessory7

SEL3-Accessory7

SEL2-ADC13

PS-RX14

PS-RXVCO1

PS-TXVCO1

PS-2LOC8

PS-TX14

PD-DAC11

PLL-LD1

IO1-OPT7

IO2-OPT7
IO3-OPT7
IO4-OPT7
IO5-OPT7

R214 100R214 100

R216 100R216 100
R217 100R217 100
R218 100R218 100
R215 100R215 100
R220 100R220 100

R222 100R222 100

A17

GPIO34/LCD.P13

B17

GPIO32/LCD.P11

C17

GPIO31/LCD.P10

D16

GPIO30/LCD.P9

D17

GPIO29/LCD.P8

M18

GPIO50/PWT/TIMER.PWM0

G20

GPIO62/MCBSP1.CLKS

L14

GPIO49/PWL/TIMER.PWM1

N14

GPIO45/SPIF.CS0/UART3.TX/MCBSP3.CLKX

P15

GPIO44/uWIRE.CS3

L15

GPIO38/CAM.HS

J18

GPIO35/CAM.D7/UWIRE.CS0

G13

GPIO33/LCD.P12

G19

GPIO28/KB.C5

M14

GPIO2

M19

GPIO37/CAM.RSTZ

M20

GPIO15/TIMER.PWM2

N21

GPIO14/LCD.RED0

N20

GPIO11/HDQ

P19

GPIO6/MCSI1.DIN/TIMER.EVENT3

P20

GPIO4/SPIF.DIN/TIMER.EVENT4

P18

GPIO3/MCBSP3.FSX/LED1

R18

GPIO0/USB.VBUS

GPIO55/RTC_WAKE_INT

MPUIO5/MPUIO12

W5

W13

R14

GPIO7/MCSI2.SYNC

GPIO35/LCD.P14

C16

V9

GPIO2/LCD.P15

D15

U201D

U201D

OMAP5912ZZG-1

OMAP5912ZZG-1

GPIO38/UART1-IRSEL

GPIO5/FLASH.CS2U

GPIO7/UART2.RCV

GPIO8/TRST

GPIO16/FLASH.CS1U

GPIO23/MCLKREQ

GPIO25/MCSI2.DOUT

GPIO26/MCSI2.DIN

GPIO39/UART1-IRSHDN

GPIO40/BCLKREQ
GPIO55/MMC.CMD
GPIO56/MCSI1.DIN

GPIO57/MMC.CLK

MPUIO1/uWIRE.SCLK

MPUIO2/SPIF.CS1/uWIRE.CS1

MPUIO3/MMC2.DAT1

MPUIO5/LOW_PWR/UART3.RTS

MPUIO9/MPUIO6

MPUIO10/MPUIO7

MPUIO12/CAM.D0
MPUIO14/CAM.VS

GPIO1/UART3.RTS

GPIO13/LCD.BLUE0

POWER-KEY-DET 10
POWER-CTL 10

IO to Accessory(TD TEST) 3

DISCHARGE-SW-TX 14
EXT-PWR 10
Acce-INT1 7
EXT-PTT 7
SW-CHARGE-FGU-io 5

CH1 7
CH2 7
CH4 7
CH8 7

LED-KEY 7
PS-GPS 10
MOTOR-CTL 7
LED-IND1 7
LED-IND2 7

SEL-Acoustic
Mode-AMP 12

R244 100R244 100
R242 100R242 100

C289

C289

R241

R241
10K

10K

1500P

1500P

PTT-IO 7
EMERGENCY 7

C276

C276

C275

C275

0.1u

0.1u

0.1u

0.1u

12

C277

C277

1500P

1500P

TP240TP240

1

PS-APC 14

SW-CVread 1

A A

5

4

3

2

1

1

A

PD70X/PD70XG/PD78X/PD78XG/HD705/HD705G/HD785/HD785G Schematic Diagram (OMAP CORE)

53

PD780 UHF Schematic Diagram(OMAP CORE Circuit)

X201

2 3
1

AA13

OSC32K_OUT

VSSB1VSSB5VSSB7VSS

F20

B16

X201

VSS

VSSG1VSSK2VSS

K20

4

V13

OSC32K_IN

VSSN1VSS

R21

P13

VSSU2VSS

W20

CLK32K_IN

VSSY3VSS

AA1

AA7

CLK-OMAP/IF8

W3

OSC1_OUT

VSS

VSS

AA21

Y2

OSC1_IN

CVDD
CVDD
CVDD

CVDD
CVDD1
CVDD2
CVDD2
CVDD2

CVDD3
CVDD3
CVDD3
CVDD3

CVDDRTC

CVDDDLL

CVDDA

DVDD1
DVDD1
DVDD2
DVDD3

DVDD4
DVDD4
DVDD4
DVDD4

DVDD5
DVDD5
DVDD5

DVDD6
DVDD7
DVDD8
DVDD9

DVDDRTC

LDO.FILTER

U201C

U201C

OMAP5912ZZG-1

OMAP5912ZZG-1

SSP-T7F 12.5pF 20ppm SEIKO

SSP-T7F 12.5pF 20ppm SEIKO

C204

Y13

VSS

C204

20P

20P

VSS

A13

VSS

A21

C203

C203

20P

20P

U20

MPU_RST

3V3D

AA20

1

TP201

TP201

SCLK-IN

SCLK-IN

W19

R12

PWRON_RESET
RST_OUT/GPIO41

V5

MCLK/GPIO24

Y15

BCLK/GPIO17

R13

CLK32K_OUT/GPIO36/MPUIO0/UART1-TX

Y4

SYS_CLK_IN/UART2.BCLK

Y12

RTC_ON_NOFF

J20

MPU_BOOT
BFAIL/EXT_FIQ/UART3.CTS

P12

VSS

V18

CONF

PWR-RESET10

/RST-OUT4

A

CLK-CODEC13

CLK-OPT7

CLK-32K-OUT7

C223

C223
470P

470P

C215

C215

0.01uF

0.01uF

C224

C224

470P

470P

R205 100R205 100

R207 33R207 33
R208 33R208 33
R210 33R210 33

C225

C225
470P

470P

TP268TP268

A15
M2
Y9
Y20
AA3
A3
A9
E2

B13
B20
J21
R20

W12
A11

Y21

A19
E21
AA2
Y7

A5
A7
B10
B14

C2
H2
R1

AA11
Y16
L21
U21
V12

J1

1

C202

C202

1000p

1000p

C211C211

1V6D

1V6DSP

1V6D

C216

C216

0.22u

0.22u

C221

C221

0.22u

0.22u

3V3D

1V8D

VFLASH

3V3D

C2361uC236
1u

R204 0R204 0

R206 10R206 10

R209 10R209 10

C2221uC222

L201L201L203L203

C2291uC229

1u

1u

C205C205

C207C207

1V6D

L202

L202

BLM18PG181SN1

BLM18PG181SN1

L204

L204

BLM18PG181SN1

BLM18PG181SN1

C206

C206
1000P

1000P

C208C208

1V6D

X203

X203

OE/ST

OE/ST

GND

GND

C210

C210

0.22UF 10V

0.22UF 10V

C212

C212

0.22u

0.22u

C218

C218

0.22u

0.22u

C226

C226

0.22u

0.22u

C230

C230

0.22u

0.22u

C234

C234

0.22u

0.22u

1
2

1V6DSP

VFLASH

3

OUT

OUT

4

VDD

VDD

DSB321SDA

DSB321SDA

C209

C209
1500p

1500p

1V6D

1V8D

3V3D

R211R211

C213

C213
1500p

1500p

C219

C219
1500p

1500p

C227

C227
1500p

1500p

C231

C231
1500p

1500p

C235

C235
1500p

1500p

R2130R213

0

R203 10R203 10
R201R201

3V3DRF

3V3ARF

C214

C214
270P

270P

C220

C220
270P

270P

C228

C228
270P

270P

C232

C232
270P

270P

C201

C201
270P

270P

5

A

PD70X/PD70XG/PD78X/PD78XG/HD705/HD705G/HD785/HD785G Schematic Diagram (FGU)

54

5VFGU

C105

C105

0.1u

0.1u

U102

U102

10k

10k
R105

R105

R109

R109

3.3k

3.3k

L110

L110
390nH

390nH

1SV305

1SV305

C137

C137

1000P

1000P

8
7
6
5

D107

D107

V+
B OUTPUT
B -INPUT
B +INPUT

TC75W51FU

TC75W51FU

D102 1SV305D102 1SV305

D103

D103

2 1

D106

D106

1SV305

1SV305

2 1

1SV305

1SV305

D D

charge

APC/TV111,14

A OUTPUT

A -INPUT

A +INPUT

GND

21
21

18nH

18nH

L112

L112

C1236pC123

1
2
3
4

C1286pC128

6p

6p

C1337PC133

10k

10k
R142

R142

7P

C C

5p

D108 1SV305D108 1SV305

L116

L116
390nH

390nH

1SV305

1SV305

D109

D109

D110

D110

D101

1SV305

1SV305

C156

C156

1000P

1000P

TP104

TP104
RFCV

RFCV

1

C161

C161
1000p

B B

1000p

3V3DRF

BLM15PD121SN1

BLM15PD121SN1

1 2

L123

L123

R129

R129
10K

10K

L120

L120
BLM15PD121SN1

BLM15PD121SN1

1 2

D101

1SV305

1SV305

2 1

2 1

C1455pC145

21
21

16nH

16nH

L117

L117

R126ncR126

nc

C1465pC146

C1541uC154
1u

5p

R120

R120
10K

10K

D111

D111
1SV279

1SV279

R122

R122

10k

10k

C149

C149

1.5P

1.5P
C152

C152

4.5P

4.5P

2 1

RF

C117

C117

0.1u

0.1u

L111

L111
12nH

12nH

C138

C138

0.1u

0.1u

L118

L118

8.8nH

8.8nH

R123 100KR123 100K

5VFGU

C118

C118

470P

470P

C139

C139

470P

470P

4

C125

C125

5.6p

5.6p

C1443pC144

3p

TP102

TP102
VCOFB

VCOFB

1

R110

R110

8.2K

8.2K

C129

C129

3.6p

3.6p

R118

R118

8.2K

8.2K

C1473pC147
3p

C157

C157

2.2U

2.2U

L121

L121

BLM15PD121SN1

BLM15PD121SN1

3V3ARF

C1097pC109
7p

C130

C130

C134

C134

15p

15p

C148

C148

C153

C153

13p

13p

27p

27p

22p

22p

R127

R127

10K-F

10K-F

12

C120

C120
470P

470P

R125

R125

2.7K-F

2.7K-F

3

C141

C141

0.1u

0.1u

R101

R101
56R

56R

C121

C121

0.1u

0.1u
C1246PC124

C142

C142
470P

470P

6P

C158

C158

2.2u

2.2u

C113ncC113

nc

1

Q101

Q101
2SC5108

2SC5108

R112

R112

180K

180K

MOD-VCO 11

PD780 UHF Schematic Diagram(FGU Circuit)

C1109pC110

9p

31

Q104

Q104

NE68519

NE68519

R115

R115
180

180

31

Q108

Q108

NE68519

NE68519

R121

R121
100

100

R124

R124

2.7K-F

2.7K-F

C163

C163

1000p

1000p

C1033pC103

L103

L103

12n

12n

R128

R128

2.7K-F

2.7K-F

3p

C122

C122

C1431PC143

1.5P

1.5P

1P

C165

C165

0.1u

0.1u

L106

L106

390nH

390nH

R111

R111

100

100

C164

C164

0.1u

0.1u

L114

L114

390nH

390nH

C160

C160

2200P

2200P

R119

R119
100

100

C1065pC106

5p

C1087pC108
7p

TP103

TP103

MOD-VCO

MOD-VCO

1

C1023pC102

R13110R131

3p

L102

L102
12n

12n

L108

L108
390nH

390nH

C132

C132

47P

47P

L115

L115
390nH

390nH

C151

C151

47P

47P

2

L113

L113
390nH

390nH

R117

R117

3.3K

3.3K

2

L119

L119

390nH

390nH

R13010R130

10

R108

R108

3.3K

3.3K

C159

C159

2200P

2200P

10

2

C104

C104
470P

5

6

5

6

5

6

5VFGU

470P

5
4

43

2

1

43

2

1

FSA 66

FSA 66

Vcc
ON/OFF

C1147PC114

7P

43

2

1

12nH(

12nH(

U101

U101

L104

L104

OUT
GND

Vin

绕线

绕线

C1113PC111

3P

1 2

)

)

D105

D105

MA2S077

MA2S077

1
2
3

L105

L105

12nH(

12nH(

C1169PC116

9P

1 2

R146 33K-FR146 33K-F

L101

L101
33n

33n

R102

R102
10K

10K

R10310R103

10

C119

C119

L107

L107

10p

10p

33n

33n

32

R114

R114

3.3K

3.3K
C126

C126

0.1u

0.1u

31

C1078pC107

8p

Q102

Q102

2

2SC3356

2SC3356

R106

R106

5.6K

5.6K

470P

470P
C127

C127

R113

R113

470R

470R

R143

R143

R144

R144

R107

R107

330R

330R

3.3K

3.3K

3.3K

3.3K

SW-CVread3

Q103

Q103

EMD22

EMD22

Q106

Q106

EMD22

EMD22

Q107

Q107

EMD22

EMD22

绕线

)

绕线

)

C1123PC112

3P

C1157PC115

7P

D104

D104

MA2S077

MA2S077

PS-RXVCO 3

PS-TXVCO 3

R145

R145

33K-F

33K-F

1

C136

C136
470P

470P

C162

C162

R1041KR104
1K

2SC4617

2SC4617

C140

C140

2.2u/10v

2.2u/10v

1000pF

1000pF

LO 14

BLM15PD121SN1

BLM15PD121SN1

Q105

Q105

31

2

PLL-LD

CV-ADC 13

L109

L109

C101

C101

470P

470P

5VFGU

1 2

R116

R116

4.7K

4.7K

3V3ARF

12

L122

L122

BLM15PD121SN1

BLM15PD121SN1

C166

C166

C168

C168

0.1u

0.1u

100P

C169

C182

C182

0.1u

0.1u

C169

0.1u

0.1u

TP108

TP108

1

PLLLD

PLLLD

5VFGU

5
4

C184

C184
1000P

1000P

charge

R1350R135

0

Vcc
ON/OFF

D112

D112
MA2S111

MA2S111

1 2

U104

U104

FSA 66

FSA 66

Vin

OUT

GND

R141ORR141

OR

1
2
3

R137NCR137

NC

C177

C177

0.33u

0.33u

R1391KR139

R133

R133
10K

10K

PLL-LD3

SW-CHARGE-FGU5

TP101

TP101

LF_control

LF_control

C174

C174

0.01u

0.01u

1

R13251R132

R13656R136

56

51

C170

C170
100P

100P

C178

C178

0.33u

0.33u

R13847R138

47

12

C185

C185

+

+

2.2u/10v

2.2u/10v

RF

1K

100P

1
2

C183

C183
1000p

1000p

3
4

5
6

7
8

9
10
11
12

C173

C173
100P

100P

12

+

+

C180

C180
1000p

1000p

R140

R140

2.2k

2.2k

U103

U103

sky72310

sky72310

VCCecl/cml
Fvco_main
Fvco_main

LD/PS_main
VCCcp_main
CPout_main

N/C
Xtalacgnd/OSC
Xtalin/OSC
Xtalout/NC
VCCxtal
GNDXtal

VCCdigital

PowerPAD

25

Mux_out

Clock

Data

R13410R134
10

24
23

N/C

22
21

CS

20
19

18

N/C

17

N/C

16

N/C

15

N/C

14

N/C

13

N/C

C179

C179

0.1u

0.1u

TP105

TP105

PLLDATA

PLLDATA

1

PLLCS

PLLCS

1

TP106

TP106

1

TP107

TP107

PLLCLK

PLLCLK

MCSI-CLK-PLL 5
MCSI-CS-PLL 5
MCSI-DO-PLL 5

L124

L124

C175

C175

270p

270p

C171NCC171

NC

C181ncC181
nc

470n

470n

C167

C167

C172

C172
1000P

1000P

C176

C176

330p

330p

0.1u

0.1u
X101

X101

VCC

VCONT

VCC

VCONT

4

OUT

GND

OUT

GND

19.2MHZ

19.2MHZ

CLK-IF/PLL 8

1
23

MOD-XO 11

A

5

PD70X/PD70XG/PD78X/PD78XG/HD705/HD705G/HD785/HD785G Schematic Diagram (External Interface)

55

4

3

2

1

PD780 UHF Schematic Diagram(EXT Interface Circuit)

D D

J302

J302

1

USB

C C

2
3
4
5
6

nc-CON6

nc-CON6

USB-D- 5,7
USB-D+ 5,7

S302S302

12

C307

C307
270p

270p

R309 100R309 100

C325

C325
270p

270p

PTT-IO 3

J304

J304

NC*JTAG

NC*JTAG

RN302 100*4RN302 100*4

12
34
56

L301

L301

78
910
1112
1314

B B

3V3D

BLM15PD121SN1

BLM15PD121SN1

A A

5

8
7
6

8
7
6

RN301 100*4RN301 100*4

C306

C306

0.1u

0.1u

4

1
2
3
45
1
2
3
45

R301

R301
100K

100K

R304

R304
100K

100K

R308 4.7KR308 4.7K

R305

R305

R306

R306

100K

100K

4.7K

4.7K

D301

D301

1 2

KPT-1608SURC

KPT-1608SURC

R307

R307

4.7K

4.7K

/TRST 5
TMS 5
TDI 5

TDO 5

RTCK 5
TCK 5
EMU0 5

EMU1 5

3

2

1

5

PD70X/PD70XG/HD705/HD705G Schematic Diagram (Channel Board)

56

4

3

2

1

PD780 UHF Schematic Diagram(SW Board Circuit)

D D

D1002

3V3DRF

D1001D1001

2 1

C C

J1001

J1001

AXK6F16547YG

AXK6F16547YG

1
2
3
4
5
6
7
8
9
10
11
12

B B

13
14
15
16

D1002

12-22RG/TR8

12-22RG/TR8

1

EMERGENCY
CH2
CH8
VOL
CH4
CH1
LED1
LED2

INT-MIC+780
INT-MIC-780

PWR-SW­PWR-SW+

C1005

C1005

270P

270P

C1006

C1006

270P

270P

2
3

D1003D1003

5
4

D1011D1011

S1002S1002

3

2 1

1
2

PWR-SW-

D1013D1013

2 1

S1001

Q1001

R

G

2 1

R1001 120R1001 120

R1002 120R1002 120
D1004D1004

2 1

3V3DRF

BLM18PG181SN1

BLM18PG181SN1

5

4

L1002

L1002

Q1001

UMG3N

UMG3N

C1010

C1010
270P

270P

VOL-H

1
2
3

C1001

C1001
270P

270P

C1017

C1017

0.1uF

0.1uF

LED2 VOL

C1002

C1002
270P

270P

CH8LED1 PWR-SW-

D1005D1005

2 1

EMERGENCY KEY

EMERGENCY KEY

D1014D1014

5

6

2 1

7

A3
B3

B2

1V8D-VOL

C1012

C1007

C1007
270P

270P

C1008

C1008
270P

270P

C1011

C1011
270P

270P

C1012
270P

270P

S1001

6

1

1

5

CC

CC
42

42

D1006D1006

2 1

S1003

S1003

12
3

4

A1
B1
A2

U1001

U1001

CM1418-02CS

CM1418-02CS

8

8

1
2
34

D1007D1007

MIC+
MIC-

C1003

C1003
270P

270P

2 1

C1004

C1004
270P

270P

CH4CH4
CH2

D1008D1008

2 1

B1001

B1001

1

+

2

-

OBE-27P42

OBE-27P42

PWR-SW+
VOL-HCH1

D1009D1009

2 1

U1002

3V3DRF

A A

L1001

L1001

BLM18PG181SN1

BLM18PG181SN1

C1015

C1015

0.1uF

0.1uF

U1002

RP102N181D

RP102N181D

1

VDD

2

GND

3

CE

VOUT

NC

5
4

VOL-H

C1016

C1016

0.1uF

0.1uF

5

4

3

2

1

5

PD78X/PD78XG/HD785/HD785G Schematic Diagram (Channel Board)

57

4

3

2

1

PD780 UHF Schematic Diagram(SW Board Circuit)

D D

D1002

3V3DRF

D1001D1001

2 1

C C

J1001

J1001

AXK6F16547YG

AXK6F16547YG

1
2
3
4
5
6
7
8
9
10
11
12

B B

13
14
15
16

D1002

12-22RG/TR8

12-22RG/TR8

1

EMERGENCY
CH2
CH8
VOL
CH4
CH1
LED1
LED2

INT-MIC+780
INT-MIC-780

PWR-SW­PWR-SW+

C1005

C1005

270P

270P

C1006

C1006

270P

270P

2
3

D1003D1003

5
4

D1011D1011

S1002S1002

3

2 1

1
2

PWR-SW-

D1013D1013

2 1

S1001

Q1001

R

G

2 1

R1001 120R1001 120

R1002 120R1002 120
D1004D1004

2 1

3V3DRF

BLM18PG181SN1

BLM18PG181SN1

5

4

L1002

L1002

Q1001

UMG3N

UMG3N

C1010

C1010
270P

270P

VOL-H

1
2
3

C1001

C1001
270P

270P

C1017

C1017

0.1uF

0.1uF

LED2 VOL

C1002

C1002
270P

270P

CH8LED1 PWR-SW-

D1005D1005

2 1

EMERGENCY KEY

EMERGENCY KEY

D1014D1014

5

6

2 1

7

A3
B3

B2

1V8D-VOL

C1012

C1007

C1007
270P

270P

C1008

C1008
270P

270P

C1011

C1011
270P

270P

C1012
270P

270P

S1001

6

1

1

5

CC

CC
42

42

D1006D1006

2 1

S1003

S1003

12
3

4

A1
B1
A2

U1001

U1001

CM1418-02CS

CM1418-02CS

8

8

1
2
34

D1007D1007

MIC+
MIC-

C1003

C1003
270P

270P

2 1

C1004

C1004
270P

270P

CH4CH4
CH2

D1008D1008

2 1

B1001

B1001

1

+

2

-

OBE-27P42

OBE-27P42

PWR-SW+
VOL-HCH1

D1009D1009

2 1

U1002

3V3DRF

A A

L1001

L1001

BLM18PG181SN1

BLM18PG181SN1

C1015

C1015

0.1uF

0.1uF

5

U1002

RP102N181D

RP102N181D

1

VDD

2

GND

3

CE

VOUT

NC

5
4

4

VOL-H

C1016

C1016

0.1uF

0.1uF

3

2

1

5

A

PD78X/PD78XG/HD785/HD785G Schematic Diagram (Keyboard)

58

4

3

2

1

PD780 UHF Schematic Diagram(Keyboard Circuit)

D D

12

S1703S1703

1 2

S1708S1708

1 2

S1713S1713

1 2

R1706

R1706
100

100

D1718

D1718

19-213/W1D-ANPHY/3T

19-213/W1D-ANPHY/3T

S1718S1718

S1704S1704

1 2

S1709S1709

1 2

S1714S1714

1 2

R1708

R1708
100

100

D1720

D1720

19-213/W1D-ANPHY/3T

19-213/W1D-ANPHY/3T

2

1

5

4

12

R1707

R1707
100

100

12

12

D1719

D1719

19-213/W1D-ANPHY/3T

19-213/W1D-ANPHY/3T

S1705S1705

1 2

S1710S1710

1 2

S1715S1715

1 2

Cancel

DOWN

OK

S1701S1701

#963

KB-R4

KB-R3

J1702

AXK5F50547YG 50pin

AXK5F50547YG 50pin

PESD12VS1UB

PESD12VS1UB

2 1

2 1

J1702

12
34
56
78
910
1112
1314
1516
1718
1920

MOLEX543630289

MOLEX543630289

J1701

J1701

12
34
56
78
910
1112
1314
1516
1718
1920
2122
2324
2526
2728
2930
3132
3334
3536
3738
3940
4142
4344
4546
4748
4950

D1707

D1707

D1708

D1708

PESD12VS1UB

PESD12VS1UB

IN-SPK+
IN-SPK­VBUS

UART1-TX
UART1-RX
EXT-MIC­EXT-MIC+

R1701 100R1701 100

USB-D+
USB-D-

EMERGENCY
KB-R1
KB-R2
KB-R3
KB-R4

PTT

OPT-SEL1
OPT-SEL3

2 1

EXT-BAT+

3V6D

EXT-SPK­EXT-SPK+

D1709

D1709

PESD12VS1UB

PESD12VS1UB

2 1

D1724

D1724

21

PESD5V0S1UB

PESD5V0S1UB

C1701

C1701

D1710 PESD5V0S1UBD1710 PESD5V0S1UB

21

D1711 PESD5V0S1UBD1711 PESD5V0S1UB

21

D1712 PESD5V0S1UBD1712 PESD5V0S1UB

21

D1713 PESD5V0S1UBD1713 PESD5V0S1UB

21

2.2uF

2.2uF

5

43

6

D1702D1702

1

2

EXT-SPK+

C C

EXT-MIC+
EXT-MIC-

B B

5

43

6

D1701D1701

1

2

A1

A3

B1

B3

A2

B2

EXT-BAT+

D1705

D1705

PESD12VS1UB

PESD12VS1UB

U1701

U1701

CM1418-02CS

CM1418-02CS

D1721 PESD5V0S1UBD1721 PESD5V0S1UB
D1725 PESD5V0S1UBD1725 PESD5V0S1UB

2 1
2 1

2 1

2 1

2 1

EXT-SPK­OPT-SEL3
OPT-SEL2
OPT-SEL1
PTT
EMERGENCY
USB-D­USB-D+

IO to Vbus-Accessory

VBUS
KEY-LED-K
KB-C4
KB-C3
KB-C2
KB-C1 OPT-SEL2
KB-C0

D1722 PESD5V0S1UBD1722 PESD5V0S1UB

UART1-RX

D1723 PESD5V0S1UBD1723 PESD5V0S1UB

UART1-TX

IN-SPK­IN-SPK+

D1706

D1706

PESD12VS1UB

PESD12VS1UB

KB-R2

KB-R1

KB-C4
KB-C3
KB-C2
KB-C1
KB-C0

3V6D

R1702

R1702
100

100

12

D1714

D1714

5

43

6

D1703D1703

KEY-LED-K

19-213/W1D-ANPHY/3T

19-213/W1D-ANPHY/3T

1

2

12

S1706S1706

0

12

S1711S1711

*

12

S1716S1716

BACK MENU UP

12

R1703

R1703
100

100

12

D1715

D1715

19-213/W1D-ANPHY/3T

19-213/W1D-ANPHY/3T

S1702S1702

1 2

S1707S1707

8

12

S1712S1712

7

1 2

S1717S1717

12

R1705

D1716

D1716

19-213/W1D-ANPHY/3T

19-213/W1D-ANPHY/3T

R1705
100

100

12

D1717

D1717

19-213/W1D-ANPHY/3T

19-213/W1D-ANPHY/3T

R1704

R1704
100

100

12

A

Service Manual

10.7 Parts List

Main Board for PD70X/ PD70XG / PD78X/ PD78XG / HD705/ HD705G/ HD785/ HD785G

No. Ref. No. Part No. Description

C9132 3001050000000 0Ω

1

R135 3001050000000 0Ω

2

R141 3001050000000 0Ω

3

R204 3001050000000 0Ω

4

R213 3001050000000 0Ω

5

R243 3001050000000 0Ω

6

R254 3001050000000 0Ω

7

R319 3001050000000 0Ω

8

R822 3001050000000 0Ω

9

R834 3001050000000 0Ω

10

R835 3001050000000 0Ω

11

R9094 3001050000000 0Ω

12

L9038 3001060000000 0Ω

13

L9039 3001060000000 0Ω

14

R602 3001060000000 0Ω

15

R604 3001060000000 0Ω

16

R9053 3099080398010 0.39Ω

17

R9054 3099080398010 0.39Ω

18

R9055 3099080398010 0.39Ω

19

R9005 3001055690000 5.6Ω

20

R103 3001051000000 10Ω

21

R130 3001051000000 10Ω

22

R131 3001051000000 10Ω

23

R134 3001051000000 10Ω

24

R203 3001051000000 10Ω

25

R206 3001051000000 10Ω

26

R209 3001051000000 10Ω

27

R249 3001051000000 10Ω

28

R801 3001051000000 10Ω

29

R806 3001051000000 10Ω

30

R9022 3001052200000 22Ω

31

R324 3001053300000 33Ω

32

R325 3001053300000 33Ω

33

R326 3001053300000 33Ω

34

R9009 3001053300000 33Ω

35

R207 3001063300000 33Ω

36

R208 3001063300000 33Ω

37

R210 3001063300000 33Ω

38

R138 3001054700000 47Ω

39

R9021 3001054700000 47Ω

40

R132 3001055100020 51Ω

41

59

Service Manual

No. Ref. No. Part No. Description

R401 3001055100020 51Ω

42

R9075 3001055100020 51Ω

43

R101 3001055600000 56Ω

44

R136 3001055600000 56Ω

45

R503 3001051010000 100Ω

46

R111 3001051010000 100Ω

47

R119 3001051010000 100Ω

48

R121 3001051010000 100Ω

49

R205 3001051010000 100Ω

50

R257 3001051010000 100Ω

51

R327 3001051010000 100Ω

52

R408 3001051010000 100Ω

53

R607 3001051010000 100Ω

54

R713 3001051010000 100Ω

55

R821 3001051010000 100Ω

56

R9011 3001051010000 100Ω

57

R9012 3001051010000 100Ω

58

R9017 3001051010000 100Ω

59

R9039 3001051010000 100Ω

60

R212 3001061010000 100Ω

61

R214 3001061010000 100Ω

62

R215 3001061010000 100Ω

63

R216 3001061010000 100Ω

64

R217 3001061010000 100Ω

65

R218 3001061010000 100Ω

66

R220 3001061010000 100Ω

67

R222 3001061010000 100Ω

68

R242 3001061010000 100Ω

69

R244 3001061010000 100Ω

70

R9016 3001051510000 150Ω

71

R115 3001051810010 180Ω

72

R9001 3001052710010 270Ω

73

R9003 3001052710010 270Ω

74

R9025 3001052710010 270Ω

75

28 3001052710010 270Ω

R90

76

R502 3001053310010 330Ω

77

R9015 3001053310010 330Ω

78

R9071 3001053310010 330Ω

79

R9083 3001053310010 330Ω

80

R411 3001053910000 390Ω

81

R113 3001054710000 470Ω

82

R313 3001054710000 470Ω

83

R501 3001054710000 470Ω

84

R404 3001056810000 680Ω

85

60

Service Manual

No. Ref. No. Part No. Description

R9018 3001056810000 680Ω

86

R416 3001058210000 820Ω

87

R139 3001051020000 1KΩ

88

R403 3001051020000 1KΩ

89

R613 3001051020000 1KΩ

90

R701 3001051020000 1KΩ

91

R9033 3001051020000 1KΩ

92

R9038 3001051020000 1KΩ

93

R260 3001051520000 1.5KΩ

94

R9008 3001051520000 1.5KΩ

95

R9066 3001051520000 1.5KΩ

96

R413 3001051820000 1.8KΩ

97

R820 3001052020020 2KΩ

98

R825 3001052020020 2KΩ

99

R832 3001052020020 2KΩ

100

R833 3001052020020 2KΩ

101

R140 3001052220000 2.2KΩ

102

R322 3001052220000 2.2KΩ

103

R323 3001052220000 2.2KΩ

104

R414 3001052720000 2.7KΩ

105

R629 3001054720000 4.7KΩ

106

R108 3001053320000 3.3KΩ

107

R109 3001053320000 3.3KΩ

108

R114 3001053320000 3.3KΩ

109

R117 3001053320000 3.3KΩ

110

R143 3001053320000 3.3KΩ

111

R144 3001053320000 3.3KΩ

112

R314 3001053320000 3.3KΩ

113

R315 3001053320000 3.3KΩ

114

R620 3001053320000 3.3KΩ

115

R9013 3001053320000 3.3KΩ

116

R9043 3001053320000 3.3KΩ

117

R9068 3001053320000 3.3KΩ

118

R9095 3001053320000 3.3KΩ

119

9096 3001053320000 3.3KΩ

R

120

R9097 3001053320000 3.3KΩ

121

R9098 3001053320000 3.3KΩ

122

R116 3001054720000 4.7KΩ

123

R409 3001054720000 4.7KΩ

124

R9041 3001054720000 4.7KΩ

125

C9114 3001055620000 5.6KΩ

126

R106 3001055620000 5.6KΩ

127

R9078 3001055620000 5.6KΩ

128

R9089 3001055620000 5.6KΩ

129

61

Service Manual

No. Ref. No. Part No. Description

R9024 3001056820000 6.8KΩ

130

R9067 3001056820000 6.8KΩ

131

R110 3001058220000 8.2KΩ

132

R118 3001058220000 8.2KΩ

133

R407 3001058220000 8.2KΩ

134

R9027 3001058220000 8.2KΩ

135

R102 3001051030000 10KΩ

136

R105 3001051030000 10KΩ

137

R122 3001051030000 10KΩ

138

R129 3001051030000 10KΩ

139

R133 3001051030000 10KΩ

140

R142 3001051030000 10KΩ

141

R241 3001051030000 10KΩ

142

R246 3001051030000 10KΩ

143

R250 3001051030000 10KΩ

144

R252 3001051030000 10KΩ

145

R256 3001051030000 10KΩ

146

R258 3001051030000 10KΩ

147

R263 3001051030000 10KΩ

148

R316 3001051030000 10KΩ

149

R317 3001051030000 10KΩ

150

R402 3001051030000 10KΩ

151

R611 3001051030000 10KΩ

152

R804 3001051030000 10KΩ

153

R805 3001051030000 10KΩ

154

R838 3001051030000 10KΩ

155

R841 3001051030000 10KΩ

156

R9006 3001051030000 10KΩ

157

R9036 3001051030000 10KΩ

158

R9063 3001051030000 10KΩ

159

R9074 3001051030000 10KΩ

160

R9081 3001051030000 10KΩ

161

R219 3001061030010 10KΩ

162

R410 3001061030010 10KΩ

163

415 3001061030010 10KΩ

R

164

RN242 3005051030010 10KΩ

165

RN243 3005051030010 10KΩ

166

RN256 3005051030010 10KΩ

167

R261 3001051530000 15KΩ

168

R262 3001051530000 15KΩ

169

R631 3001051530000 15KΩ

170

R824 3001051530010 15KΩ

171

R828 3001051530010 15KΩ

172

R807 3001052030000 20KΩ

173

62

Service Manual

No. Ref. No. Part No. Description

R145 3001053330000 33KΩ

174

R146 3001053330000 33KΩ

175

R707 3001053330000 33KΩ

176

R830 3001053330000 33KΩ

177

R9047 3001053330000 33KΩ

178

R9079 3001053330000 33KΩ

179

R627 3001054730010 47KΩ

180

R628 3001054730010 47KΩ

181

R630 3001054730010 47KΩ

182

R826 3001054730010 47KΩ

183

R9084 3001055630000 56KΩ

184

R702 3001056830000 68KΩ

185

R601 3001051040000 100KΩ

186

R123 3001051040000 100KΩ

187

R251 3001051040000 100KΩ

188

R412 3001051040000 100KΩ

189

R621 3001051040000 100KΩ

190

R709 3001051040000 100KΩ

191

R710 3001051040000 100KΩ

192

R9072 3001051040000 100KΩ

193

R9073 3001051040000 100KΩ

194

R9076 3001051040000 100KΩ

195

R9077 3001051040000 100KΩ

196

R9085 3001051040000 100KΩ

197

R618 3001051340000 130KΩ

198

R623 3001051540000 150KΩ

199

R9048 3001051540000 150KΩ

200

R9057 3001051540000 150KΩ

201

R112 3001051840000 180KΩ

202

R617 3001054740010 470KΩ

203

R829 3001054740010 470KΩ

204

R9046 3001054740010 470KΩ

205

R9059 3001051040000 100KΩ

206

C519 3199050758000 0.75PF

207

520 3101050100030 1PF

C

208

C143 3101060100010 1PF

209

C9003 3101060100010 1PF

210

C527 3101050200010 2PF

211

C9004 3101060200010 2PF

212

C102 3101050300000 3PF

213

C103 3101050300000 3PF

214

C111 3101050300000 3PF

215

C112 3101050300000 3PF

216

C144 3101060300010 3PF

217

63

Service Manual

No. Ref. No. Part No. Description

C147 3101060300010 3PF

218

C129 3101063690000 3.6PF

219

C456 3101063690000 3.6PF

220

C9021 3101063690000 3.6PF

221

C106 3101050500010 5PF

222

C145 3101060500010 5PF

223

C146 3101060500010 5PF

224

C125 3101065690000 5.6PF

225

C124 3101050600010 6PF

226

C9117 3101050600010 6PF

227

C9134 3101050600010 6PF

228

C123 3101060600010 6PF

229

C128 3101060600010 6PF

230

C108 3101050700010 7PF

231

C109 3101050700010 7PF

232

C114 3101050700010 7PF

233

C115 3101050700010 7PF

234

C9028 3101050700010 7PF

235

C9107 3101050700010 7PF

236

C9131 3101050700010 7PF

237

C133 3101060700020 7PF

238

C452 3101060700020 7PF

239

C9007 3101060700020 7PF

240

C9023 3101060700020 7PF

241

C9026 3101050800000 8PF

242

C107 3101050800000 8PF

243

C9032 3101050800000 8PF

244

C9115 3101050800000 8PF

245

C9124 3101050800000 8PF

246

C9129 3101050800000 8PF

247

C9137 3101050800000 8PF

248

C9015 3101060800010 8PF

249

C9024 3101060800010 8PF

250

C110 3101050900000 9PF

251

C116 3101050900000 9PF

252

C9014 3101050900000 9PF

253

C9113 3101050900000 9PF

254

C119 3101051000020 10PF

255

C9025 3101051000020 10PF

256

C9077 3101051000020 10PF

257

C9099 3101051000020 10PF

258

C267 3101051200020 12PF

259

C274 3101051200020 12PF

260

C420 3101051200020 12PF

261

64

Service Manual

No. Ref. No. Part No. Description

C9120 3101051200020 12PF

262

C9027 3101061200000 12PF

263

C153 3101061300000 13PF

264

C9079 3101051500020 15PF

265

C9101 3101051500020 15PF

266

C9105 3101051500020 15PF

267

C9109 3101051500020 15PF

268

C134 3101061500010 15PF

269

C425 3101051800010 18PF

270

C517 3101051800010 18PF

271

C458 3101061800000 18PF

272

C9112 3101061800000 18PF

273

C672 3101052000020 20PF

274

C203 3101052000020 20PF

275

C204 3101052000020 20PF

276

C644 3101052000020 20PF

277

C9078 3101052000020 20PF

278

C9106 3101052000020 20PF

279

C432 3101052200010 22PF

280

C9035 3101052200010 22PF

281

C148 3101062200010 22PF

282

C9118 3101052700000 27PF

283

C9122 3101052700000 27PF

284

C130 3101062700010 27PF

285

C460 3101063000010 30PF

286

C448 3101053300000 33PF

287

C132 3101054700010 47PF

288

C151 3101054700010 47PF

289

C223 3101054710010 470PF

290

C224 3101054710010 470PF

291

C225 3101054710010 470PF

292

C512 3101054700010 47PF

293

C9141 3101054700010 47PF

294

R9080 3101054700010 47PF

295

C513 3101055600000 56PF

296

C524 3101055600000 56PF

297

C168 3101051010030 100PF

298

C170 3101051010030 100PF

299

C173 3101051010030 100PF

300

C280 3101051010030 100PF

301

C281 3101051010030 100PF

302

C284 3101051010030 100PF

303

C288 3101051010030 100PF

304

C428 3101051010030 100PF

305

65

Service Manual

No. Ref. No. Part No. Description

C429 3101051010030 100PF

306

C438 3101051010030 100PF

307

C439 3101051010030 100PF

308

C602 3101051010030 100PF

309

C616 3101051010030 100PF

310

C620 3101051010030 100PF

311

C708 3101051010030 100PF

312

C805 3101051010030 100PF

313

C806 3101051010030 100PF

314

C830 3101051010030 100PF

315

C842 3101051010030 100PF

316

C848 3101051010030 100PF

317

C9002 3101051010030 100PF

318

C9011 3101061010010 100PF

319

C427 3101052210010 220PF

320

C645 3101052210010 220PF

321

C674 3101052210010 220PF

322

C201 3101052700000 27PF

323

C469 3101052710000 270PF

324

C845 3101052710000 270PF

325

C175 3101052710000 270PF

326

C207 3101052710000 270PF

327

C214 3101052710000 270PF

328

C220 3101052710000 270PF

329

C228 3101052710000 270PF

330

C232 3101052710000 270PF

331

C243 3101052710000 270PF

332

C282 3101052710000 270PF

333

C283 3101052710000 270PF

334

C286 3101052710000 270PF

335

C287 3101052710000 270PF

336

C313 3101052710000 270PF

337

C315 3101052710000 270PF

338

C316 3101052710000 270PF

339

C317 3101052710000 270PF

340

C319 3101052710000 270PF

341

C320 3101052710000 270PF

342

C321 3101052710000 270PF

343

C322 3101052710000 270PF

344

C331 3101052710000 270PF

345

C332 3101052710000 270PF

346

C333 3101052710000 270PF

347

C334 3101052710000 270PF

348

C470 3101052710000 270PF

349

66

Service Manual

No. Ref. No. Part No. Description

C471 3101052710000 270PF

350

C652 3101052710000 270PF

351

C680 3101052710000 270PF

352

C681 3101052710000 270PF

353

C685 3101052710000 270PF

354

C709 3101052710000 270PF

355

C804 3101052710000 270PF

356

C807 3101052710000 270PF

357

C811 3101052710000 270PF

358

C814 3101052710000 270PF

359

C818 3101052710000 270PF

360

C829 3101052710000 270PF

361

C835 3101052710000 270PF

362

C838 3101052710000 270PF

363

C846 3101052710000 270PF

364

C849 3101052710000 270PF

365

C851 3101052710000 270PF

366

C853 3101052710000 270PF

367

C856 3101052710000 270PF

368

C857 3101052710000 270PF

369

C101 3101054710010 470PF

370

C104 3101054710010 470PF

371

C118 3101054710010 470PF

372

C120 3101054710010 470PF

373

C127 3101054710010 470PF

374

C136 3101054710010 470PF

375

C139 3101054710010 470PF

376

C142 3101054710010 470PF

377

C444 3101054710010 470PF

378

C459 3101054710010 470PF

379

C703 3101054710010 470PF

380

C704 3101054710010 470PF

381

C9018 3101054710010 470PF

382

C9029 3101054710010 470PF

383

C9033 3101054710010 470PF

384

C9034 3101054710010 470PF

385

C9037 3101054710010 470PF

386

C9039 3101054710010 470PF

387

C9042 3101054710010 470PF

388

C9045 3101054710010 470PF

389

C9047 3101054710010 470PF

390

C9048 3101054710010 470PF

391

C9050 3101054710010 470PF

392

C9069 3101054710010 470PF

393

67

Service Manual

No. Ref. No. Part No. Description

C9075 3101054710010 470PF

394

C9081 3101054710010 470PF

395

C9096 3101054710010 470PF

396

C9098 3101054710010 470PF

397

C9013 3101064710000 470PF

398

C137 3101051020010 1000PF

399

C156 3101051020010 1000PF

400

C161 3101051020010 1000PF

401

C162 3101051020010 1000PF

402

C163 3101051020010 1000PF

403

C172 3101051020010 1000PF

404

C180 3101051020010 1000PF

405

C183 3101051020010 1000PF

406

C184 3101051020010 1000PF

407

C202 3101051020010 1000PF

408

C206 3101051020010 1000PF

409

C252 3101051020010 1000PF

410

C705 3101051020010 1000PF

411

C9001 3101051020010 1000PF

412

C9059 3101051020010 1000PF

413

C9061 3101051020010 1000PF

414

C9064 3101051020010 1000PF

415

C9067 3101051020010 1000PF

416

C9085 3101051020010 1000PF

417

C9088 3101051020010 1000PF

418

C9089 3101051020010 1000PF

419

C9093 3101051020010 1000PF

420

C9103 3101051020010 1000PF

421

C9121 3101051020010 1000PF

422

C9060 3101061020000 1000PF

423

C289 3101051520000 1500PF

424

C209 3101051520000 1500PF

425

C213 3101051520000 1500PF

426

C219 3101051520000 1500PF

427

C227 3101051520000 1500PF

428

C231 3101051520000 1500PF

429

C235 3101051520000 1500PF

430

C244 3101051520000 1500PF

431

C275 3101051520000 1500PF

432

C276 3101051520000 1500PF

433

C277 3101051520000 1500PF

434

C684 3101051520000 1500PF

435

C686 3101051520000 1500PF

436

C841 3101051520000 1500PF

437

68

Service Manual

No. Ref. No. Part No. Description

C858 3101051520000 1500PF

438

C9065 3101051520000 1500PF

439

C159 3101052220010 2200PF

440

C160 3101052220010 2200PF

441

C431 3101052220010 2200PF

442

C455 3101063320000 3300PF

443

C215 3101051030020 0.01UF

444

C174 3101051030020 0.01UF

445

C251 3101051030020 0.01UF

446

C426 3101051030020 0.01UF

447

C436 3101051030020 0.01UF

448

C440 3101051030020 0.01UF

449

C447 3101051030020 0.01UF

450

C449 3101051030020 0.01UF

451

C453 3101051030020 0.01UF

452

C454 3101051030020 0.01UF

453

C457 3101051030020 0.01UF

454

C612 3101051030020 0.01UF

455

C638 3101051030020 0.01UF

456

C666 3101051030020 0.01UF

457

C683 3101051030020 0.01UF

458

C687 3101051030020 0.01UF

459

C819 3101051030020 0.01UF

460

C822 3101051030020 0.01UF

461

C826 3101051030020 0.01UF

462

C827 3101051030020 0.01UF

463

C837 3101051030020 0.01UF

464

C9044 3101051030020 0.01UF

465

C9066 3101051030020 0.01UF

466

C9090 3101051030020 0.01UF

467

C9110 3101051030020 0.01UF

468

C619 3101061030010 0.01UF

469

C442 3101061030010 0.01UF

470

C450 3101061230000 0.012UF

471

C242 3101052230000 0.022UF

472

C245 3101052230000 0.022UF

473

C617 3101051040060 0.1UF

474

C630 3101051040060 0.1UF

475

C658 3101051040060 0.1UF

476

C105 3101051040060 0.1UF

477

C117 3101051040060 0.1UF

478

C121 3101051040060 0.1UF

479

C126 3101051040060 0.1UF

480

C138 3101051040060 0.1UF

481

69

Service Manual

No. Ref. No. Part No. Description

C141 3101051040060 0.1UF

482

C164 3101051040060 0.1UF

483

C165 3101051040060 0.1UF

484

C166 3101051040060 0.1UF

485

C167 3101051040060 0.1UF

486

C169 3101051040060 0.1UF

487

C179 3101051040060 0.1UF

488

C182 3101051040060 0.1UF

489

C310 3101051040060 0.1UF

490

C311 3101051040060 0.1UF

491

C318 3101051040060 0.1UF

492

C422 3101051040060 0.1UF

493

C430 3101051040060 0.1UF

494

C433 3101051040060 0.1UF

495

C434 3101051040060 0.1UF

496

C435 3101051040060 0.1UF

497

C441 3101051040060 0.1UF

498

C445 3101051040060 0.1UF

499

C446 3101051040060 0.1UF

500

C462 3101051040060 0.1UF

501

C464 3101051040060 0.1UF

502

C465 3101051040060 0.1UF

503

C466 3101051040060 0.1UF

504

C522 3101051040060 0.1UF

505

C523 3101051040060 0.1UF

506

C525 3101051040060 0.1UF

507

C604 3101051040060 0.1UF

508

C607 3101051040060 0.1UF

509

C608 3101051040060 0.1UF

510

C611 3101051040060 0.1UF

511

C615 3101051040060 0.1UF

512

C618 3101051040060 0.1UF

513

C622 3101051040060 0.1UF

514

C625 3101051040060 0.1UF

515

C626 3101051040060 0.1UF

516

C635 3101051040060 0.1UF

517

C639 3101051040060 0.1UF

518

C642 3101051040060 0.1UF

519

C647 3101051040060 0.1UF

520

C650 3101051040060 0.1UF

521

C656 3101051040060 0.1UF

522

C662 3101051040060 0.1UF

523

C668 3101051040060 0.1UF

524

C671 3101051040060 0.1UF

525

70

Service Manual

No. Ref. No. Part No. Description

C679 3101051040060 0.1UF

526

C682 3101051040060 0.1UF

527

C688 3101051040060 0.1UF

528

C710 3101051040060 0.1UF

529

C801 3101051040060 0.1UF

530

C809 3101051040060 0.1UF

531

C810 3101051040060 0.1UF

532

C812 3101051040060 0.1UF

533

C817 3101051040060 0.1UF

534

C833 3101051040060 0.1UF

535

C836 3101051040060 0.1UF

536

C839 3101051040060 0.1UF

537

C843 3101051040060 0.1UF

538

C850 3101051040060 0.1UF

539

C852 3101051040060 0.1UF

540

C9038 3101051040060 0.1UF

541

C9043 3101051040060 0.1UF

542

C9046 3101051040060 0.1UF

543

C9049 3101051040060 0.1UF

544

C9057 3101051040060 0.1UF

545

C9071 3101051040060 0.1UF

546

C9080 3101051040060 0.1UF

547

C9086 3101051040060 0.1UF

548

C9091 3101051040060 0.1UF

549

C9092 3101051040060 0.1UF

550

C9097 3101051040060 0.1UF

551

C9104 3101051040060 0.1UF

552

C234 3101052240010 0.22UF

553

C212 3101052240010 0.22UF

554

C216 3101052240010 0.22UF

555

C218 3101052240010 0.22UF

556

C221 3101052240010 0.22UF

557

C226 3101052240010 0.22UF

558

C230 3101052240010 0.22UF

559

C246 3101052240010 0.22UF

560

C821 3101052240010 0.22UF

561

C824 3101052240010 0.22UF

562

C210 3101062240000 0.22UF

563

C628 3101062240000 0.22UF

564

C640 3101062240000 0.22UF

565

C655 3101062240000 0.22UF

566

C676 3101062240000 0.22UF

567

C678 3101062240000 0.22UF

568

C463 3101072240000 0.22UF

569

71

Service Manual

No. Ref. No. Part No. Description

C468 3104076840020 0.68UF

570

C9041 3101051050000 1UF

571

C646 3110061050000 1uF

572

C657 3110061050000 1uF

573

C667 3110061050000 1uF

574

C154 3101051050000 1UF

575

C222 3101051050000 1UF

576

C229 3101051050000 1UF

577

C236 3101051050000 1UF

578

C247 3101051050000 1UF

579

C254 3101051050000 1UF

580

C312 3101051050000 1UF

581

C314 3101051050000 1UF

582

C323 3101051050000 1UF

583

C423 3101051050000 1UF

584

C515 3101051050000 1UF

585

C526 3101051050000 1UF

586

C706 3101051050000 1UF

587

C707 3101051050000 1UF

588

C711 3101051050000 1UF

589

C712 3101051050000 1UF

590

C831 3101051050000 1UF

591

C832 3101051050000 1UF

592

C834 3101051050000 1UF

593

C840 3101051050000 1UF

594

C847 3101051050000 1UF

595

C9095 3101051050000 1UF

596

C605 3101061050020 1UF

597

C609 3101061050020 1UF

598

C623 3101061050020 1UF

599

C648 3101061050020 1UF

600

C669 3101061050020 1UF

601

C675 3101061050020 1UF

602

C677 3101061050020 1UF

603

C701 3101061050020 1UF

604

C472 3101062250000 2.2UF

605

C140 3101062250000 2.2UF

606

C157 3101062250000 2.2UF

607

C158 3101062250000 2.2UF

608

C467 3101062250000 2.2UF

609

C601 3101062250000 2.2UF

610

C606 3101062250000 2.2UF

611

C610 3101062250000 2.2UF

612

C624 3101062250000 2.2UF

613

72

Service Manual

No. Ref. No. Part No. Description

C641 3101062250000 2.2UF

614

C649 3101062250000 2.2UF

615

C660 3101062250000 2.2UF

616

C670 3101062250000 2.2UF

617

C825 3101062250000 2.2UF

618

C828 3101062250000 2.2UF

619

C603 3101074750000 4.7UF

620

C621 3101074750000 4.7UF

621

C636 3110071030000 Capacitor

622

C661 3110071030000 Capacitor

623

C802 3101082260020 22UF

624

C9051 3104082260060 22UF

625

L9016 3210306339000 3.3nH

626

L9030 3210306339000 3.3nH

627

L118 3217138889000 8.8nH

628

L9006 3215006100010 10nH

629

L9007 3215006100010 10nH

630

L102 3212106120000 12nH

631

L103 3212106120000 12nH

632

L111 3217107120000 12nH

633

L117 3217107160000 16nH

634

L112 3217107180010 18nH

635

L9009 3210306220000 22nH

636

L9010 3210306220000 22nH

637

L9028 3210306220000 22nH

638

L101 3210306330000 33nH

639

L107 3210306330000 33nH

640

L506 3210106390000 39nH

641

L9025 3210106390000 39nH

642

L9026 3210106101000 100nH

643

L9012 3210107221000 220nH

644

L406 3217107221010 220nH

645

L402 3210406271000 270nH

646

L9022 3210406271000 270nH

647

L106 3210106391000 390nH

648

L108 3210106391000 390nH

649

L110 3210106391000 390nH

650

L113 3210106391000 390nH

651

L114 3210106391000 390nH

652

L115 3210106391000 390nH

653

L116 3210106391000 390nH

654

L119 3210106391000 390nH

655

L203 3212206471000 470nH

656

L9027 3213306821000 0.82uH

657

73

Service Manual

No. Ref. No. Part No. Description

L9011 3210209102010 1uH

658

L607 3290299220000 Inductor

659

L613 3290299220000 Inductor

660

L615 3290299220000 Inductor

661

L616 3290299220000 Inductor

662

L411 3213212332000 3.3uH

663

L408 3210407472000 4.7uH

664

L413 3213306682000 6.8uH

665

L614 3217099153000 15uH

666

L610 3217099153000 15uH

667

L502 3221506601080 Bead

668

L505 3221506601080 Bead

669

L302 3221506601000 Bead

670

L304 3221506601000 Bead

671

L305 3221506601000 Bead

672

L410 3221506601000 Bead

673

L820 3221506601000 Bead

674

L823 3221506601000 Bead

675

L827 3221506601000 Bead

676

L828 3221506601000 Bead

677

L9014 3221506121000 Bead

678

L109 3221505121010 Bead

679

L120 3221505121010 Bead

680

L121 3221505121010 Bead

681

L122 3221505121010 Bead

682

L123 3221505121010 Bead

683

L403 3221505121010 Bead

684

L405 3221505121010 Bead

685

L407 3221505121010 Bead

686

L412 3221505121010 Bead

687

L702 3221505121010 Bead

688

L801 3221505121010 Bead

689

L803 3221505121010 Bead

690

L804 3221505121010 Bead

691

L805 3221505121010 Bead

692

L821 3221505121010 Bead

693

L822 3221505121010 Bead

694

L9015 3221505121010 Bead

695

L9020 3221505121010 Bead

696

R712 3221505121010 Bead

697

R614 3221506181000 Bead

698

L202 3221506181000 Bead

699

L204 3221506181000 Bead

700

L303 3221506181000 Bead

701

74

Service Manual

No. Ref. No. Part No. Description

L601 3221506181000 Bead

702

L602 3221506181000 Bead

703

L603 3221506181000 Bead

704

L604 3221506181000 Bead

705

L605 3221506181000 Bead

706

L606 3221506181000 Bead

707

L609 3221506181000 Bead

708

L611 3221506181000 Bead

709

L612 3221506181000 Bead

710

L802 3221506181000 Bead

711

R622 3221506181000 Bead

712

F601 4099000000050 Fuse

713

L9003 3233099185900 18.5nH

714

L9004 3233099185900 18.5nH

715

L9005 3233099185900 18.5nH

716

L9013 3233099185900 18.5nH

717

L9008 3233099470000 47nH

718

T9001 5406000000200 Transformer

719

T9002 5406000000200 Transformer

720

D104 3303020100080 Switching diode

721

D105 3303020100080 Switching diode

722

D9005 3303020100080 Switching diode

723

D9006 3303020100080 Switching diode

724

D9007 3303020100080 Switching diode

725

D9008 3303020100080 Switching diode

726

D101 3304010100220 Varactor

727

D102 3304010100220 Varactor

728

D103 3304010100220 Varactor

729

D106 3304010100220 Varactor

730

D107 3304010100220 Varactor

731

D108 3304010100220 Varactor

732

D109 3304010100220 Varactor

733

D110 3304010100220 Varactor

734

D402 3304010100220 Varactor

735

D401 3304060300050 Varactor

736

D9001 3304060300050 Varactor

737

D9012 3304060300050 Varactor

738

D9014 3304060300050 Varactor

739

D9015 3304060300050 Varactor

740

D112 3303020100020 Switching diode

741

D9002 3303030800040 Switching diode

742

D302 3303990000010 Switching diode

743

D601 3399990000110 Diode

744

D9010 3399990000080 Zener diode

745

75

Service Manual

No. Ref. No. Part No. Description

D9013 3399990000260 Rectifier diode

746

D9017 3301250300000 Schottky barrier diode

747

D307 3399040600020 ESD pro tection diode

748

D308 3399040600020 ESD pro tection diode

749

D309 3399040600020 ESD pro tection diode

750

D310 3399040600020 ESD pro tection diode

751

D602 3399040600020 ESD pro tection diode

752

Q101 3401002000990 NPN transistor

753

Q9002 3408002000000 NPN transistor

754

Q102 3408002000000 NPN transistor

755

Q403 3408002000000 NPN transistor

756

Q9017 3404006000000 NPN transistor

757

Q9018 3404006000000 NPN transistor

758

Q103 3403999000000 Transistor

759

Q106 3403999000000 Transistor

760

Q107 3403999000000 Transistor

761

Q9019 3403999000000 Transistor

762

Q9020 3403999000000 Transistor

763

Q104 3408002000080 NPN transistor

764

Q108 3408002000080 NPN transistor

765

Q105 3403003000060 NPN transistor

766

Q401 3403003000060 NPN transistor

767

Q402 3499000000150 Transistor

768

Q9001 3418001000010 NPN transistor

769

Q9004 3406001000090 NPN transistor

770

Q605 3410001000020 PNP Transistor

771

Q9006 3410001000020 PNP Transistor

772

Q312 3403008000010 Transistor

773

Q607 3403008000010 Transistor

774

Q801 3403008000010 Transistor

775

Q802 3403008000010 Transistor

776

Q9007 3403008000010 Transistor

777

Q9008 3403008000010 Transistor

778

Q606 3401001000490 PNP Transistor

779

Q604 3503020000030 N-MOSFET

780

U102 3605002057290 Operational amplifier

781

U103 3604019000000 PLL

782

U401 3603999000000 IF processor

783

U701 3606010000010 D/A converter

784

U9003 5404000000060 Sensor

785

X101 3701019250030 TCXO 19.2MHZ

786

Z9001 3802733540020 Crystal filter

787

X201 3701327610060 Cryst al 32.768KHz

788

U201 3610010000010 MCU OMAP5912ZZG

789

76

Service Manual

No. Ref. No. Part No. Description

U604 3608020005750

790

U605 3608020005750

791

U610 3608006000030

792

U603 3608006000000

793

U606 3608006000000

794

U608 3608006000000

795

U609 3608006000000

796

U612 3608006000000

797

U801 3602023005740

798

U312 3805000000030 EMI filter

799

U313 3805000000030 EMI filter

800

U314 3805000000030 EMI filter

801

U315 3805000000030 EMI filter

802

U316 3805000000030 EMI filter

803

U317 3805000000030 EMI filter

804

U318 3805000000030 EMI filter

805

U319 3805000000030 EMI filter

806

U320 3805000000030 EMI filter

807

U321 3805000000030 EMI filter

808

U322 3805000000030 EMI filter

809

U601 3608011000050

810

U611 3608011000050

811

U820 3616037000020 Switch

812

U607 3609010000170

813

U821 3613010000000 Baseband processor

814

U244 3612002000020 NOR-FLASH+PSRAM

815

J313 5202002100200

816

J311 5201030000040

817

J601 5205003100020

818

C627 3110081040000 Capacitor

819

C654 3110081040000 Capacitor

820

RN257 3005061010000 100Ω

821

RN258 3005061010000 100Ω

822

RN260 3005061010000 100Ω

823

ANT1 6201847000000 Antenna spring plate

824

C514 3101051210000 120PF

825

C521 3101051210000 120PF

826

U242 3612044000010 Mobile-SDRAM

827

C178 3101073340010 0.33UF

828

C9019 3101060900010 9PF

829

C9031 3101060900010 9PF

830

C12

831
832
833

2 3101061590010 1.5PF
C149 3101061590010 1.5PF
C177 3101073340000 0.33UF

Power management IC
Power management IC
Power management IC
Power management IC
Power management IC
Power management IC
Power management IC
Power management IC
Audio amplifier

Power management IC
Power management IC

Reset IC

Board-to-wire connector
Board-to-board connector
Battery connector

77

Service Manual

No. Ref. No. Part No. Description

L9002 3210306820000 82nH

834

R104 3001051020010 1KΩ

835

R632 3001051020010 1KΩ

836

C9128 3101050400010 4PF

837

C9133 3101050400010 4PF

838

C9135 3101050400010 4PF

839

C9136 3101050400010 4PF

840

C518 3101051590000 1.5PF

841

C9100 3101052790000 2.7PF

842

C176 3101053310030 330PF

843

C208 3101053310030 330PF

844

C9116 3101053690000 3.6PF

845

C9087 3101054730000 0.047UF

846

C9138 3101054730000 0.047UF

847

C461 3101063300000 33PF

848

C9020 3101064300000 43PF

849

C637 3110994760000 47uF

850

C665 3110994760000 47uF

851

L124 3210406471000 470nH

852

L201 3210406471000 470nH

853

L409 3210406471000 470nH

854

L9032 3210406471000 470nH

855

L9024 3217607221000 220nH

856

Q310 3511990000010 N-MOSFET

857

Q313 3511990000010 N-MOSFET

858

X203 3701019250040 TCXO 19.2MHz

859

J821 5201016000010

860
861
862
863
864
865
866
867

C9030 3101062490000 2.4PF

868

L9001 3210106820000 82nH

869

Q9005 3504990000010 MOSFET

870

Q9003 3504990000040 MOSFET

871

R704 3001051010040 100Ω

872

R120 3001051030050 10KΩ

873

R127 3001051030050 10KΩ

874

R504 3001051030050 10KΩ

875

R705 3001051030050 10K

876

R

877

706 3001051030050 10KΩ

6201809000000
6201810000000
6201859000000
6201860000000
6201862000000
6201865000000
6201915000000

Board-to-board connector
Shielding can for IF processor
Shielding can for baseband processor
Shielding frame for lowpass filter
Shielding frame for GPS
Shielding can for TX VCO
Shielding can for crystal oscillator
Shielding can for antenna spring plate

Ω

78

Service Manual

No. Ref. No. Part No. Description

R823 3001051030050 10KΩ

878

R124 3001052720010 2.7KΩ

879

R125 3001052720010 2.7KΩ

880

R128 3001052720010 2.7KΩ

881

R107 3001053310000 330Ω

882

R9029 3001053310000 330Ω

883

C443 3101063900000 39PF

884

C816 3101071050020 1UF

885

L104 3290106120000 12nH

886

L105 3290106120000 12nH

887

C803 3101052240030 220nF

888

C437 3101065620010 5600PF

889

L501 3297106339000 3.3nH

890

L503 3297106339000 3.3nH

891

L504 3297106339000 3.3nH

892

R9004 3233099449000 4.4nH

893

R612 3001061020010 1KΩ

894

R321 3099063018000 3.01Ω

895

R619 3099063018000 3.01Ω

896

R624 3099063018000 3.01Ω

897

C9111 3101052490020 2.4PF

898

C614 3101055690020 5.6PF

899

C9009 3101060400010 4PF

900

L9034 3101060400010 4PF

901

L9033 3237199170000 17nH

902

L9035 3237199170000 17nH

903

L9036 3237199170000 17nH

904

L9037 3237199170000 17nH

905

D604 3303030100010 Switching diode

906

D303 3310040000000 ESD pro tection diode

907

D304 3310040000000 ESD pro tection diode

908

D305 3399040600000 ESD pro tection diode

909

D306 3399040600000 ESD pro tection diode

910

D318 3399040600010 ESD pro tection diode

911

Q603 3414001000040 NPN transistor

912

J1601 5201050100030 Board-to-board connector

913
914

RN255 3005060000000 0Ω

915

RN259 3005060000000 0Ω

916

RN401 3005060000000 0Ω

917

RN261 3001052230020 22K*2

918

L9018 3210106150000 15nH

919

L9017 3210106220000 22nH

920

L40

921

6201935000000

1 3217107103010 10uH

Shielding can for switching power

79

Service Manual

No. Ref. No. Part No. Description

L404 3217107103010 10uH

922

U501 3609999000300 GPS LNA

923

Z501 3804157560000 GPS filter

924

R9045 3001051050000 1MΩ

925

R9058 3001051050000 1MΩ

926

R802 3001053340010 330KΩ

927

R803 3001053340010 330KΩ

928

R9002 3001054730000 47KΩ

929

R9050 3001054730000 47KΩ

930

R9007 3001058200000 82Ω

931

C185 3104072250060 2.2UF

932

R9099 3217105010000 1nH

933

D111 3304010100890 Varactor

934

U101 3616059000000 Switch

935

U104 3616059000000 Switch

936

R9023 3001053920010 3.9KΩ

937

U9002 3605025000020 Operational amplifier

938

C808 3101053920000 3900PF

939

C813 3101053920000 3900PF

940
941

C516 3101051590070 1.5PF

942

C9063 3101051020010 1000PF

943

C152 3101064590010 4.5PF

944

L507 3210305180000 18nH

945

L508 3210305829000 8.2nH

946

L509 3210305829000 8.2nH

947

U502 1615000001650

948

41PD7001000F0 PCB main board

GPS module

80

Service Manual

Channel Board for PD70X/ PD70XG/ HD705/ HD705G

No. Ref. No. Part No. Description

1 R1002 3001051210010 120Ω
2 C1001 3101052710000 270PF
3 C1002 3101052710000 270PF
4 C1003 3101052710000 270PF
5 C1004 3101052710000 270PF
6 C1005 3101052710000 270PF
7 C1006 3101052710000 270PF
8 C1007 3101052710000 270PF

9 C1010 3101052710000 270PF
10 C1011 3101052710000 270PF
11 C1012 3101052710000 270PF
12 D1001 3310040000000 ESD protection diode
13 D1003 3310040000000 ESD protection diode
14 D1004 3310040000000 ESD protection diode
15 D1005 3310040000000 ESD protection diode
16 D1006 3310040000000 ESD protection diode
17 D1007 3310040000000 ESD protection diode
18 D1008 3310040000000 ESD protection diode
19 D1011 3310040000000 ESD protection diode
20 D1014 3310040000000 ESD protection diode
21 D1009 3399040600020 ESD protection diode
22 D1013 3399040600020 ESD protection diode
23 D1002 3307120100050 LED
24 Q1001 3403009000010 Compound transistor
25 U1001 3805000000040 EMI filter
26 J1001 5201016100040 Board-to-board filter
27 S1003 4301080000020 Momentary contact switch
28 41PD7002002B0 PCB
29 R1001 3001056810000 680Ω
30 C1015 3101051040060 0.1UF
31 C1016 3101051040060 0.1UF
32 L1001 3221506181000 Bead
33 U1002 3608006000030 Power management IC

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Service Manual

Channel Board for PD78X/ PD78XG/ HD785/ HD785G

No. Ref. No. Part No. Description

1 R1002 3001051210010 120Ω
2 C1001 3101052710000 270PF
3 C1002 3101052710000 270PF
4 C1003 3101052710000 270PF
5 C1004 3101052710000 270PF
6 C1005 3101052710000 270PF
7 C1006 3101052710000 270PF
8 C1007 3101052710000 270PF

9 C1010 3101052710000 270PF
10 C1011 3101052710000 270PF
11 C1012 3101052710000 270PF
12 D1001 3310040000000 ESD p rotection diode
13 D1003 3310040000000 ESD p rotection diode
14 D1004 3310040000000 ESD p rotection diode
15 D1005 3310040000000 ESD p rotection diode
16 D1006 3310040000000 ESD p rotection diode
17 D1007 3310040000000 ESD p rotection diode
18 D1008 3310040000000 ESD p rotection diode
19 D1011 3310040000000 ESD p rotection diode
20 D1014 3310040000000 ESD p rotection diode
21 D1009 3399040600020 ESD p rotection diode
22 D1013 3399040600020 ESD p rotection diode
23 D1002 3307120100050 LED
24 Q1001 3403009000010 Compound transist or
25 U1001 3805000000040 EMI filter
26 J1001 5201016100040 Board-to-b oard connector
27 S1003 4301080000020 Momentary contact switch
28 41PD7802006C0 PCB
29 R1001 3001056810000 680Ω
30 C1015 3101051040060 0.1UF
31 C1016 3101051040060 0.1UF
32 L1001 3221506181000 Bead
33 U1002 3608006000030 Power management IC

82

Service Manual

Keyboard for PD78X/ PD78XG/ HD7 85/ HD785G

No. Ref. No. Part No. Description

1 R1 3001051010000 100Ω
2 R2 3001051010000 100Ω
3 R3 3001051010000 100Ω
4 R4 3001051010000 100Ω
5 R5 3001051010000 100Ω
6 R6 3001051010000 100Ω
7 R7 3001051010000 100Ω
8 D1 3307990000260 LED

9 D2 3307990000260 LED
10 D3 3307990000260 LED
11 D4 3307990000260 LED
12 D5 3307990000260 LED
13 D6 3307990000260 LED
14 D7 3307990000260 LED
15 D8 3310040000010 ESD protection diode
16 D9 3310040000010 ESD protection diode
17 J4 5201016000010 Board-to-board connec tor

83

Service Manual

10.8 Troubleshooting Flow Chart

Receiver Circuit

84

Service Manual

Description of Nor ma l S it uations:
[1] Output voltage by Q9019 PIN3: about 4.95 V.
[2] Output voltage by U605 PIN4 or input voltage into Q9019 PI N4: about 5V.
[3] Vbe: about 0.74V; Vce: about 2.5V (in the case of no signal receptio n).
[4] For Q9018, Vbe: about 0.76V; Vce: about 0.95V;
for Q9017, Vbe: about 0.7V ; Vce: 0. 85V (in the case of no signal rece pt ion).
[5] Cut off the front- end circuit, and input a 73.35MHz IF signal at TP402 to test IF sensitivity. Normally,
the IF sensitivity is -109dB m.
[6] Frequency of Q403: 71.1M Hz.
[7] Frequency of L411: 18MHz.
[8] Input -30dBm RF signal at the ant enna connector and test at TP9004. Normally, gain>10dB, output
signal>-20dBm.
[9] Input -30dBm RF signal at the ant enna connector and test at R9005 (do not cut off the back-end
circuit). Normally, gain>1dB, output signal>-29 dBm.
[10] Signal frequency: RF-IF, signal amplitude>2d Bm.
[11] For input of -80dBm signal at L9022, gai n> 25dB, output signal>-55dBm;
for input of -30dBm signal, output signal<-20dBm.
[12] The input signal at the antenna connector, with standard tuning information (AF=1KHz, FM=3KHz),
is -47dBm.

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Service Manual

Transmitter Circuit

No power output

Power supply

works normally?[1]

Yes

APC-OUT is

normal?[2]
Yes

TX 5V voltage

is normal?[5]

Yes

D9002,spring plate for

antenna and the low-pass

filter are normal?[7]

Yes

Match circuit is

normal?[8]

Yes

No

No

No

PS-APC 3.3V

Replace Q9020 and

No

No

No

No

Check the power

supply circuit.

APC-IN is

normal?[3]

Yes

is normal?[4]

Yes

U9002.

Power is

normal?[6]

No

Check the DAC

output circuit.

Yes

PS-TX and RT5V

are normal?[5]

No

Yes

Completed

Repair damaged

components.

Power is normal?

Repair damaged

components.

Power is normal? Completed

YesNo

Replace Q9008

and Q9006.

No

Check the power

supply circuit.

Yes

Completed

No

No

No

No

No

Replace Q9003

and bias resistor.

Power is normal? Completed

Replace Q9005

and bias resistor.

Power is normal? Completed

Replace Q9004

and bias resistor.

Power is normal? Completed

Replace Q9002

and bias resistor.

Power is normal? Completed

Yes

YesNoYes

YesNo

YesNo

Q9003 works

normally?[9]

Yes

Q9005 works
normally?[10]

Q9004 works
normally?[11]

Yes

Q9002/D9007

works normally?[12]

Yes

Check the output circuit of

FGU.

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Service Manual

Description of Nor ma l S it uations:
[1] Voltage of the power supply: about 7.4V.
[2] For low power, APC-OUT: 1.8-2.1V; for hi gh pow er, APC-OUT: 2.4-2.8V.
[3] For low power, APC-IN: 1-1.3V; for high power, APC-IN: 1.8-2.1V.
[4] PS-APC: about 3.3V.
[5] TX5V: about 5V; RT5V: about 5V; PS-TX: about 3.3V.
[6] High power: about 4.2W; low power: about 1.2W.
[7] Start-up voltage of D9002: about 0.7V. The low-pass filter must be soldered appropriately and

remain in good condition. The spring plate for the antenna must be well fitted into the antenna

connector.
[8] The match components must not be soldered inappropriately or damaged.
[9] Vdd: about 7.3V; for low power, Vgg: 1-1.2V; for high power, Vgg: 1.35-1.55V.
[10] Vdd: about 7.3V; for low power, Vgg: 1.8-2.1V; for high power, Vgg: 2.4-2.8V.
[11] Vc: about 4.8V; Vb: about 1.4V; Ve: about 1.1V.
[12] Vc: about 4.7V; Vb: about 0.7V; Ve: 0V. Start-up volt age of D9007: about 0.7V.
Note: The above check operations should be mad e under 7. 4V voltage.

87

FGU

Service Manual

FGU check

5VFGU, 3V3ARF,

3V3DRF are normal?

Yes

VCO oscillates?

Yes

Q106 、Q110

CV voltage is normal?[3]

输出是否正常？

Yes

No

No

No

Check the power

supply circuit.

Q106 and Q107

are normal?[1]

No

Replace Q106

and Q107.

L110 and L116 are

normal?[4]

Yes

Yes

Check Q104, Q108 and
peripheral components.

No

Q104 and Q108

are normal?[2]

Yes

Replace L110 and

L116.

No

Replace Q104

and Q108.

Replace Q101

and Q102.

No

Q101 and Q102

Check Q101, Q102 and
peripheral components.

反馈是

否正常？

are normal?[5]

Yes

Feedback is output?

Yes

19.2MHz crystal
oscillates?

Yes

Sky72310 clock is

normal?[6]

No

Check the data

circuit of the

control circuit.

No

No

Yes

Check the

feedback circuit.

Check the

19.2MHz circuit.

Completed

88

Service Manual

Description of Nor ma l S it uations:
[1] During transmissio n, out put voltage by Q107 PIN3: about 4V.
During reception, output voltage by Q106 PIN3: about 4V.
[2] During transmissio n, voltage at Q108 E: about 1.8V.
During reception, voltage at Q104 E: about 1. 8V.
[3] The CV value varies with frequencies. Generally, it is within the range 0.5V-4.5V.
[4] L110/L116 is on.
[5] Voltage at Q101/Q102 B: about 0.7V.
[6] MCSI-CLK-PLL outputs 960KHz clock.

89

Service Manual

11. UHF2 (450-520MHz) Information

11.1 Transmitter Circuit

Figure 1 1-1 Diagra m of Transmitter Circuit

The transmitter circuit is ma inly composed of:

① RF power amplifier circuit
② Low-pass filter circuit (for suppressing harmonics)
③ Auto power control c ircu it (APC) (including temperature det ect ion circuit)

The carrier signal generated by TX VCO is modulated and amplified, and then feeds to the transmitter
circuit. In this circuit, the signal passes through a π-type attenuator first, allowing certain isolation
between the RF power am plifier c ircuit and TX VCO. Then it g oes to a pr e-driv er a mplifier (2S C3356) for
pre-amplification, also providing certain isolation. After that, the signal goes to another pre-driver
amplifier (2SC4988) and a driver amplifier (RD01) for further power amplification, to provide appropriate
signal to the final-stage amplifier (RD07) for final power amplification. After processed by multiple
amplifiers, the signal is processed by a microstrip matcher to complete output impedance matching, so
as to reduce output power loss due to impedance mismatch. Then the signal passes through the TX/RX
switch and goes to the low - pass filter.

The low-pass filter is a high-order Chebyshev filter composed of lumped-parameter inductors and
capacitors. V ia th is filt er, the spurious signal within the stop band ca n be att enuat ed as much as pos sib le
while the in-band ripple is w ithin the required range.

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Service Manual

In the auto power control and temperature detection circuit, the drain current from the driver amplifier
and final-stage ampl if ier is converted to volt age via the sampling resistor and subtraction circuit
(composed of the first operationa l amplifier). This voltage is compared with the APC control voltage
(output by DAC) at the second operational amplifier. Then the error voltage, which is out put by the
second operational a mp li fier, controls TX power by controlling the b ias v oltage at the gates of the
amplifiers (including t he driver amplifier and the fina l-stage amplifier). The temperature sensor detects
the surface temperature of the final-st age a mplifier, and converts it to DC vo ltag e. Then t he DC v oltag e is
compared with the voltage corresponding to the protection temperature (generally 80% of the extreme
temperature) of the amplifier. If the surface temperature is too high, the bias voltage of the amplifier will
be reduced, so as to reduce output pow er. The bias voltage will not be increased until the surface
temperature restores to normal level. This process will be repeated while the radio operates.

11.2 Receiver Circuit

1 2

Pi Attenuator

Figure 1 1-2 Diagram of Receiver Circuit
The receiver circuit mainly comprises the RF band-pass filter, low-noise amplifier, mixer, IF filter, IF
amplifier and IF processor.

11.2.1 Receiver Front-end

The HF signal from the low-pass filter passes through the electrically tunable band-pass filter controlled
via APC/TV1 level, to remove out-of-band interference signal and to send wanted band-pass signal to
the low-noise amplifier (Q9001). The amplified signal goes to a band-pass filter controlled via APC/TV1
level, to remove out-of-band interference signal generated during amplification, and to send wanted HF

91

Service Manual

signal to the mixer.
The wanted signal passes through t he RF band- pas s filter and l ow-noi se amp lif ier and goes t o the mixer
(D9017). Meanwhile, the first local osc illator (LO ) sig nal generat e d by VCO p a sses throu gh the low - pas s
filter and also goes to the mixer (D9017). In the mixer, the wanted signal and the first LO signal are
mixed to generate the first IF signal (73.35MHz). Then the signal passes through a π-type attenuator
(2dB) and the LC, to suppress carrier other than t he first IF signal, and to increase the isolation between
the mixer and the IF filter. After that, the first IF signal is processed by the crystal filter (Z9001), and is
sent to the two-stage IF amplifier circuit (composed of 2SC3356) for amplification. Then the amplified
signal goes to the IF processor AD9864(U401) for processing.

11.2.2 Receiver Back-end

Figure 1 1-3 Diagram of IF Processor
The first IF signal (73.35MHz) output by the IF amplifier goes into AD9864 (U401) via Pin 47, where the
signal is converted to the second IF signal (2.25MHz). Then the signal is converted to digital signal via
ADC sampling, an d outp ut v ia the S SI int er face. Fina lly, the digital signa l is sent t o DS P (OMA P59 12) for
demodulation.
AD9864 employs reference frequency of 19.2MHz and shares the crystal with OMAP. The second LO
VCO comprises an oscillator, a varactor and some other components, to provide the 71.1/75.6MHz LO
signal. The 18MHz clock frequency is generated by the LC resonance loop.

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Service Manual

11.3 Frequency Generation Unit (FGU)

Figure 11-4 Diagram of FGU
The FGU is composed of VCO and PLL. It is the core module of the whole TX-RX system. This circuit
provides accurate carrier frequency during transmission, and stable LO signal during reception. It has a
direct influence on the perfor ma nce of the system.

11.3.1 Working Principle of PLL

The 19.2MHz frequency g enerated by the referenc e cryst al oscillator g oes to P LL for div ision, gen erating
the reference frequency (i.e. step frequ ency f1). Mea nwhi le, the freq uency generated by VCO ge nerate s
another frequency (f2) through th e freque ncy divid er in PLL. Then freque ncies f1 and f2 are compared in
the phase detector (PD), to generate continuous pulse current. The current goes t o t he loop filter for RC
integration, and is then converted to CV voltage. Then the CV voltage is sent to the varactor of VCO. It
adjusts the outpu t fre quen cy of VCO dir ect ly until th e C V voltage becomes constant. Then PLL is locked ,
and the stable frequency output by VCO goes to the TX-RX channel after passing through two buffer
amplifiers.

10.3.2 Working Principle of VCO

VCO employs Colpit ts osc illator circu it (the RX oscil lator circuit is co mposed of D102, D103, D106, D107
and L1 1 2; the TX oscillato r circuit is composed o f D1 08, D109, D110, D101 and L117). It obtains different

93

Service Manual

output frequencies by changing the varactor's control voltage (i.e. CV voltage).
There are two types of VCO: TX VCO and RX VCO. Both types control EMD22 to switch operating
status via OMAP. RX VCO is co mpos ed of the os ci lla tor loop and Q1 04, t o provide LO signa l. TX VCO is
composed of the oscillator loop and Q108, to provide carrier for TX signal.

11.3.3 Two-point Modulation

In TX mode, the two-point modu lation techn ology is empl oyed, to obt ain highe r modulation ac curacy and
lower 4FSK bit error rate. MOD-VCO and MOD-XO send th e mo dulation signal to the modulation end of
VCO and the reference crystal oscillator of PLL respectively to modulate TX VCO and the reference
crystal oscillator.

94

PD70X/PD70XG/PD78X/PD78XG/HD705/HD705G/HD785/HD785G PCB View (Main Board)

Top Layer

95

11.4 PCB View

PD70X/PD70XG/PD78X/PD78XG/HD705/HD705G/HD785/HD785G PCB View (Main Board)

Bottom Layer

96