Hytera PD362, PD365, PD366, PD368 Service Manual

PORTABLE

Preface

This manual describes the information related to the product repair. It is intended for use by qualified

technicians only. To repair the product properly, please read this manual carefully before repairing.

This manual is applicable to the following product:

PD36X Digital Portable Radio (X may represent 2, 5, 6 or 8)

Copyright Information

Hytera is the trademark or registered trademark of Hytera Communications Corporation Limited (the

Company) in PRC and/or other countries or areas. The Company retains the ownership of its trademarks

and product names. All other trademarks and/or product names that may be used in this manual are

properties of their respective owners.

The product described in this manual may include the Company’s computer programs stored in memory

or other media. Laws in PRC and/or other countries or areas protect the exclusive rights of the Company

with respect to its computer programs. The purchase of this product shall not be deemed to grant, either

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 copied, modified, distributed, decompiled, or

reverse-engineered in any manner without the prior written consent of the Company.

The AMBE+2TM voice coding technology embodied in this product is protected by intellectual property

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 to decompile, reverse engineer, or disassemble the Object Code or in any

other way convert the Object Code into a human-readable format.

U.S. Patent No: #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 and

#5,195,166.

Disclaimer

Hytera Communications Corporation Limited (the Company) endeavors to achieve the accuracy and

completeness of this manual, but no warranty of accuracy or reliability is given. All the specifications and

designs are subject to change without notice due to continuous technology development. No part of this

manual may be copied, modified, translated, or distributed in any manner without the express written

permission of us.

We do not guarantee, for any particular purpose, the accuracy, validity, timeliness, legitimacy or

completeness of the Third Party products and contents involved in this manual.

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

http://www.hytera.com.

The quotation marks enclose the name of a software interface element. For

Initial Release. This manual includes the information of

Documentation Information

Conventions

Icon Conventions

Icon Description

Tip Indicates information that can help you make better use of your product.

Note Indicates references that can further describe the related topics.

Caution Indicates situations that could cause data loss or equipment damage.

Warning Indicates situations that could cause minor personal injury.

Danger Indicates situations that could cause major personal injury or even death.

Notation Conventions

Notation Description

“ ”

example, click “OK”.

The text in boldface denotes the name of a hardware button. For example, press the

Bold

->

PTT key.

The symbol directs you to access a multi-level menu. For example, to select “New”

from the “File” menu, we will describe it as follows: “File -> New”.

Revision History

Version Release Date Description

these frequency bands:

V00 10-2014

Ua

Uc

Ua (400‐440 MHz)

Ua (400‐440 MHz)

Contents

i

Contents

1. Product Controls .................................................................................................................................. 1

2. Disassembly and Assembly ................................................................................................................ 3

3. Exploded View and Packaging Guide ................................................................................................ 7

3.1 Exploded View .................................................................................................................................. 7

3.2 Packaging Guide .............................................................................................................................. 9

4. Specifications ..................................................................................................................................... 10

5. Circuit Description ............................................................................................................................. 12

5.1 Baseband ........................................................................................................................................ 12

5.1.1 Power Supply Module .......................................................................................................... 12

5.1.2 Control Module ..................................................................................................................... 15

5.1.3 Audio Module ........................................................................................................................ 16

5.2 RF Section ...................................................................................................................................... 17

5.2.1 Transmitter Circuit ................................................................................................................ 17

5.2.2 Receiver Circuit .................................................................................................................... 19

5.2.3 FGU ...................................................................................................................................... 20

6. Troubleshooting Flow Chart ............................................................................................................. 22

6.1 Control Circuit ................................................................................................................................. 22

6.1.1 No display upon power-on or abnormal display ................................................................... 22

6.1.2 No voice output by speaker .................................................................................................. 23

6.1.3 No modulation signal in transmission .................................................................................. 24

6.2 Receiver Circuit .............................................................................................................................. 25

6.3 Transmitter Circuit .......................................................................................................................... 26

6.4 FGU Circuit ..................................................................................................................................... 29

7. Interface Definition ............................................................................................................................. 31

8. Tuning Description ............................................................................................................................. 32

8.1 Tools ............................................................................................................................................... 32

8.2 Tuning Procedure ........................................................................................................................... 32

8.2.1 Tuning a radio ....................................................................................................................... 32

8.2.2 Testing a radio ...................................................................................................................... 35

9. PCB View ............................................................................................................................................. 36

10. Block Dia

gram .................................................................................................................................. 37

10.1 Radio General Diagram ................................................................................................................ 37

10.2 RF Circuit ...................................................................................................................................... 38

10.3 Baseband Circuit .......................................................................................................................... 39

10.4 Power Supply Circuit .................................................................................................................... 40

10.5 FGU Circuit ................................................................................................................................... 41

10.6 Receiver Circuit ............................................................................................................................ 42

Contents

Ua (400‐440 MHz)

ii

10.7 Transmitter Circuit ........................................................................................................................ 43

11. Schematic Diagram .......................................................................................................................... 44

12. Parts List ........................................................................................................................................... 54

Ua (400‐440 MHz)

Product Controls

1

1. Product Controls

No. Part Name No. Part Name

1 PTT (Push-to-Talk) Key

○

2 SK1 (Side Key 1)

○

3 Antenna

○

4 Speaker

○

5 LCD Display

○

6 OK/Menu Key

○

7 Up Key

○

8 Volume -/Left Key

○

9 Call Key

○

13 LED Indicator

○

14 Microphone

○

15 Cancel/Return Key

○

16 Volume +/Right Key

○

17 Power On/Off/ESC Key

○

18 P3 Key

○

19 Down Key

○

20 Charging/Data Connector

○

21 Earpiece Connector

○

Product Controls

Ua (400‐440 MHz)

2

No. Part Name No. Part Name

10 P1 Key

○

11 P2 Key

○

12 Strap Hole / /

○

22 Battery Cover Open-up

○

23 Battery Cover

○

Ua (400‐440 MHz)

Disassembly and Assembly

3

2. Disassembly and Assembly

This section is designed to introduce the way to disassemble the radio. To assemble the radio, do vice

versa.

Caution

 Please position the waterproof ring properly during reassembly.

 Use the thumb and index finger to move the silicon rubber of SK1 key until SK1 key is well

assembled.

Step 1 To remove the battery, do as follows.

Step 2 Remove the chassis.

Remove the four T6 screws and take out the chassis.

Disassembly and Assembly

Ua (400‐440 MHz)

4

Step 3 Remove the main board.

1. First unplug the speaker connector and Keypad FPC connector, and then remove the one

T6 screw.

2. Take out the main board in the direction shown in the figure below.

Step 4 Remove the keypad board.

3. Remove the two screws on the back.

Ua (400‐440 MHz)

Disassembly and Assembly

5

4. Remove the keypad board.

Step 5 Remove the LCD display.

5. Straighten the two fixing plates securing the LCD display. See the figure below.

6. Take out the LCD display vertically.

Disassembly and Assembly

Ua (400‐440 MHz)

6

Step 6 Remove the aluminum chassis shielding cover.

7. Remove the three screws securing the aluminum chassis shielding cover.

8. Take out the aluminum chassis shielding cover.

Ua (400‐440 MHz)

Exploded View and Packaging Guide

7

1

7500801000000

PORON

1

6002127000000

3

7500512000000

Motor PORON pad

1

7500809000000

Conductive sponge for aluminum

chassis

5

7400656000000

Earpiece PC sheet

1 30

6002126000000

Front case

1 6 /

PCB main board

1 31

7500717000000

Motor PORON

1 7 7500724000000

LCD PORON pad

1 32

6002128000000

Antenna cover

1

7102002500000

Transparent silicon rubber

light guide

7500376000010

Conductive sponge for earpiece

FPC

10

6203684000000

Decoration sheet (right side)

1 35

5001000000090

Speaker

1

Insulative PORON for

speaker

3. Exploded View and Packaging Guide

3.1 Exploded View

Parts list:

No. Part No. Description Qty.

2

4

8

9

11 / Model PC label 18x7mm 1 36 7500784000000

No. Part No. Description Qty.

2 26 7400628000000 Speaker felt

Chassis 1 27 6002144000000

1 28 6002113000000 Earpiece connector cover

1 29 6002124000000

Machine screw M2.0x2.5mm 2 33 6101008000000

1 34 4200040000300

Stopper for earpiece

connector cover

Micro USB cover 1

Power Cord 1

2

1

1

Exploded View and Packaging Guide

Ua (400‐440 MHz)

8

12

6203683000000

Decoration sheet (bottom side)

1 37 / Antenna core

1

7500305000000

Silicon rubber pad for battery

connector

7600052000000

Self-tapping Screw

ST1.9*4.0mm

7500749000000

16 / Semi-finished keypad board

1 41

7400329000000

MIC pad

1

17

7300122000000

Metal dome for functional key

1 42

5002270000030

Microphone

1

7500748000000

Aluminum chassis shielding

cover

19

6101009000000

P&R keypad

1 44

6101018100000

Silicon rubber pad for battery

4

6002125000000

Silicone rubber plug for RF

test port

21

6203685000000

Decoration sheet (left side)

1 46

6101023100000

Main waterproof ring

1

22

6002110000000

PTT key cover

1 47

6101022100000

Waterproof ring for battery

1

23

6101052100000

PTT key (silicone rubber)

1 48

6002129000000

Battery Cover

1

6203682000000

7500756000000

No. Part No. Description Qty.

13

14

15

18

20

24

25

PORON pad for connector 1 38 6101083100000

Conductive sponge for front case 1 39 7101904020200

Double-sided adhesive tape for

keypad FPC

Double-sided adhesive tape for

LCD lens

LCD lens 1 45 6101059100000

Speaker steel felt 1 49 /

Double-sided adhesive tape for

speaker steel felt

No. Part No. Description Qty.

1 40 7400141000000

1 43 6300253000000

1 50 6002132000000

Note

Parts that are not marked with Part Number may vary with the frequency band.

NSM08Z01 MIC felt 1

PC label with LOGO

19.7x4.8mm

BC21 belt clip 1

1

3

1

1

1

Ua (400‐440 MHz)

Exploded View and Packaging Guide

9

3.2 Packaging Guide

Specifications

Ua (400‐440 MHz)

10

Battery Life (5-5-90 Duty Cycle,

Battery

Dimensions (H×W×D)
(with standard battery, without
antenna)

Weight (with antenna &
standard battery)

4. Specifications

General

Frequency Range

400‐440 MHz

Channel Capacity 256

Channel Spacing 25 kHz/12.5 kHz

 Rated voltage: 3.7 V

Operating Voltage

 Extreme voltage: 3.15–4.2V

Battery 2000 mAh Li-Ion battery

High TX Power)

 Analog: 10 hours

High-capacity 2000mAh Li-Ion

 Digital: 12 hours

Operating Temperature

°

C to +60°C

-30

106 mm × 57 mm × 23 mm

About 180 g

Frequency Stability ±0.5 ppm

 Analog

 0.28 μV (12 dB SINAD)

Sensitivity

 0.22 μV (Typical) (12 dB SINAD)

 0.22 μV (20 dB SINAD)

 Digital: -116 dBm/BER5%

 TIA-603: 60 dB@12.5 kHz/70 dB@25 k

Adjacent Channel Selectivity

 ETSI: 60 dB@12.5 kHz/70 dB@25 kHz

 TIA-603: 70 dB@12.5/25 kHz

Intermodulation

 E

TSI: 65 dB@

 TIA-603: 70 dB@12.5/25 kHz

Spurious Response Rejection

 ETSI: 70 dB@12.5/25 kHz

Receiver

Hz

12.5/25 kHz

Blocking 84 dB

Ua (400‐440 MHz)

Specifications

11

Rated Audio Power Output 0.4 W (8 Ω load)

Rated Audio Distortion ≤5%

Transmitter

Power Output 3 W/1.5 W

Conducted/Radiated Emission

Modulation Limiting

FM Noise

Audio Distortion ≤3%

 -36 dBm<1 GHz

 -30 dBm>1 GHz

 ±2.5 kHz@12.5 kHz

 ±5.0 kHz@25 kHz

 40 dB@12.5 kHz

 45 dB@

25 kHz

Note

All Specifications are tested according to applicable standards, and subject to change without notice

due to continuous development.

Circuit Description

Ua (400‐440 MHz)

12

CODEC

TLV320AIC3204

STM32F101VET6

AMP

MAX9716EUA

MCLK

BCLK
WCLK

DIN

DOUT

MCLK

VDD3V3

12.288MHZ

SCL

SDA

Security Key

I2S

HPI

VOICE

CODER

Protoccol

Stack

4FSK

FM

Demod

Channel

Selection

SCT3928

S0CLK

S0FS

S0DO

S0DI

S1CLK

S1FS
S1DO

S1DI

CLKIN

SCL

SDA

FLASH_CLK

FLASH_CE

FLASH_DI

FLASH_DO

MCU

PLL_CLK
PLL_STB

PLL_DATA

PLL_LD

MOD_VCO

MOD_REF

AFDET

SQL

RSSI

BAT_DET

APC/TV

ADJ_CRY

Volume

adjust

BEEP

3V0A

BAT

T/R

SW-CVread

BIAS_DOWN

RSSI

PTT

12MHZ

OPT_SEL

R/G

RESET

3V3D

W/N

EEPROM

24FC512-I/SM

I2C

3V3D

3V0D

1V2

LOR

LOL

IN3R

IN1L

HPL

IN2L

AF_MUTE

AF_MUTE

USART port

VOX

VOX

EXT_interface

ext_mic
ext_spk

V_CHARGER

LCD

LCD_RSTB

LCD_CSB

LCD_SDA

LCD_SCLK

A0

5. Circuit Description

5.1 Baseband6HFWLRQ

5.1.1 Power Supply Module

Diagram of Power Control

The power supply employs a single 3.7V li-ion battery. The RF section uses LDO to regulate WKHYROWDJHWR 3V
for FGU and PLL circuits and the control parts of RX and TX circuits. The BB section uses ORZGURSRXW/'2
to regulate WKHYROWDJHWR 3V for Codec, MCU and S

DC/DC to c

onvert the voltage to 1.2V.

CT3928. The core power supply of SCT3928 uses

Ua (400‐440 MHz)

Circuit Description

13

3 VRT

U301

LDO

RP102N 301B

PWR- KEY_ DET

To PLL

SCT3928

PWR_ON

POWER_ON

U302

LDO

RP102N 301B

U307

LDO

RP102N 301B

DTC114YE

U310

DC-DC

TPS62561DDCR

3V0A

3V0D

A

3V0

U308

LDO

RP102N 301B

POWER_ON

POWER_ON

POWER_ON

POWER_ON

PWR_STC3V

U306

LDO

RP102N 301B

EM6M2

VDD_OP

To APC

To autio PA

To RF PA

To APC REF

VBAT

TP609

U608

CHARGER

MC 34673

CHG

VBUS

PPP

After inserted the charger, wake

up the walky- talky

Read charger status

Detect charger inserted

EM6M2

EM6M2

3V_TX_ RF

3V_ RX_RF

TEM-LEV- DET-TC

TX_EN

RX_EN

To SCT 3928 ,U203( Security Key),crystal, Codec

To LED

To SCT3928

To_ EEPROM

To MCU

To Codec LDOIN

RESET

To Mic amp

RESET

R 3112Q271A

POWER_ KEY-

POWER_ KEY-

To keypad( hardware connectted)

DC2DC_ CTRL

To VCO

To FAST LOCK

VCC_VC_ TCXO

3V0_ FGU_PER

VCC_CP

DTC114YE

CHG_ CURRENT

ISET

U309

XC6118N28

AMR-G

3V FGU

U304

LDO

RP102Z301D

1V2D

To LCD

VCO buffer and amp.

POWER_ON

TX_EN

LED_LCD_BL

Powering On/ Off

Circuit Description

Ua (400‐440 MHz)

14

When \RXlong press the Power O

the radio powers

level.

Duri

ng power-off, POWER_KEY- is at low level, while PWR-KEY_DET is at high level. The system

detects power-off procedure via PWR-KEY_DET and implements the power-off procedure. Then

PWR_ON and POWER_ON go to low level, and the power is cut off.

RQ. After power-on, PWR_ON

n-Off/ESC key, POWER_KEY- and POWER_ON are at high level, and

goes to high level, and PWR-KEY_DET goes to low

Ua (400‐440 MHz)

Circuit Description

15

STM32F101 VET6

VDD3V3

12.288 MHZ

HPI

VOICE

CODER

Protoccol

Stack

4 FSK

FM

Demod

Channel

Selection

SCT3928

S0 CLK

S0FS

S0DO

S0DI

S1 CLK

S1FS

S1DO

S1DI

CLKIN

SCL

SDA

FLASH_ CLK

FLASH_CE

FLASH_DI

FLASH_DO

MCU

PLL_CLK
PLL_STB

PLL_ DATA

PLL_LD

SQL

RSSI

BAT_DET

APC/TV

ADJ_CRY

Volume

adjust

T/R

SW-CVread

BIAS_DOWN

RSSI

PTT

12MHZ

OPT_SEL

R/G

RESET

3V3D

W/N

EEPROM

24FC512-I/ SM

I2C

3V3D

3V0D

1V2

AF_ MUTE

USART port

VOX

EXT_ interface

ext_mic
ext_spk

V_ CHARGER

LCD

LCD_RSTB

LCD_CSB

LCD_SDA

LCD_SCLK

A0

5.1.2 Control Module

Circuit Description

Ua (400‐440 MHz)

16

SCT3928

RESET IC

RESET

RSTN

CODEC

MCU

Codec_RESET

LCD

LCD_RSTB

CODEC

TLV320AIC3204

AMP

MAX9716EUA

MCLK

BCLK
WCLK

DIN

DOUT

MCLK

VDD3V3

12.288MHZ

SCL

SDA

Security Key

I2S

VOICE

CODER

Protoccol

Stack

4FSK

FM

Demod

Channel

Selection

SCT3928

S0CLK

S0FS

S0DO

S0DI

S1CLK

S1FS
S1DO

S1DI

CLKIN

SCL

SDA

FLASH_CLK

FLASH_CE

FLASH_DI

FLASH_DO

MOD_VCO

MOD_REF

AFDET

BEEP

3V0A

BAT

3V0D

1V2

LOR

LOL/R

IN3R

IN1L

HPL/R

IN2L

AF_MUTE

VOX

These two signals go to FGU

for modulation

This signal is output via BA4116

after RX down conversion

The radio uses STM32F101VET6(MCU) and SCT3928(Baseband IC). STM32F101VET6 is the main

controller unit, while SCT3928 is the baseband processor chip, which is used for analog and digital

modulation/demodulation and digital voice encoding/decoding. MCU communicates with SCT3928 via

HPI BUS, connects to 512K EEPROM via I2C BUS and controls the LCD display via SPI BUS.

STM32F101VET6 uses the 12MHz crystal oscillator as the clock signal while SCT3928 uses the

12.288MHz crystal oscillator as the clock signal.

Reset Signal

5.1.3 Audio Module

Audio Diagram

The audio processing section uses SCT3928 and TLV320AIC3204. The audio amplifier uses

MAX9716EUA. The diagram is as follows:

The audio module is mainly composed of:

 RX path
The signal demodulated by RF module is sent to the input port of third path of TLV320AIC3204 for

amplifyi

internal processing. Then the signal is sent to TLV320AIC3204 via I2S interface for GLJLWDOWRDQDORJ'$

conversion and amplifying.

ng. After DQDORJWRGLJLWDO$' conversion, the signal is sent to SCT3928 via I2S interface for

Ua (400‐440 MHz)

Circuit Description

17

Rated Power (Po)

0.4W

R L =8Ω

Maximum Power (P

)

0.8W

R L =8Ω

)LQDOO\the audio signal is output to audio amplifier MAX9716EUA for amplifying via the HPL/R port of

TLV320AIC3204 to drive the speaker.

 TX path

The audio signal UHFHLYed by the MIC is divided into two paths: one path is proc

for VOX sa

the signal is sent to SCT3928 via I2S interface for internal processing. Then the signal is sent to

TLV320AIC3204 via I2S interface for DA conversion and amplifying. Finally, the audio signal is output to

FGU for two-path modulation via the LOL/R port of TLV320AIC3204.

 External Connector

 Earpiece connector: Ф2.5mm standard earpiece connector for specific earpiece.

 USB port: It is used for battery charging and programming.

mpling; the other path is sent to TLV320AIC3204 for AGC amplifying. After AD conversion,

essed and sent to MCU

Audio Amplifier

Main parameters of MAX9716EUA are listed in the table below:

max

5.2 RF Section

5.2.1

The transmitter circuit is mainly composed of:

 RF Power Amplifier Circuit

 Low-pass Filter Circuit (for suppressing harmonics)

 Auto Power Control Circuit (APC)

Transmitter Circuit

Circuit Description

Ua (400‐440 MHz)

18

ANT

Gate voltage control

Subtracter

Gain : 12 dB

Po(-

1dB):15

static Ic :

40 mA

Gain :12dB

Po ( - 1dB): 27 dB

mstatic Id:

100 mA

Gain : 10 dB

Po (-1dB): 35 dB

mstatic Id

:

250 mA

S 11:≤

- 15 dB

S

21:

≥

­0

.

2 dB

S 21 / dB : ≥- 0. 3

S 11 / dB

： ≤

- 15

S 22 / dB

： ≤

- 15

TX - RX

Isolation / dB

：

≤

- 20

ANT-RX

Isolation /dB

：

≤

- 20

S 11 / dB

： ≤

- 15

S 22 / dB

： ≤

- 15

S 21 / dB : ≥- 0. 8

BW

( -

3 dB):520 MHZ

Stop band

attenuation : - 50 dBc

TX

VCO

level : >

0

dBm

BATT

I/ V convertor

APC module :

1 ) attack time and

decay time is less than

1. 5 mS

2

)

close gain rate Ga is large than
20 value

Gain : 15 dB

Po(- 1dB):5 dB

mstatic Ic :

12 mA

S a m p l in g r es i st o r

Pre - Driver 2

Drive - stage Final - stage

Low - pass

Filter

Pre - Driver 1

PA match

Tx / Rx

Switch

2SC3356

BFQ 540

2SK3078

RFM03U3CT

T 3 V

APC From TV

To RX

TxVCO 3 V

2SC3356

2SC5108

T / R

T / R

T / R

+

= - 10 dB

Gain : 15 dB

Po ( -

1dB):5 dB

mstatic Ic :

12

mA

Gain : 11 dB

Po (-

1dB ): 3dB

m

static Ic

:

5 mA

buffer Pre - Driver

Buffer amplifier Interstage isolation Pre-Driver Driver/Final Stage TX/RX switch Low-pass filter

π-type

attenuator

Π

dB

m

π-type

attenuator

RF Power Amplifier Circuit

The carrier signal generated by TX VCO is modulated and amplified by 2SC5108/2SC3356, then goes to

the transmitter circuit through TX/RX75 switch circuit. The signal passes through a π-type attenuat

first, al

lowing interstage isolation between the RF power amplifier circuit and TX VCO. After that, the

signal goes to the pre-driver amplifier (2SC3356) for prHamplification, allowing DQ

interstage isolation between the pre-driver amplifier and the next amplifier. Then, the signal goes to

another pre-driver amplifier (BFQ540) and the driver amplifier (2SK3078) for further power amplification,

to provide DGHTXDWHO\DPSOLILHG signal to the final-stage amp

amplificat

ion. After amplified by multiple amplifiers, the signal will pass through a microstrip matcher to

lifier (RFM03U3CT) for final power

complete output impedance matching, so as to reduce output power loss due to impedance mismatch.

Then the transmitting signal will go to the low-pass filter through TX/RX switch circuit.

Low-pass Filter Circuit (for suppressing harmonics)

The low-pass filter for suppressing harmonics is a high-order Chebyshev filter composed of

lumped-parameter inductors and capacitors. Via this filter, the spurious signal within the stop band can

be attenuated as much as possible while the in-band ripple is within the required range.

Auto Power Control Circuit

In the auto power control circuit, the drain current from the driver amplifier and final-stage amplifier is

converted to voltage via the sampling resistor and subtraction circuit (composed of the first operational

amplifier). This voltage is compared with the APC control voltage (output by DAC) at the second

operational amplifier. Then the error voltage, which is output by the second operational amplifier,

or

controls TX power by controlling the bias voltage at the gates of the amplifiers (including the driver

amplifier BFQ540+2SK3078 and the final-stage amplifier).

Ua (400‐440 MHz)

Circuit Description

19

Low-pass Filter

Band-pass Filter1

Low-Noise Amp

AT-41511

Band-pass Filter2

Mixer

HSMS-2827

IF Filter

IF Processor

IF Amp

2SC5108

ANT

LPF

S21≤1.5dB

Ripple Inband≤ 1dB

Stop band attenuation: -30dBc

S21≥ -0.8dB
S11≤ -15dB
S22≤ -15dB
Ripple Inband≤ 0.4dB
BW(-3dB): 520MHZ
Stop band attenuation: -50dBc

TV

Tuning voltage： 0.5-2.8V
Linear Gain≥ 12dB
S11≤ -15dB
S22≤ -15dB
S12≤ -30dB
Rejection at -1/2IF≥ 15dB
Rejection at -2IF≥ 80dB
Rejection at 2Fin-3IF≥ 55dB
IIP3 ≥ 1dBm
Distortion ≤ 2%

Insertion Loss≤ 2dB
S11≤ -15dB
S22≤ -15dB
Rejection at -2IF ≥ 40dB
Rejection at -1/2IF > 8dB

Vdd： 3Vdc
Gain≥ 18dB
Current Drain≤ 8mA
S11≤ -15dB
S22≤ -15dB
S12≤ -25dB
NF≤1.5dB

Insertion Loss≤ 3dB
S11≤ -15dB
S22≤ -15dB
Rejection at -2IF ≥ 40dB
Rejection at -1/2IF >12dB

Lo

Lo Amp

2SC3356

Conversion loss≥-7dB
IIP3≥ 15dBm
Isolation ：
of Lo-RF> 30dB
of RF-IF> 25dB
of Lo-IF> 30dB
Lo input level≥7dBm
NF≤7

dB

Vdd： 3Vdc
Gain≥ 20dB
Current Drain≤ 3mA
S11≤ -15dB
S22≤ -15dB
S12≤ -25dB
output level≤ -11dBm

Centre Frequency： 38.85MHz
Insertion loss≤ 5dB
3dB Bandwith≥±5KHz
Ripple Inband≤ 1dB
Attenuation：
@±12.5kHz≥18dBc
@±25kHz≥ 40dBc
@±2*2nd IF≥ 85dBc
S11≤ -15dB
S22≤ -15dB
IIP3≥ 18dBm

Gain≥ 4dB
Distortion ≤3%
Ripple Inband≤ 1dB
3dB Bandwith≥±6KHz
Attenuation：
@±12.5kHz≥18dBc
@±25kHz≥ 40dBc
@±2*2nd IF≥ 85dBc

Vdd： 3Vdc
Input level≥ -99dBm

2nd Lo:
Vdd： 3Vdc

Frequency： 38.4MHz
Current Drain≤ 2mA
output level≤ -22dBm

Pi Attenuator

Lo input level≥7dBm

IL:0.5dB
Zin/Zout:50R

Attenuator Protect

RB706F

3Vdc

Double Circuit

2SC5108

3VFGU

VCTCXO

19.2MHz

BA4116FV

AF OUT

5.2.2 Receiver Circuit

The receiver circuit mainly comprises the RF band-pass filter, low-noise amplifier, mixer, IF filter, IF

amplifier and IF processor.

Receiver Front-end

The HF signal from the low-pass filter passes through the electrically tunable first-stage 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 (Q6005). The amplified signal goes to a second-stage band-pass filter

which is also controlled via APC/TV1 level, to remove out-of-band interference signal generated during

amplification, and to send GHVLUHG HF signal to the mixer.
ThLV+) signal passes through the RF band-pass fi

(D6009). M

eanwhile, the first local oscillator (LO) signal generated by VCO passes through the low-pass

filter and also goes to the mixer (D6009). In the mixer, the +) signal and the first LO signal are
mixed to generate the first IF signal (38.85MHz). Then the ,)signal passes through the frequency selection

network composed of LC, to suppress carriers other than the 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 (Z6001),

and is sent to the IF amplifier circuit (Q6006) for amplification. Then the amplified signal goes to the IF

processor BA4116FV for processing.

lter and low-noise amplifier and goes to the mixer

Circuit Description

Ua (400‐440 MHz)

20

Receiver Back-end

The processed first IF signal is sent to IC BA4116 for second mixing during which the second harmonic of
the PLL crystal is selected as the second LO signal, mixed and converted to the 450 kHz second IF signal.
After that, the second IF signal goes through the 450 kHz ceramic filter to filter out the spurious signal,
and it is amplified afterwards with its frequency discriminated. Then the second IF signal is processed
internally and demodulated. Finally, the demodulated signal is sent to the baseband section for audio
processing.

5.2.3 )UHTXHQF\*HQHUDWLRQ8QLW)*8

The FGU, composed of VCO and PLL, is the core module of the whole TX-RX system. This unit

provides accurate carrier frequency during transmission, and stable LO signal during receipt. It has a

direct influence on the performance of the system.

Ua (400‐440 MHz)

Circuit Description

21

RX_VCO

PLL Sky72310

Buffer

Amp T/R_Switch

RF feedback LPF

TX_VCO

Mod_1

Loop Filter

VC_TXCO

Mod_2

PN: ≤-80 (dBc/Hz)@1KHz
PN: ≤-112 (dBc/Hz)@12.5KHz
PN: ≤-120 (dBc/Hz)@25KHz
PN: ≤-136 (dBc/Hz)@100KHz
PN: ≤-145 (dBc/Hz)@1MHz
Two Point modulation：

0.1～5KHz modulate
ripple≤±0.5dB

Fc=19.2MHz

To TX

To Mixer

2SC5108

Gain≤5dB
isolation≥20dB
Current≤4mA

2SC3356

Gain≥10dB
isolation≥15dB
Current≤10mA

3dB BW≤3.5K
Phase Margin:30-55°

A=0.1Vpp~2.0Vpp

S21=-3dB
Fpass=500MHz
Fstop=800MHz
Astop=40dB

Kv≤30MHz/V

CV=0.8~2.3V
F=361.15~401.15MHz

PN≤-116dBc/Hz@12.5KHz

Kv≤30MHz/V

CV=0.8~2.3V
F=400~440MHz

PN≤-116dBc/Hz@12.5KHz

3.0v for core&Vp
Compare frequence:4.8MHz
Prescaler Level：50~250mVpp

Pi Attenuator

isolation=1dB

FGU Close Loop:

Residual noise deviation：
300～3KHz:≤50Hz
50Hz～15KHz:≤100Hz
Reverse Isolation：＞40dB（Buffer to Amp）
RF_OUT: ≥0 dBm （to RX)

≥-1 dBm （to TX)

:RUNLQJ Principle of PLL

The 19.2MHz frequency generated by the reference crystal oscillator goes to PLL for division,

generating the reference frequency (i.e. step frequency f1). Meanwhile, the frequency generated by

VCO goes into the PLL, where frequency f2 is generated through frequency division. Then frequencies

f1 and f2 are compared in the phase detector (PD), to generate continuous pulse current. The current

goes to the loop filter for RC integration, and is then converted to CV voltage. Then the CV voltage is

sent to the varactor of VCO. 7KHYDUDFWRUadjusts the output frequency of VCO directly until the CV voltage

becomes

through two buffer amplifiers.

:RUNLQJ Principle of VCO

VCO employs Colpitts oscillator circuit. There are two types of VCO: RX VCO and TX VCO. RX VCO

provides LO signal while TX VCO provides carrier for TX signal. When operating, WKHRVFLOODWRU
obtains different output frequencies by Fhanging the varactor's control voltage (i.e. CV voltage) and then

uses the control signals VCC_VCO_L and VCC_VCO_H to switch operating status. VCO_L is used for

receiSW while VCO_H is

Two-point Modulation

In TX mode, the two-point modulation is employed, to obtain higher modulation accuracy and

lower 4FSK bit error rate. MOD_VCO and MOD_REF send the modulation signal to the modulation end

of VCO and the reference crystal oscillator of PLL respectively to modulate TX VCO and the reference

crystal oscillator.

constant. Then PLL is locked, and the stable frequency output by VCO goes to the TX-RX channel

used for transmiVVLRQ.

Troubleshooting Flow Chart

Ua (400‐440 MHz)

22

6. Troubleshooting Flow Chart

6.1 Control Circuit

6.1.1

No 'isplay upon 3ower-on or $bnormal 'isplay

No display upon power-on or

abnormal display>@

The voltage of TP304

(V_BAT) is normal?>@

Yes

The POWER_KEY- signal

(R306) is at high level

when holding down the

Power On/Off key?

Yes

The power supply of LCD

is normal?

Yes

The LCD clock, reset and

data signals are normal?

No

MCU power supply and clock

are normal?

No

No

No

Yes

No

Check whether the battery voltage

is too low or whether the contact

spring plate works well

Check whether the keypad

board and its connection are

normal

Check U307

Check whether the LCD and

its connection are normal

Check whether X100 crystal

oscillator and U302 are

normal

Yes

MCU reset signal (14-pin) is

normal?

Yes

1V2D, 3V0D, 3VRT and

3VFGU are normal?

Yes

12.288MHz clock is
normal?

Yes

Completed

No

No

No

Check U103

Check U300, U302, U306 and

U304

Check the clock generation

amplifier circuits of X200, Q200

and U204

Description of Normal Situations:

[1] The LED indicator works properly after the radioSRZHUVRQ.
[2] The radio can be powered on normally when the battery voltage is higher than 3.15V.

Ua (400‐440 MHz)

Troubleshooting Flow Chart

23

Yes

No

No

Yes

No

Yes

Completed

SPK+ and SPK- output

normally?

Check the speaker

and its connection

No voice output by

speaker

U802 has audio signal

inputs (C810 and C820)?

U802 enable signal

is normal?

CODEC audio input

(AF_IN) is normal?

No

Refer to receiver

circuit for repairing

information

3V0D and 3V0A are

generated normally?

Check U301，U302

Yes

CODEC Reset is normal?

Yes

U802 is abnormal or

damaged

No

Check D8005 and

MCU

No

Check MCU

Does CODEC send data to

SCT3928 (SIDI signal)?

CODEC is abnormal

or damaged

No

Yes

Does SCT3928 send
data back to CODEC

(SIDO signal)?

CODEC is abnormal

or damaged

No

No

MCU controls

SCT3928 normally?

SCT3928 is abnormal

or damaged

Yes

Yes

Yes

6.1.2 No 9oice 2utput by 6peaker

Troubleshooting Flow Chart

Ua (400‐440 MHz)

24

No

Yes

Yes

MIC inputs normally? Check MIC

No modulation signal

in transmission

CODEC audio input

(MICN2/MICP2) is normal?

CODEC output (R202,

R204) is normal?

Refer to FGU diagram

for repairing

information

No

Check whether U401

works normally

No

Yes

Completed

Does CODEC send data to

SCT3928 (SIDI signal)?

CODEC is abnormal

or damaged

No

Yes

Does SCT3928 send
data back to CODEC

(SIDO signal)?

CODEC is abnormal

or damaged

No

No

MCU controls

SCT3928 normally?

SCT3928 is abnormal

or damaged

Yes

Yes

CODEC power supply and

reset signals are normal?

Check MCU and

related LDO

No

Yes

6.1.3 No 0odulation 6ignal in 7ransmission

Ua (400‐440 MHz)

Troubleshooting Flow Chart

25

Check Q6005

Second LO is normal?[6]

Input IF signal via z6001 to

check whether IF sensitivity

is normal?[5]

Check U306

No

No

Yes

Yes

Yes

Yes

Yes

Yes

No

No

No

No

No

No receiving

No

Yes

Yes

Check RX VCO

Yes

No

Yes

No

No

Yes

3V_RX_RF outputs

normally?[1]

The static working

point of Q6005 is

normal?[3]

Yes

Completed

No

3VRT

outputs normally?[2]

Check Q6006

Check Q611

and peripheral

components

Check X8001

and related

components

19.2 MHz is normal?[7]

The static working

point of Q6006 is

normal?[4]

LNA_Out output is

normal?[8]

Check Q6005 and

front-end RF circuit

LO signal output is

normal?[9]

RX_LO output is

normal?[10]

First IF output is

normal?[11]

Check Z6001, Q6006 and

peripheral circuit

Input signal is normal?[12]

Check signal frequency,

amplitude and modulation

information

6.2 Receiver Circuit

Troubleshooting Flow Chart

Ua (400‐440 MHz)

26

Description of Normal Situations:

[1] Output voltage by Q6004 Pin 3 is about 3V.

[2] Output voltage by U306 Pin 5 or input voltage by Q6004 Pin 4 is about 3V.

[3] Check the collector voltage and base voltage of Q6005 when WKHFLUFXLWLVnot receiving signals. Normally, the

voltage is about 0.754 V at pole B, about 2.728 V at pole C and 0 V at pole E.

[4] Check the collector voltage and base voltage of Q6006 when WKHFLUFXLWLVnot receiving signals. Normally, the

voltage is about 0.754 V at pole B, about 2.25V at pole C and 0 V at pole E.

[5] Cut off the front-end circuit, and input a 38.85 MHz IF signal (with modulation signal) at C6094 to test

IF sensitivity. Normally, the IF sensitivity is -109dBm.

[6] Frequency of Q611 is 38.4 MHz (output by C697).

[7] Frequency output by 2NDLO_1 is 19.2 MHz.

[8] Input a -40dBm RF signal at the antenna connector and test at R6047. Normally, gain is KLJKer than
10 dB and output signal is VWURQJer than -0 dBm.

est at C609

[9] T

(current channel frequency) with amplitude of about 5 dBm.

[10] Test at D502 (the post-stage circuit has not been cut off). Normally, the frequency is -38.85 MHz

(current channel frequency) with amplitude of about 0 dBm.

[11] Frequency output by mixer is 38.85 MHz.

[12] The input signal in the antenna portLVG%Pwith standard tuning information (AF=1 kHz，FM=3 kHz).

3 (the post-stage circuit has not been cut off). Normally, the frequency is -38.85 MHz

6.3 Transmitter Circuit

Caution

The following tests must be operated with a power supply of 3.7 V.

Ua (400‐440 MHz)

Troubleshooting Flow Chart

27

No

Yes

No

Yes

No

No

Yes

No

Yes

Yes

No

Yes

YesNo

No

Yes

Yes

No

No

No

Yes

YesNo

Yes

No

Completed

YesNo

No

Yes

No

Yes

No

Yes

No power

output

Completed

Completed

Completed

Completed

Completed

Power supply works

normally?[1]

Check the

power supply

circuit.

VGG is

normal?[2]

APC/TV1 is

normal?[3]

Check the MCU

output circuit.

3V_TX_RF

is normal?[5]

TX_En 3.3V is

normal?[4]

TX_En is

normal?[5]

Replace Q7010

and U7001

Replace Q6008

Check the power

supply circuit.

Power level is

normal?[6]

D8021, RF connector

and the low-pass network

are normal?[7]

Match network

is normal?[8]

Q404 and Q406

work normally?[9]

Q405 works

normally?[10]

Q606 works

normally?[11]

Check the

output circuit of

FGU.

Power level is

normal?

Power level is

normal?

Power level is

normal?

Power level is

normal?

Repair damaged

components.

Repair damaged

components.

Power level is

normal?

Replace Q404, Q406

and bias resistor.

Replace Q406 and

bias resistor.

Replace Q606 and

bias resistor.

Yes

Q7004 works

normally?[12]

Yes

No

No

Yes

Completed

Power level is

normal?

Replace Q7004 and

bias resistor.

Description of Normal Situations:

Troubleshooting Flow Chart

Ua (400‐440 MHz)

28

[1] Voltage of the power supply is about 3.7 V.

[2] For low power, VGG is 1.2 to 1.4 V; for high power, VGG is 1.4 to 1.6 V.

[3] For low power, TV/APC is 1.4 to 1.6 V; for high power, TV/APC is 2.0 to 2.2 V.

[4] TX_En is about 3 V.

[5] 3VA_TX_RF is about 3 V.

[6] High power is about 2.6 W; low power is about 1.5 W.

[7] Start-up voltage of D8021 is about 0.7 V. The low-pass coil must be soldered appropriately and

remain in good condition. The RF connector must remain in good condition.

[8] The match components must be soldered appropriately and remain in good condition.

[9] Vdd is about 3.7 V; for low power, Vgg is 1.2 to 1.4 V; for high power, Vgg is 1.4 to 1.6 V.

[10] Vdd is about 3.7 V; for low power, Vgg is 1.2 to 1.4 V; for high power, Vgg is 1.4 to 1.6 V.

[11] Check the collector voltage and base voltage when there is no power output IURP Q606.

[12] Check

e collector voltage and base voltage when there is no power output IURP Q7004.

th

Ua (400‐440 MHz)

Troubleshooting Flow Chart

29

Q 106 、Q 110

输出是否正常？

Yes

Yes

Yes

Yes

Yes

Yes

No

No

No

Yes

No

Yes

No

No

No

No

Completed

Yes

No

No

Yes

FGU check

Check the power supply

circuit.

3VFGU, VCC_CP and

3VOA_FGU_PLL are

normal?

VCO oscillates?

CV is normal?[3]

Q8007 and Q8010 are

normal?[5]

Replace Q8007

and Q8010.

Q8002, Q8003, Q8005,

Q8009 and Q8011 are

normal?[1]

Replace Q8002,

Q8003, Q8005, Q8009

and Q8011

Q8004/Q8008 are

normal?[2]

Check Q8004, Q8008

and peripheral

components.

Replace Q8004 and

Q8008.

Replace L8018 and

L8045.

L8018 and L8045

are normal?[4]

Feedback is output?

Check the feedback

circuit.

19.2MHz crystal
oscillates?

Check the 19.2MHz

circuit.

Sky72310 clock is

normal?[6]

Check the data control

circuit of Sky72310.

Check Q8007,

Q8010 and

peripheral

components.

No

Signal
Amplitude is
normal?[7][8]

Check the data control

circuit of Sky72310.

6.4 FGU Circuit

Description of Normal Situations:

[1] During WUDQVPLVVLRQ, Q8002 Pin 3 outputs the voltage of about 3 V. Dur

outputs the voltage of about 3 V.

[2] During

WUDQVPLVVLRQ, the voltage is about 1.13 V at pole E of Q8008, about 2.84 V at pole C and about

ing receiptg, Q8003 Pin 3

Troubleshooting Flow Chart

Ua (400‐440 MHz)

30

1.63 V at pole B. During receiving, the voltage is about 1.17 V at pole E of Q8004, about 2.83 V at pole C

and about 1.88 V at pole B.

[3] The CV value varies with frequencies. Generally, it is above 0.55 V and below 2.4 V.

[4] L8018/L8045 i

[5]

Normally, the voltage is about 2.71 V at pole C of Q8010, about 0.67 V at pole B and about 0.04 V at

s on.

pole E; the voltage is about 2.6 V at pole C of Q8007, about 0.84 V at pole B and about 0.12 V at pole E.

[6] PLL_Clk outputs 960 kHz clock.

[7] During receipt, D501 is off and D502 is on, the positive pole voltage is about 1.02 V; during

transmission, D501 is on a

[8] During norma

l operation, when there is no load connected to the post-stage of C8072 and C8124, the

nd D502 is off, the positive pole is at a voltage of about 1.02 V.

power output is about 4 dBm. When the post-stage of C8098 is disconnected, the power output of

Q8007 is about 1.25 dBm when transmitting and about 2.5 dBm when receiving.

Ua (400‐440 MHz)

Interface Definition

31

7. Interface Definition

The definition of each pin is described as below.

Interface Pin No. Signal Function

1 VBUS

2 RXD1

J5004

J800

3 TXD1

4 TD_IO

5 GND

1 SPK+

2 MIC+

3 GND

Tuning Description

Ua (400‐440 MHz)

32

Reference Oscillator

Observe the frequency displayed on HP8921, and adjust the vernier until

Transmit Power

> Transmit

±

±

8. Tuning Description

8.1 Tools

 Radio communication test sets: Aeroflex 3920 and HP8921

 3 A/ 10 V power supply

 Multimeter

 Tuner software

8.2 Tuning Procedure

8.2.1

After re-assembling the radio, you need to tune it with the Tuner software.

The specific operations are described in the table below.

TX Section

Warp

Tuning a radio

Items Method

1. Connect the antenna connector of the radio to HP8921, and set HP8921

to TX test mode.

2. Open the Tuner software and go to “TUNE_DATA -> TX -> R

Oscillator Warp” in the left navig

On” button.

3.

the frequency offset is less than or equal to 40 Hz.

4. Click the “Transmit Off” button.

ation tree. Then click the “Transmit

eference

Here takes the TX low power tuning for example.

1. Connect the antenna connector of the radio to HP8921, and set HP8921

to TX test mode.

2. Open the Tuner software and go to “TUNE_DATA -> TX -

Power Calibration” in the left navigation tree. Then select an

Calibration

appropriate channel.

3. Click the “Transmit On” button.

4. Adjust the power to the required level as follows:

L: 1.5

H: 2.6

0.3 W

0.3 W

Ua (400‐440 MHz)

Tuning Description

33

Observe the frequency deviation displayed on HP8921, and adjust the

Observe the frequency deviation displayed on HP8921, and adjust the

Enter

Items Method

1. Connect the antenna connector of the radio to HP8921, and set HP8921

to TX test mode.

2. Set the HP8921 parameters as follows:

IF Filter: 230 kHz

Filter1: <20 Hz HPF

Filter2: <15 kHz LPF

Transmit-to-Deviation

De-Emphasis: OFF

3. Open the Tuner software and go to “TUNE_DATA -> TX

Transmit-to-Deviation” in the left nav

“Transmit On” button.

4.

vernier on Tuner until the frequency deviation is 4.3k±50 Hz.

5. Click the “Transmit Off” button.

1. Connect the antenna connector of the radio to HP8921, and set HP8921

to TX test mode.

2. Set the HP8921 parameters as follows:

IF Filter: 230 kHz

Filter1: <20 Hz HPF

Filter2: <15 kHz LPF

igation tree. Then click the

->

De-Emphasis: OFF

AFGen1 Freq: OFF

Modulation Balance

AFGen Lv1: 15.5 mV

3. Open the Tuner software and go to “TUNE_DATA -> TX -> Modulation

Balance” in the left navi

channel and click the dialog box below HI_PORT.

4. Click the “Transmit On” button.

5.

value in the dialog box on Tuner until the frequency deviation is 5k±50

Hz.

6. Press the

key on the keyboard to confirm your settings if the value

gation tree. Then select an appropriate

Tuning Description

Ua (400‐440 MHz)

34

is input via the keyboard. If the value is adjusted via the vernier, skip this

Adjust the value in the dialog box until the frequency deviation displayed

he keyboard. If the value is adjusted via the vernier, skip this

Observe the value displayed on the HP8921 and adjust the vernier until

is input via the keyboard. If the value is adjusted via the vernier, skip this

Items Method

step.

7. Click the “Transmit Off” button.

8. Click the dialog box below LOW_PORT.

9. Set AFGen1 Freq to 1.4 kHz on HP8921.

10. Click the “Transmit On” button.

11.

on HP8921 is 5k±50 Hz.

12. Press the Enter key on the keyboard to confirm your settings if the value

is input via t

step.

13. Click the “Transmit Off” button.

14. Select another channel and repeat Step 3 to Step 13.

RX Section

1. Connect the antenna connector of the radio to HP8921.

2. Connect the Audio Out port of the radio to the Audio In port of HP8921,

and set HP8921 to RX test mode.

3. Set the HP8921 parameters as follows:

Output RF signal: -118 dBm/Frequency

Modulation frequency: 1 kHz

Front-end Filter

Modulation deviation: 3 kHz

De-Emphasis: 750 us

4.

the SINAD value is more than 18 dB.

5. Set the HP8921 parameters as follows:

Output RF signal: -35 Bm/Frequency

6. Observe the value displayed on the HP8921 and adjust the vernier until

the SINAD value is less than 10 dB.

7. Press the Enter key on the keyboard to confirm your settings if the value

Ua (400‐440 MHz)

Tuning Description

35

Items Method

step.

8.2.2 Testing a radio

After tuning the radio, it is required to test the digital RF signal.

Transmitting

Step 1 Open the Tuner software and go to “TEST -> TX -> Transmit BER (0.153)”.

Step 2 Select the channel to be tested and select “High Power” in “Parameter”.

Step 3 Set the Aeroflex 3920 parameters as follows:

 Freq: Be consistent with the frequency to be tested.

 STD IB 511(153)

Step 4 Click the “Transmit On” button.

Step 5 View all tested items on the Aeroflex 3920 and make sure they satisfy the following requirements.

 Fr

equenc

 Transmit Power: 2.5±0.2 W

 FSK Error≤5%

 Magnitude Error≤1%

y Error≤100 Hz

Receiving

Step 1 Open the Tuner software and go to “TEST -> RX -> Receiver BER (0.153)”.

Step 2 Select the frequency to be tested.

Step 3 Set the Aeroflex 3920 parameters as follows:

 Freq: Be consistent with the frequency to be tested.

 STD IB 511(.153)

 Lvl: -116.0 dBm

Step 4 Click the “Start” button.

The average error rate is less than or equal to 5%.

9. PCB View

Main Board_Top Layer

35

Main Board_Bottom Layer

36

Ua (400‐440 MHz)

Block Diagram

37

Audio Codec
TLV3204

OMAP132

E

M

I

F

S

E

M

I

F

F

CLK

FLASH

BB Processor

SCT3928

MCU

STM32F100VD

SPI

McBSP2

McBSP1

MPUIO/

GPIOs

SPI

IIS

USB

SPI3

GPIOs

Mic

preamp

Audio

preamp

MCLK

19.2MHz

FGU

module

RF

Control

RF Unit

MCSI1

HPI

CS3

GPIOs

MCLK

12.0MHz
XTAL

UART3

UART2

I2C1

GPIOs

JTAG

AUDIO

AMP

I2C

LCD

HPI

HPI

IIS

SPI2

Security

Key

UART1

Key Board

GPIOs

MCLK

I2C

I2C

IIS

TX

module

RX

module

Tx/Rx

Switch

ANT

AF_IN

MOD_REF

MOD_VCO

10. Block Diagram

10.1 General Radio Diagram

Block Diagram

Ua (400‐440 MHz)

38

Match

Tx/Rx

Switch

Harmonic

Filter

A
N
T

APC/TV1

SKY72310

CLK

CS

DATA

LD

Tuning
Filter2

IF Filter

LPF

BA4116

AFDET

LOIN

IFIN

Match

LPF

VCTCXO

19.2MHz

T/R

Buffer

2SC5108

Driver

2SC3356

Current

sensor

MOD_VCO

Bais_Dow
n _Circuit

BIAS_DOWN

TX_En

V_BAT

APC_circuit

3V_FGU

Active

Filter

3V0A_FGU_PLL

PLL_CLK
PLL_STB

PLL_DATA

PLL_LD

RX VCO

TX VCO

LNA

AT41511

IF AMP

2SC5108

LPF

3VFGU

LPF

Tuning

Filter1

Attenuator

Protect
RB706F

38.85MHZ

RFM03U3CT

HSMS-2827

Double Circuit

2SC5108

38.4MHz

MOD_REF

SQL

RSSI

BAT

PreDriver 2

Match

PreDriver 1

2SK3078

2SC3356

SW-CHARGE-FGU

PRE_FlOCK

FL_FLOCK

450KHZ-G

IF Filter

AFDET

SQL

RSSI

BFQ540

Match

Balun

Balun

VCO_L/H_En

3V_TX_RF

3V_TX_RF

3V_TX_RF

3V_RX_RF

DTA114YE

3V_RX_RF

3V_RX_RF

3V_RX_RF

2SC3356

3V_RX_RF

EM6M2

VCO_L/H_En

RX_TX_LO

3V0_FGU_PER

RX_LO_AMP

3V7_PA

RFM03U3CT

10.2 RF Circuit

Ua (400‐440 MHz)

Block Diagram

39

CODEC

TLV320AIC3204

STM32F101VET6

AMP

MAX9716EUA

MCLK

BCLK
WCLK

DIN

DOUT

MCLK

VDD3V3

12.288MHZ

SCL

SDA

Security Key

I2S

HPI

VOICE

CODER

Protoccol

Stack

4FSK

FM

Demod

Channel

Selection

SCT3928

S0CLK

S0FS

S0DO

S0DI

S1CLK

S1FS

S1DO

S1DI

CLKIN

SCL

SDA

FLASH_CLK

FLASH_CE

FLASH_DI

FLASH_DO

MCU

PLL_CLK
PLL_STB

PLL_DATA

PLL_LD

MOD_VCO

MOD_REF

AFDET

SQL

RSSI

BAT_DET

APC/TV

ADJ_CRY

Volume

adjust

BEEP

3V0A

BAT

T/R

SW-CVread

BIAS_DOWN

RSSI

PTT

12MHZ

OPT_SEL

R/G

RESET

3V3D

W/N

EEPROM

24FC512-I/SM

I2C

3V3D

3V0D

1V2

LOR

LOL

IN3R

IN1L

HPL

IN2L

AF_MUTE

AF_MUTE

USART port

VOX

VOX

EXT_interface

ext_mic
ext_spk

V_CHARGER

LCD

LCD_RSTB

LCD_CSB

LCD_SDA

LCD_SCLK

A0

10.3 Baseband Circuit

Block Diagram

Ua (400‐440 MHz)

40

3 VRT

U301

LDO

RP102N 301B

PWR- KEY_ DET

To PLL

SCT3928

PWR_ON

POWER_ON

U302

LDO

RP102N 301B

U307

LDO

RP102N 301B

DTC114YE

U310

DC-DC

TPS62561DDCR

3V0A

3V0D

A

3V0

U308

LDO

RP102N 301B

POWER_ON

POWER_ON

POWER_ON

POWER_ON

PWR_STC3V

U306

LDO

RP102N 301B

EM6M2

VDD_OP

To APC

To autio PA

To RF PA

To APC REF

VBAT

TP609

U608

CHARGER

MC 34673

CHG

VBUS

PPP

After inserted the charger, wake

up the walky- talky

Read charger status

Detect charger inserted

EM6M2

EM6M2

3V_TX_ RF

3V_ RX_RF

TEM-LEV- DET-TC

TX_EN

RX_EN

To SCT 3928 ,U203( Security Key),crystal, Codec

To LED

To SCT3928

To_ EEPROM

To MCU

To Codec LDOIN

RESET

To Mic amp

RESET

R 3112Q271A

POWER_ KEY-

POWER_ KEY-

To keypad( hardware connectted)

DC2DC_ CTRL

To VCO

To FAST LOCK

VCC_VC_ TCXO

3V0_ FGU_PER

VCC_CP

DTC114YE

CHG_ CURRENT

ISET

U309

XC6118N28

AMR-G

3V FGU

U304

LDO

RP102Z301D

1V2D

To LCD

VCO buffer and amp.

POWER_ON

TX_EN

LED_LCD_BL

10.4 Power Supply Circuit

Ua (400‐440 MHz)

Block Diagram

41

RX_VCO

PLL Sky72310

Buffer

Amp T/R_Switch

RF feedback LPF

TX_VCO

Mod_1

Loop Filter

VC_TXCO

Mod_2

PN: ≤-80 (dBc/Hz)@1KHz
PN: ≤-112 (dBc/Hz)@12.5KHz
PN: ≤-120 (dBc/Hz)@25KHz
PN: ≤-136 (dBc/Hz)@100KHz
PN: ≤-145 (dBc/Hz)@1MHz
Two Point modulation：

0.1～5KHz modulate
ripple≤±0.5dB

Fc=19.2MHz

To TX

To Mixer

2SC5108

Gain≤5dB
isolation≥20dB
Current≤4mA

2SC3356

Gain≥10dB
isolation≥15dB
Current≤10mA

3dB BW≤3.5K
Phase Margin:30-55°

A=0.1Vpp~2.0Vpp

S21=-3dB
Fpass=500MHz
Fstop=800MHz
Astop=40dB

Kv≤30MHz/V

CV=0.8~2.3V
F=361.15~401.15MHz

PN≤-116dBc/Hz@12.5KHz

Kv≤30MHz/V

CV=0.8~2.3V
F=400~440MHz

PN≤-116dBc/Hz@12.5KHz

3.0v for core&Vp
Compare frequence:4.8MHz
Prescaler Level：50~250mVpp

Pi Attenuator

isolation=1dB

FGU Close Loop:

Residual noise deviation：
300～3KHz:≤50Hz
50Hz～15KHz:≤100Hz
Reverse Isolation：＞40dB（Buffer to Amp）
RF_OUT: ≥0 dBm （to RX)

≥-1 dBm （to TX)

10.5 FGU Circuit

Block Diagram

Ua (400‐440 MHz)

42

Low-pass Filter

BA4116

BPF1

Low-Noise Amp

AT-41511

BPF2

Mixer

HSMS-2827

IF Filter

38.85MHz

IF Processor

IF Amp

2SC5108

ANT

LPF

Tuned Voltage

Lo OSC

Lo Amp

2SC3356

Pi Attenuator

Double Circuit

2SC5108

VC TCXO

19.2MHz

T/R SW

10.6 Receiver Circuit

Ua (400‐440 MHz)

Block Diagram

43

ANT

Gate voltage control

Subtracter

Gain : 12 dB

Po(-

1dB):15

static Ic :

40 mA

Gain :12dB

Po ( - 1dB): 27 dB

mstatic Id:

100 mA

Gain : 10 dB

Po (-1dB): 35 dB

mstatic Id

:

250 mA

S 11:≤

- 15 dB

S

21:

≥

­0

.

2 dB

S 21 / dB : ≥- 0. 3

S 11 / dB

： ≤

- 15

S 22 / dB

： ≤

- 15

TX - RX

Isolation / dB

：

≤

- 20

ANT-RX

Isolation /dB

：

≤

- 20

S 11 / dB

： ≤

- 15

S 22 / dB

： ≤

- 15

S 21 / dB : ≥- 0. 8

BW

( -

3 dB):520 MHZ

Stop band

attenuation : - 50 dBc

TX

VCO

level : >

0

dBm

BATT

I/ V convertor

APC module :

1 ) attack time and

decay time is less than

1. 5 mS

2

)

close gain rate Ga is large than
20 value

Gain : 15 dB

Po(- 1dB):5 dB

mstatic Ic :

12 mA

S a m p l in g r es i st o r

Pre - Driver 2

Drive - stage Final - stage

Low - pass

Filter

Pre - Driver 1

PA match

Tx / Rx

Switch

2SC3356

BFQ 540

2SK3078

RFM03U3CT

T 3 V

APC From TV

To RX

TxVCO 3 V

2SC3356

2SC5108

T / R

T / R

T / R

+

= - 10 dB

Gain : 15 dB

Po ( -

1dB):5 dB

mstatic Ic :

12

mA

Gain : 11 dB

Po (-

1dB ): 3dB

m

static Ic

:

5 mA

buffer Pre - Driver

Buffer amplifier Interstage isolation Pre-Driver Driver/Final Stage TX/RX switch Low-pass filter

π-type

attenuator

Π

dB

m

π-type

attenuator

10.7 Transmitter Circuit

5

A

MCU Control Circuit

44

4

3

2

1

V_BAT

R102

R102

4.7k

4.7k

U101

U101

24FC512(Soic-8)

24FC512(Soic-8)

VCC
WP
SCL

GND

SDA

C130

C130

0.22u

0.22u

R7027

R7027

20k

20k

BEEP

A0
A1
A2

C131

C131

0.1u

0.1u

1
2
3
4

R7026

R7026

10k

10k

TP106 BOOTTP106 BOOT

C7051

C7051

470pF

470pF

3V0D

3V0D

R138

R138

47k

47k

1

BLM15PD121SN1

BLM15PD121SN1

(2)

Q101

Q101
2SJ243

2SJ243

L100

L100

3V0D

PWR_ON(3)

POWER_DET(3)

LED-LCD-BL(3)

PLL_Data(9)

RX_TX_LO(10)

LCD_CSB(3)
LCD_SCLK(3)
LCD_RSTB(3)
LCD_SDA(3)

2

C156 0.1uC156 0.1u

HCSN(2)

PLLSEL

APC/TV1(6,7)

HWRN(2)

HRDN(2)

PTT_EXT(1,4)

TXD1(3)
RXD1(3)

RSTN(2)

HOBIB(2)

A0(3)

PLL_Clk(9)

TD_IO(3)

PIO1(2)

PLL_CS(9)

12MHz

12MHz

31

C124

C124

0.1u

0.1u

BLM15PD121SN1

BLM15PD121SN1

X100

X100

L102

L102

BEEP

I2C_SCL1
I2C_SDA1

RESET

C125

C125

0.1u

0.1u

C119 10PC119 10P

C120 10pC120 10p

L101

L101
BLM15PD121SN1

BLM15PD121SN1

R108 100R108 100
R109 100R109 100

R112 100R112 100

1

8
2
3
4 5

R104 100R104 100
R105 100R105 100
R110 100R110 100
R111 NCR111 NC
R113 NCR113 NC
R115 100R115 100
R120 100R120 100

R186 100R186 100
R123 100R123 100
R126 47kR126 47k
R127 100R127 100

R171 100R171 100
R172 100R172 100
R173 100R173 100
R154 100R154 100
R142 100R142 100
R143 100R143 100
R144 100R144 100
R145 100R145 100
R167 100R167 100
R168 100R168 100
R169 100R169 100
R170 100R170 100

R1321MR132
1M

R134 4.7kR134 4.7k
R137 47kR137 47k

C121 0.1uC121 0.1u

D100 RB520S-30D100 RB520S-30

C127

C127

C220

C220

0.1u

0.1u

470p

470p

C134

C134

C135

C135

2.2u

2.2u

0.01u

0.01u

7

6

R13310R133

10

C222

C222

470p

470p

C136

C136

470p

470p

RN103 100*4RN103 100*4

C126

C126

0.1u

0.1u

23

PA0

24

PA1

25

PA2/USART2_TX

26

PA3/USART2_RX

29

PA4/SPI1_CS

30

PA5/SPI1_SCK

31

PA6/SPI1_MISO

32

PA7/SPI1_MOSI

67

PA8

68

PA9/USART1_TX

69

PA10/USART1_RX

70

PA11/USBDM

71

PA12/USBDP

72

PA13

76

PA14

35

PB0

36

PB1

37

PB2/BOOT1

89

PB3/SPI3_SCK

90

PB4/SPI3_MISO

91

PB5/SPI3_MOSI

92

PB6/I2C1_SCL

93

PB7/I2C1_SDA

77

PA15/SPI3_NSS

95

PB8

96

PB9

47

PB10/I2C2_SCL

48

PB11I2C2_SDA

51

PB12/SPI2_CS

52

PB13/SPI2_SCK

53

PB14/SPI2_MISO

54

PB15/SPI2_MOSI

12

OSC_IN

13

OSC_OUT

94

BOOT0

14

NRST

21

VREF+

6

VBAT

11

VDD_5

28

VDD_4

100

VDD_3

75

VDD_2

50

VDD_1

22

VDDA

73

NC

U100

U100

STM32F100VD

STM32F100VD

PC0
PC1
PC2
PC3
PC4
PC5
PC6
PC7

PC8

PC9
PC10
PC11
PC12
PC13
PC14
PC15

PD0

PD1

PD2

PD3

PD4

PD5

PD6

PD7

PD8

PD9
PD10
PD11
PD12
PD13
PD14
PD15

PE0

PE1

PE2

PE3

PE4

PE5

PE6

PE7

PE8

PE9

PE10
PE11
PE12
PE13
PE14
PE15

VSS_5
VSS_4
VSS_3
VSS_2
VSS_1

VSSA

VREF-

4 5

15

3

16

2

17

RN102 100*4RN102 100*4

1

18
33

R159 100R159 100

34

R147 100R147 100

4 5

63

3

64

2

RN113 100*4RN113 100*4

1

65
66
78
79

R153 100R153 100

80

R114 100R114 100

7

R116 100R116 100

8
9

81

R174 100R174 100

82

R175 100R175 100

83

R176 100R176 100

84

R177 100R177 100

85

R178 100R178 100

86

R179 100R179 100

87

R180 100R180 100

88

R181 100R181 100

55

R157 100R157 100

56

R158 100R158 100

57

R165 100R165 100

58

R166 100R166 100

59

R182 100R182 100

60

R183 100R183 100

61

R184 100R184 100

62

R185 100R185 100

97

R187 100R187 100

98

4 5

1

3

2

2

3

RN112 100*4RN112 100*4

1

4
5

R156 100R156 100

38

R155 100R155 100

4 5

39

3

40

2

41

RN117

RN117

1

42

4 5

43

3

44

2

45

RN116

RN116

1

46

10
27
99
74
49
19
20

6
7
8

6
7
8

R820 4.7kR820 4.7k

C115

C115

6
7
8

6
7

100*4

100*4

8

6
7

100*4

100*4

8

470p

470p

KCOL1
KCOL2
KCOL3
KROW1
KROW2
KROW3
KROW4

R_LED
G_LED

KB_BL_EN

POW-KEY-DET (3)

SQL (5)

RSSI (5)
TEM-LEV-DET-TC (8)
VOX (4)

RF_TIM (2)

FL_Fastlock_Ctrl

PLL_LD (9)

Pre_Fastlock_Ctrl

SPK_EN

VCO_H_En (10)

VCO_L_En (10)

1

TP107 TESTMODETP107 TESTMODE

HPIDATA0
HPIDATA1
HPIDATA2
HPIDATA3
HPIDATA4
HPIDATA5
HPIDATA6
HPIDATA7

PLLBYPASS (2)

PWR_STC3V (3)

NIMI

CODE_RESET (2)
N_CON (5)
OPT_SEL1 (4)

RX_EN (6)

TX_EN

ppp

CHG (1)

PTT
SK1

INT0

R101

R101
150K

150K

KCOL1
KCOL2
KCOL3
KROW1
KROW2
KROW3
KROW4

KB_BL_EN

R146 10KR146 10K

3V0D

3V0D

R163 10KR163 10K

R152 10KR152 10K

R162 10KR162 10K

R164 1kR164 1k

C160 470pC160 470p

C152 470pC152 470p

C151 470pC151 470p

C147 470pC147 470p

C142 470pC142 470p

C148 470pC148 470p

C141 470pC141 470p

C154 470pC154 470p

C140 470pC140 470p

C153 470pC153 470p

C139 470pC139 470p

1
2
3

4
14
15
16

8

9
10
11
12
13

5

6

7

J202

J202

CON16

CON16

C101

C101

R103

R103
330K-F

330K-F

1000p

1000p

(9)

(9)

(4)

(2)
(2)

(2)
(2)
(2)
(2)
(2)
(2)

(2)

(7,8)

(3)

(2)

POWER_KEY-(3)

V_BAT

3V0A

D102

D102

D101

D101

G_LED

G_LED

R_LED

R_LED

C123

C122

C122

0.1u

0.1u

R135

R135
220

220

R136

R136

120

120

C123

0.1u

0.1u

11. Schematic Diagram

R100

R100

10k

10k

3V0D

R129

R129

4.7k

4.7k

VDD

OUT

GND2CD

U103

U103

R3112Q271A

R3112Q271A

RF_ID

C102

C102

4700p

4700p

1

8
7
6
5

3V0D

D D

BEEP1(2)

I2C_SCL1

I2C_SDA1

TP100TP100

R148 1KR148 1K

R130 47R130 47
R131 47R131 47

C C

RESET

B B

C117 0.1uC117 0.1u

C100

C100

4700p

4700p

R128

R128

4.7k

4.7k

R139 10KR139 10K

4
3

C133

C133

0.1u

0.1u

HD101HD101

HD100HD100

HD102HD102

HD103HD103

HD104HD104

HD106HD106

HD107HD107

5

Q103

Q103
UPA572T

UPA572T

SW103

SW103
PTT

3V0D

R117

R117
47K

PTT
SK1

C113

C113

470p

470p

47K

HD108HD108HD105HD105

HD109HD109

D104

D104

C114

C114

470p

470p

PESD5V0S1UB

PESD5V0S1UB

R118

R118
47K

47K

D105

D105

PESD5V0S1UB

PESD5V0S1UB

PTT

S2

S2

2

4

PT-036-D1S

PT-036-D1S

12
34

TP101PTT TP101PTT

TP104SK1 TP104SK1

1

3

G_LED
R_LED

Model Name:

Model Name:

Model Name:

Part Name:

Part Name:

Part Name:

File No.:

File No.:

File No.:

Prepare:

Prepare:

Prepare:

R140 4.7KR140 4.7K
R141 4.7KR141 4.7K

DMR LOWCOST PD350/PD360

DMR LOWCOST PD350/PD360

DMR LOWCOST PD350/PD360

R160

R160

100K

100K

Hytera Communications Co.Ltd.

Hytera Communications Co.Ltd.

Hytera Communications Co.Ltd.

MCU

MCU

MCU

R161

R161

100K

100K

Check:

Check:

Check:

123 4

C137

C137

470p

470p

C138

C138

470p

470p

Page:

Page:

Page:

Date:

Date:

Date:

of

of

of

110

110

110

Friday, March 28, 2014

Friday, March 28, 2014

Friday, March 28, 2014

Rev:

Rev:

Rev:

Approve:

Approve:

Approve:

V1.0

V1.0

V1.0

A

A

HPIDATA0(1)

Baseband processor circuit

45

HPIDATA1(1)
HPIDATA2(1)
HPIDATA3(1)
HPIDATA4(1)
HPIDATA5(1)
HPIDATA6(1)

D

C

B

Switch mode when start up

HPIDATA7(1) CODE_RESET(1)

HCSN(1)

(1)
(1)

TP200 HS_DITP200 HS_DI
TP201 HS_DOTP201 HS_DO

HWRN
HRDN

RSTN(1)

HOBIB(1)

INT0(1)
NIMI(1)

SCL
SDA

PIO1(1)

HS_CS

RF_TIM(1)

3V0

C228

C228

0.1u

0.1u

5 4 3 2 1

SCT3928

C234

C234

0.1u

0.1u

SCT3928

VDDIO33_1
VDDIO33_2
VDDIO33_3
VDDIO33_4
VDDIO33_5
VDDIO33_6
VDDIO33_7
VDDIO33_8

VDDIO33_9
VDDIO33_10
VDDIO33_11
VDDIO33_12
VDDIO33_13
VDDIO33_14

PLLBYPASS

C235

C235

470p

470p

VDD2_1
VDD2_2
VDD2_3
VDD2_4
VDD2_5
VDD2_6
VDD2_7
VDD2_8
VDD2_9

PLLSEL2
PLLVDD2
PLLVDD1

VSS31
VSS32
VSS33

VSS9
VSS10
VSS11
VSS12
VSS13
VSS20
VSS21
VSS22
VSS23
VSS24
VSS25
VSS26
VSS28
VSS27
VSS29
VSS30

VSS6

VSS8

VSS7

VSS5

VSS4

VSS3

VSS2

VSS1

C236

C236

0.1u

0.1u

SICLK

SIFS
SIDI
SIDO

1

HS_DI

1

HS_DO

HS_XCLK

MCLK1

SCK
HS_DI
HS_CS
HS_DO

R218 10R218 10
R217 10R217 10

R220 10R220 10

C229

C229

470p

470p

C200NCC200

NC

C230

C230

0.1u

0.1u

A7
A8
B8
D8
B9

A9
B10
A10

A5

B4

B5

C7

B6

A2

B7

A6

B3
F10

D2

E2

C1

C2

E3

D1

E1

H2

G2
G3

C10

C5

D11
C11

K3

H4

G4

H1

G1

B2

B1

A4

A3

C231

C231

470p

470p

F2
F1

L4

J2
J1

HPIDATA0
HPIDATA1
HPIDATA2
HPIDATA3
HPIDATA4
HPIDATA5
HPIDATA6
HPIDATA7

HCSN
HWRN
HRDN
RSTN
HOBIB
INT0
NMI
HSTS
TRSTN
HOLDA
S1XCLK
S1RCLK
S1XFS
S1RFS
S1DI
S1DO

S0DO
S0DI
S0RFS
S0XFS
S0RCLK
S0XCLK

TE
TSE

CLKOUT
CLKIN

FLASH_SCK
FLASH_SI
FLASH_CE#
FLASH_SO

I2C_CLK
I2C_DATA

PIO2
RF_TIMING

NC6
NC5
NC3
NC2

C233

C233

C232

C232

470p

470p

0.1u

0.1u

U200

U200

C237

C237

470p

470p

D4
D5
L8
D7
E4
F5
F8
G8
K8
J5
J7
J10
K4
K7

F4
G10
G11
L10
K2
L2
L6
L7
L9

E11
B11
E9
D10

K11
L3
L5
F11
G5
G6
G7
G9
H5
H6
H7
H10
H11
J11
K1
K5
K6
K9
K10
E10
F7
F6
E8
E7
E6
E5
D6

C238

C238

0.1u

0.1u

3V0

PLL VDD

1 2

1V2VDD

C227

C227

0.1u

0.1u

C239

C239

470p

470p

L203ncL203

PLLBYPASS(1)
PLLSEL (1)

C240

C240

0.1u

0.1u

3V0D

nc

L201

L201

1 2

BLM15PD121SN1

BLM15PD121SN1

L205

L205

3V0

BLM15PD121SN1

BLM15PD121SN1

MCLK2
SICLK
SIFS
SIDO
SIDI

1V2D

12

C211

C211

33p

33p

R222 22R222 22

C247

C247

0.1u

0.1u

R207 0R207 0

C268NCC268
NC

3V0

C212

C212

33p

33p

3V0

C244 0.1uC244 0.1u

3V0

R201 33R201 33
R203 33R203 33
R205 33R205 33
R206 33R206 33

C214

C214

C213

C213

33p

33p

33p

33p

L207

L207

1 2

BLM15PD121SN1

BLM15PD121SN1

L202 6.8uHL202 6.8uH

C242 22pC242 22p

C246

C246

R219 22kR219 22k

470p

470p

X200

X200

12.288MHz

12.288MHz

3 4

C204NCC204

NC

2

12

R200

R200
47K

47K

1V8A

R223 47KR223 47K

1 2

L210 NCL210 NC

33

1
2
3
4
5
6
7
8

U201

U201

TLV320AIC3204

TLV320AIC3204

C215

C215

0.1u

0.1u

31

Q200

Q200

2SC5108

2SC5108

R22118R221
18

C223

C223

R210NCR210

NC

470p

470p

R2120R212
0

R225NCR225

NC

32

30

31

GND

GPIO

MCLK
BCLK
WCLK
DIN
DOUT
IOVDD
IOVSS
SCLK

BLM15PD121SN1

BLM15PD121SN1

RESET

SCL/SSZ9SDA/MOSI10MISO11SPI_SEL12IN1L13IN1R14IN2L15IN2R

L200

L200

1 2

C224

C224

0.1u

0.1u

C205

C205

10u

10u

27

28

29

DVSS

DVDD

LDO_SEL

C243 0.1uC243 0.1u

3V0

1 2

BLM15PD121SN1

BLM15PD121SN1

C201

C201

0.1u

0.1u

26

25

HPL

HPR

LDOIN

AVDD

LOR

LOL

IN3R

IN3L

MICBIAS

REF

AVSSI

16

L208

L208

C218 1uFC218 1uF

C219 1uFC219 1uF

R216 33R216 33
R215 33R215 33

BEEP2

HS_XCLK

3V0A

C203 1uFC203 1uF

C206 1uFC206 1uF

1 2

L211 NCL211 NC

24

C208 10uC208 10u

23
22
21

C209 1uFC209 1uF

20

C269 1uFC269 1uF

19
18
17

1
2
3

R208 NCR208 NC

C202

C202

10u

10u

R224 4.7kR224 4.7k

R229 4.7kR229 4.7k

C216

C216

C217

C217

10u

10u

0.1u

0.1u

BEEP2

SDA
SCL

U204

U204

NC

VCC
A
GND

74AUP1GU04

74AUP1GU04

C271 NCC271 NC

R2110R211

0

C221 0.1uC221 0.1u

U202

U202
74AUP1GU04

74AUP1GU04

1

NC

2

A

3

GND

C264

C264

4700p

4700p

1V8A

R202 1KR202 1K
R204 0R204 0

MICN1 (4)
MICP1 (4)

MICN2 (4)

MICP2 (4)

AF_IN (7)

3V0

5

4

C245 0.1uC245 0.1u

Y

C263 0.1uC263 0.1u

R209 10kR209 10k

3V0

5

VCC

4

Y

C270

C270

4700p

4700p

C262 0.1uC262 0.1u

AF-OUT-

C225

C225

0.1u

0.1u

AF-OUT-

C207

C207

0.027uF

0.027uF

C210NCC210

NC

SCK

AF-OUT+ (4)

AF-OUT- (4)

1

MOD_REF (11)
MOD_VCO (12)

1

M_VCO

M_VCO

MCLK1

MCLK2

BEEP1 (1)

TP202M_REF TP202M_REF

TP203

TP203

A

1V2D

BLM15PD121SN1

BLM15PD121SN1

1V2VDD

1 2

L204

L204

C248

C248

0.1u

0.1u

C249

C249

470p

470p

C250

C250

0.1u

0.1u

C251

C251

470p

470p

C252

C252

0.1u

0.1u

C253

C253

470p

470p

C254

C254

0.1u

0.1u

C255

C255

470p

470p

C256

C256

0.1u

0.1u

C257

C257

470p

470p

C258

C258

0.1u

0.1u

C259

C259

470p

470p

C260

C260

0.1u

0.1u

C261

C261

470p

470p

SCL
SDA

R213

R213

4.7K

4.7K

R214

R214

4.7K

4.7K

1
3
4

RSTO
SCL
SDA

U203

U203

Security Key

Security Key

VDD
VPP

G

Hytera Communications Co.Ltd.

Hytera Communications Co.Ltd.

Hytera Communications Co.Ltd.

6

C226

C226

5
2

0.1u

0.1u

Model Name:

Part Name:

Part Name:

Part Name:

File No.:

File No.:

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DMR LOWCOST PD350/PD360Model Name:

DMR LOWCOST PD350/PD360Model Name:

DMR LOWCOST PD350/PD360

SICOMM+CODEC

SICOMM+CODEC

SICOMM+CODEC

Check:

Check:

Check:

Page:

Page:

Page:

Friday, March 28, 2014

Friday, March 28, 2014

Friday, March 28, 2014

Date:

Date:

Date:

Approve:

Approve:

Approve:

of

of

of

210

210

210

Rev:

Rev:

Rev:

V1.0

V1.0

V1.0

5

A

Power supply and interface circuit

46

4

3

2

1

V_BAT

C349

C349

R638

R638

8.2K

8.2K

R662 1kR662 1k

R6581KR658

4.7u

4.7u

8
7
6
5

3V0D

C267

C267

0.1u

0.1u

R2261KR226

1K

BAT
ISET
FAST
GND

L103

L103

BLM15PD121SN1

BLM15PD121SN1

C143

C143

100p

100p

1
2

C266

C266

470P

470P

U608

U608
MC34673

MC34673

VIN
PPR
CHG

EN

EPAD

9

RXD1

1K

D805

D805

D806

D806

CP64002T

CP64002T

C149

C149

0.1u

0.1u

C144

C144

100p

100p

U307

U307

RP102N301B

RP102N301B

VDD
GND
CE3NC

R620NCR620

NC

1
2
3
4

R622NCR622
NC

(1,3)

CP64002T

CP64002T

C150

C150

1uF

1uF

C145

C145

C157

C157

100p

100p

100p

100p

VOUT

R623NCR623
NC

12

D807

D807

PESD5V0S1UB

PESD5V0S1UB

5

4

R621NCR621
NC

1

TP1002

TP1002

C146

C146

100p

100p

C325

C325

0.1u

0.1u

ppp (1)
CHG (1)

TD_Syn

TD_Syn

1

D­TP608D-TP608

C348

C348

1

D+
TP607D+TP607

A

L206 56L206 56

4.7u

4.7u

TP609TP609

1

C641

C641

4.7uF

4.7uF

L3060L306
0

ZX62D-B-5PA8

ZX62D-B-5PA8

1
2
3
4
5 6

J5004

J5004

10

9
8
7
6
5
4
3
2
1

C265

C265

1000P

1000P

VBUS

C631

C631

1000p

1000p

LCD

LCD

10
9
8
7
6
5

12
4

11
3
2
1

J201

J201

11
10
9
8
7

12
11

A

TP304TP304

U309

U309

VIN

VSS

+

+

1

12

R3051kR305

V_BAT

C327

C327

C337

C337

0.1u

0.1u

22uF

22uF

1k

1

R306 1kR306 1k

R307 330R307 330

VBUSV_BAT

3

2

C329

C329

0.1u

0.1u

5

4

C326

C326

0.1uF

0.1uF

U300ncU300

4

VDD

2

GND1

3

CE

U310

U310

TPS62561DDCR

TPS62561DDCR

1

VIN

2

GND
EN3FB

C340

C340

0.1u

0.1u

POW-KEY-DET (1)

TP306TP306

POWER_KEY- (1)

PWR_ON (1)

3V0

L212

L212

BLM15PD121SN1

BLM15PD121SN1

C328

C328

C341

C341

0.1uF

0.1uF

2.2uF

2.2uF

nc

1

VOUT

5

GND2

5

SW

4

L648

L648

NLV25T-6R8J

NLV25T-6R8J

R301

R301

180K

180K

R303

R303
180K

180K

C311

C311

22uF

22uF

V_BAT

C342

C342

V_BAT

C330

C330

4.7uF

4.7uF

BLM18SG121TN1D

BLM18SG121TN1D

C343

C343

100p

100p

4.7uF

4.7uF

C301

C301

0.22u

0.22u

C314

C314

0.22u

0.22u

1V2D

1

C322

C322

C324

C324

270p

270p

0.1u

0.1u

L305

L305

BLM18SG121TN1D

BLM18SG121TN1D

C331

C331

100p

100p

POWER_ON

L307

L307

C344

C344

1uF

1uF

POWER_ON

L301

L301

BLM18SG121TN1D

BLM18SG121TN1D

C302

C302

470p

470p

L302

L302

BLM18SG121TN1D

BLM18SG121TN1D

C315

C315

470p

470p

TP305TP305

C332

C332

1uF

1uF

C345

C345

0.1u

0.1u

C303

C303

4.7uF

4.7uF

C316

C316

4.7uF

4.7uF

C333

C333

0.1u

0.1u

R646

R646

10K

10K

RP102N301B

RP102N301B

1
2

C304

C304

0.1u

0.1u

C317

C317

0.1u

0.1u

RP102Z301D

RP102Z301D

1

VDD

CE2GND

U306

U306

VDD

VOUT
GND
CE3NC

1
2

1
2

R645NCR645
NC

POWER_ON

U304

U304

VOUT

5

4

U301

U301

RP102N301B

RP102N301B

VDD
GND
CE3NC

POWER_ON

U302

U302

RP102N301B

RP102N301B

VDD
GND
CE3NC

VOUT

VOUT

4

3

C350

C350

0.1u

0.1u

3VFGU

1

100p

100p

TP302TP302

LCD_SDA(1)

LCD_SCLK(1)

A0

(1)

LCD_RSTB(1)

LCD_CSB(1)

C334

C334

4.7u

4.7u

C335

C335

0.1u

0.1u

C336

C336

3VRT

1

C347

C347

100p

100p

TP303TP303

LED-LCD-BL(1)

C339

C339

2.2u

2.2u

C346

C346

0.1u

0.1u

3V0A

C306

C306

0.1u

0.1u

C307

C307

270p

270p

1

TP300TP300

5

4

C313

C313

0.1u

0.1u

C305

C305

2.2u

2.2u

V_BAT

3V0D

C319

C319

0.1u

0.1u

C320

C320

270p

270p

1

TP301TP301

5

4

C321

C321

0.1u

0.1u

C318

C318

2.2u

2.2u

C619

C619

C621

C621

4.7uF

4.7uF

1000p

1000p

R639

R639

12K

12K

Q616

Q616

DTC114YE

DTC114YE

L645 BLM15PD121SN1L645 BLM15PD121SN1

RXD1(1,3)

L646 BLM15PD121SN1L646 BLM15PD121SN1

TXD1(1)

TD_IO(1)

J300

J300

batf003g5k26

batf003g5k26

1
2
3
4

D D

3V0D

1

TP108POWERON TP108POWERON

POWER_ON

R121NCR121

C312

C312

NC

47P

D103

D103

RB520S-30

RB520S-30

C273

C273

0.1uF

0.1uF

L303NCL303

NC

L300

L300

BLM18PG1

BLM18PG1

47P

VBUS

PWR_STC3V(1)

R642

R642
10K

10K

C632

C632

1000p

1000p

R227 47kR227 47k

C309

C309

4.7uF

4.7uF

C C

(1)

POWER_DET

B B

R122

R122

150K

150K

V_BAT

0.22u

0.22u

R119 10KR119 10K

V_BAT

3V0D

C300

C300

C352

C352

1uF

1uF

C308

C308

470p

470p

R635NCR635
NC

R634

R634

R308

R308

100k

100k

150K

150K

C310

C310

0.1u

0.1u

R304

R304

47k

47k

3

R625

R625

DAN222

DAN222

D300

D300

22K

22K

C338NCC338

NC

C323

C323

0.1uF

0.1uF

D301

D301

SD15C

SD15C

1 2

Q300

Q300

DTC114YE

DTC114YE

1

2

XC6118N28AMR-G

XC6118N28AMR-G

4

VSEN

1

VOUT

5

Cd/NC

U308

U308

RP102N301B

RP102N301B

1

VDD

VOUT

2

GND
CE3NC

A

POWER_ON

Model Name:

Model Name:

Model Name:

Part Name:

Part Name:

Part Name:

File No.:

File No.:

File No.:

Prepare:

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Prepare:

Hytera Communications Co.Ltd.

Hytera Communications Co.Ltd.

Hytera Communications Co.Ltd.

DMR LOWCOST PD350/PD360

DMR LOWCOST PD350/PD360

DMR LOWCOST PD350/PD360

POWER

POWER

POWER

Check:

Check:

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Page:

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Date:

Date:

Date:

Approve:

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of

of

of

310

310

310

Wednesday, April 02, 2014

Wednesday, April 02, 2014

Wednesday, April 02, 2014

Rev:

Rev:

Rev:

V1.0

V1.0

V1.0

5

Audio processor circuit

47

4

3

2

1

C805 220pC805 220p

R802 NCR802 NC

C806 220pC806 220p

R803 200kR803 200k
U803

U803
BD5632NUX

D D

AF-OUT-(2)
AF-OUT+(2)

C810 0.1uFC810 0.1uF
C820 NCC820 NC

R809 5.6KR809 5.6K
R808 NCR808 NC
R810

R810

R815 4.7kR815 4.7k

22K

22K

R8110RR811

0R

SPK_EN(1)

C804

C804

C803

1000p

1000p

C803

1uF

1uF

C C

BD5632NUX

4

IN-

3

IN+

1

SHDN

2

NC

6

VDD7GND

MAX9716EUA

MAX9716EUA

4

IN-

3

IN+

1

SHDN

2

BYP

6

VDD

V_BAT

C802

C802

4.7uF

4.7uF

U802

U802

C808

C808

0.1u

0.1u

9

HOT

GND

VO+

VO-

VO+

VO-

5
8

OPT_SEL1(1)

R8161MR816

1M

R80710R807
10

R806

R806

4.7

4.7

C801

C801

0.1u

0.1u

SP+ (4)

SP- (4)

C817

C817

0.1u

C819

C819

33p

33p

0.1u

5
8

7

C813

C813

33p

33p

R801

R801

4.7

4.7

C809

C809

0.1u

0.1u

T808

T808
OPT_SEL1

OPT_SEL1

1

C812

C812

0.01u

0.01u

EXMIC

3V0A

C807

C807

0.1u

0.1u

Q802

Q802

DTC114YE

DTC114YE

R818

R818

R804 1KR804 1K

R814

R814

22k

22k

4.7K

4.7K

Q801

Q801

2SA1832

2SA1832

2 3

R812

R812

22k

22k

1

C811

C811

1000p

1000p

C433

C433

470p

470p

1

R805 4.7kR805 4.7k

R817

R817

2.2k

2.2k

T804

T804

EXT_MIC

EXT_MIC

1

T805EXT_PTT T805EXT_PTT

PTT_EXT (1)

R819

R819
100k

100k

T807

T807

T806

T806

SPK+

SPK+

SPK-

SPK-

1

SP-(4)

1

SP+(4)

27P

27P

D800

D800

12

12

D801

D801

27P

27P

2
1

J800

J800

5

LGK150-03XX

LGK150-03XX

4
3
2
1
6

CN1

CN1
BM02B-SURS-TF

BM02B-SURS-TF

4
3

12

D802

D802

PESD5V0S1UB

PESD5V0S1UB

L401

3V0A

L400

L400

BLM15PD121SN1

BLM15PD121SN1

C417

C417

22p

22p

L404

L404

BLM15PD121SN1

BLM15PD121SN1

R415

R415
10k

10k

R420

R420
10K

10K

C426

C426

1uF

1uF

C432

C432

1000p

1000p

4

MICN2(2)

B B

MICP2(2)

A A

5

C416

C416

470p

470p

C431

C431

470p

470p

R411 100R411 100

R423 100R423 100

L401

BLM15PD121SN1

BLM15PD121SN1

U401

U401

NJM2904V

NJM2904V

1

A OUT

A OUT

V+

V+

A

A

+

+

-

-

2
3

4 5

B OUT

B OUT

A-

A-

B

B

+

+

-

-

A+

A+

V-

V-

C430 1uFC430 1uF

B-

B-

B+

B+

R424 10KR424 10K

C413 0.1uC413 0.1u

8

C415 1000PC415 1000P

7
6

R417

R417

47k

47k

R421

R421

C424

C424

47k

47k

0.1u

0.1u

L405

L405

BLM15PD121SN1

BLM15PD121SN1

C420

C420

22p

22p

EXMIC

C418 1uFC418 1uF

R4181MR418
1M

3

3

D404

D404
RB706F-40

RB706F-40

1

2

R412 10kR412 10k

C419

C419

1uF

1uF

R416

R416
220k

220k

MICP1(2)

MICN1(2)

VOX (1)

Model Name:

Model Name:

Model Name:

Part Name:

Part Name:

Part Name:

File No.:

File No.:

File No.:

Prepare:

Prepare:

Prepare:

L402

L402

BLM15PD121SN1

BLM15PD121SN1

L403

L403

BLM15PD121SN1

BLM15PD121SN1

DMR LOWCOST PD350/PD360

DMR LOWCOST PD350/PD360

DMR LOWCOST PD350/PD360

2

C421

C421

100p

100p

C427

C427

100p

100p

Hytera Communications Co.Ltd.

Hytera Communications Co.Ltd.

Hytera Communications Co.Ltd.

AUDIO

AUDIO

AUDIO

3V0A

C428

C428

4.7uF

4.7uF

R425

R425

2.2K

2.2K

Check:

Check:

Check:

R413

R413

2.2K

2.2K

R419

R419

2.2K

2.2K

C423

C423

100p

100p

R422

R422

2.2K

2.2K

D405

D405

EDZ6.8B

EDZ6.8B

1 2

Page:

Page:

Page:

Date:

Date:

Date:

1

1
2

1

D406

D406

EDZ6.8B

EDZ6.8B

TP404MIC+ TP404MIC+

B400

B400

+

MIC

MIC

-

TP405MIC- TP405MIC-

1 2

of

of

of

410

410

410

Wednesday, April 23, 2014

Wednesday, April 23, 2014

Wednesday, April 23, 2014

Rev:

Rev:

Rev:

Approve:

Approve:

Approve:

1

V1.0

V1.0

V1.0

5

A

RF to baseband circuit

48

4

3

2

1

D D

Z601

Z601

CFWKA450KGFA-R0

CFWKA450KGFA-R0

2 1

IF_Out (8)

Q618

Q618

3

DTA114YE

DTA114YE

1

3V_RX_RF

2

C783

C783

0.1u

0.1u

R668

R668

4.7

4.7

L625

L625
560nH

560nH

C718 2PC718 2P

C719

C719
30p

30p

C698NCC698

NC

L622 560nHL622 560nH

C700 30pC700 30p

R682 330kR682 330k

31

Q611

Q611

2SC5108

2SC5108

2

C717NCC717

NC

3V_RX_RF

R678 100R678 100

C714

C714

0.01u

0.01u

C715 1000pC715 1000p

R687

R687

C716

C716

0.1uF

0.1uF

8.2k

8.2k

2NDLO_1 (11)

3

4

C693

C693

C683

C683

0.1u

0.1u

0.1u

0.1u

C694 0.1uC694 0.1u

C779 NCC779 NC

R669NCR669

NC

C737

C737

0.01u

0.01u

R717 NCR717 NC

C782 NCC782 NC

R693 3.3kR693 3.3k

C729

C729

1800P

1800P

C C

TP614AFTP614

AF

R692

R692

27K

27K

C723 10uC723 10u

RSSI(1)

1

AF_IN(2)

B B

N_CON(1)

C738

C738

0.01u

0.01u

R708

R708

1.5K

1.5K

Q619

Q619
DTA114YE

DTA114YE

2

C696 NCC696 NC

R718NCR718

NC

C781NCC781

NC

R719NCR719
NC

3

1

R712

R712

1.5K

1.5K

C762

C762

0.1u

0.1u

5

6

8

7

DEC

IF IN

FIL IN

FIL OUT

AF OUT9QUAD10IF OUT11RSSI12N-DET13N-REC14GND15MIX IN

C730

C730

68p

68p

Z603NCZ603

1 2

4

NC

3

VCC

C759

C759

0.047uF

0.047uF

MIX OUT

2

1

OSC OUT

16

OSC IN

BA4116FV

BA4116FV

U602

U602

C692

C692

0.01u

0.01u

C721

C721

1PF

1PF

C784

C784
470p

470p

C689

C689

22uF

22uF

C697 100pC697 100p

R714 100KR714 100K

SQL(1)

R713

R713
10k

10k

A

Hytera Communications Co.Ltd.

Hytera Communications Co.Ltd.

Model Name:

Model Name:

Model Name:

Part Name:

Part Name:

Part Name:

File No.:

File No.:

File No.:

Prepare:

Prepare:

Prepare:

Hytera Communications Co.Ltd.

DMR LOWCOST PD350/PD360

DMR LOWCOST PD350/PD360

DMR LOWCOST PD350/PD360

BA4116

BA4116

BA4116

Check:

Check:

Check:

Page:

Page:

Page:

Date:

Date:

Date:

Wednesday, April 23, 2014

Wednesday, April 23, 2014

Wednesday, April 23, 2014

Approve:

Approve:

Approve:

of

of

of

510

510

510

Rev:

Rev:

Rev:

V1.0

V1.0

V1.0

5

A

接收电路

Receiver circuit

49

4

3

2

1

RX-FRONT-END

D D

L6014

R8083

R8083

8.2k

8.2k

0

L6014

BLM15PD121SN1

BLM15PD121SN1

1 2

C6063 6pFC6063 6pF

C6071

C6071

11pF

11pF

L6024

L6024

27nH

27nH

R6029 10KR6029 10K

3V_RX_RF

R8080

R8080
12K

12K

2

R808210R8082

10

31

R806333R8063
33

Q8014

Q8014

L114

L114
47nH

47nH

2SC3356

2SC3356

R6019 82KR6019 82K

C6072

C6072

8.2pF

8.2pF

R8081

R8081

3.3k

3.3k

C132

C132

15pF

15pF

C8117

C8117

470p

470p

3VRT

L60180L6018

RX(8)

C C

Q8013

Q8013

DTA114YE

DTA114YE

APC/TV1(1,9)

C6128

C6128

470p

470p

TX_En(1,10,9)

31

2

C6108

C6108
270p

270p

B B

C155

C155
470P

470P

6pF

6pF

C8107

RX_LO(10)

C8107

R8086 10R8086 10

C6079NCC6079

NC

C703 2.7pC703 2.7p

L619 18nHL619 18nH

C7054pC705

4p

4

5

6

Q6004

Q6004
EM6M2

EM6M2

L60254TL6025

4T

C6064 5pFC6064 5pF

C6101

C6101
27p

27p

D60071SV305 D60071SV305

2 1

C706

C706

7pF

7pF

3

2

1

R6027100k R6027100k

C6081

C6081

470p

470p

C704 3pC704 3p

L626 18nHL626 18nH

RX_En (1)

C6080NCC6080

NC

R6028100k R6028100k

2 1

C6082

C6082

0.01u

0.01u

C6093 330pC6093 330p

C707

C707

4pF

4pF

3V_RX_RF

C6052

C6052

0.1u

0.1u

C6102

C6102

27p

27p

D60081SV305 D60081SV305

L60264TL6026
4T

C6065 8.2pFC6065 8.2pF

C6073

C6073

6pF

6pF

R6044NCR6044
NC

C6053

C6053

470p

470p

D6003

D6003

RB706F_40

RB706F_40

4 3

5

6 1

T6002

T6002
4BMH

4BMH

LNA_Out

2

R6018 33R6018 33

C6056

C6056

0.1u

0.1u

C6066 20pFC6066 20pF

43

4BMH

4BMH
T6001

T6001

1

R6020

R6020
10k

10k

L6016

L6016
330nH

330nH

L6021

L6021
22nH

22nH

61

5

2

2

4

-+

-+

3

D6009

D6009
HSMS-2827

HSMS-2827

C6055

C6055

R6021NCR6021

R6022

R6022

2.2K

2.2K

1

R6023

R6023

5.6k

5.6k

L6030

L6030
220nH

220nH

NC

100p

100p

R604051R6040
51

C6099

C6099

68pF

68pF

L6015

L6015
100nH

100nH

C6057

C6057

3

Q6005

Q6005
AT-41511

AT-41511

2

4

20p

20p

L6028

L6028

680nH

680nH

C6100

C6100

9pF

9pF

C6054

C6054

1000p

1000p

C6076NCC6076

NC

38.85MHz

38.85MHz

C6094

C6094

20P

20P

L6017

L6017
22nH

22nH

C6058 2.2pC6058 2.2p

注意增加丝印

Z6001

Z6001

1

C6097

C6097

6pF

6pF

23456

IN

IN

GND GND

GND GND

C6098

C6098

9pF

9pF

RP1RFRP1

RF

C6062

C6060

C6060

6pF

6pF

C6067

C6067

8.2pF

8.2pF

L60224TL6022

4T

C6103

C6103

27p

27p

2 1

C6077NCC6077

NC

D60041SV305 D60041SV305

C6061 4pC6061 4p

R6024100k R6024100k

C6068

C6068

6pF

6pF

L60234TL6023

4T

1

C6104

C6104

27p

27p

2 1

C6078NCC6078

NC

D60051SV305 D60051SV305

C6083

C6083

470P

470P

R6025100k R6025100k

C6062

8.2pF

8.2pF

R60470R6047

0

LNA_Out

R6048NCR6048
NC

3V_RX_RF

C6085

C6085

C6084

C6084

0.1u

0.1u

0.022uF

0.022uF

C6086

C6086

0.022uF

0.022uF

L6034

L6029

L6029

680nH

C6095

C6095

20P

20P

680nH

OUT

OUT

L6034

330nH

330nH

C6092 0.022uC6092 0.022u

C6096

C6096

33P

33P

Model Name:

Model Name:

Model Name:

Part Name:

Part Name:

Part Name:

File No.:

File No.:

File No.:

Prepare:

Prepare:

Prepare:

R6030

R6030
330

330

L6032

L6032

2.2uH

2.2uH

R6034

R6034

C6106

C6106

330k

330k

32

1

Q6006

Q6006
2SC5108

2SC5108

Hytera Communications Co.Ltd.

Hytera Communications Co.Ltd.

Hytera Communications Co.Ltd.

DMR LOWCOST PD350/PD360

DMR LOWCOST PD350/PD360

DMR LOWCOST PD350/PD360

RX

RX

RX

Check:

Check:

Check:

L60330L6033

33p

33p

Page:

Page:

Page:

Date:

Date:

Date:

0

IF_Out (7)

of

of

of

610

610

610

Tuesday, April 01, 2014

Tuesday, April 01, 2014

Tuesday, April 01, 2014

Rev:

Rev:

Rev:

Approve:

Approve:

Approve:

V1.0

V1.0

V1.0

A

5

A

TX power control circuit

50

4

3

2

1

TX-CTRL

D D

R7056 0.1RR7056 0.1R

R7043 0.1RR7043 0.1R

R7042 0.1RR7042 0.1R

1

6

R7006NCR7006

NC

3

1

3V7_PA

R7037NCR7037

NC

3 4

V_BAT

R7032NCR7032
NC

Q7001NCQ7001
NC

C7005NCC7005

NC

C7007NCC7007

NC

2

Q7009NCQ7009

NC

2

C C

TX_En(1,10,9)

V_BAT 3V7_PA

R7018

R7018

150K

150K

5

R7007 NCR7007 NC

R7011NCR7011
NC

R7012NCR7012

NC

RF_PA

C7004NCC7004

NC

R7023NCR7023

NC

R7047

R7047
150K

150K

R7044

R7044

330P

330P

R7004

R7004

1.8M

1.8M

3V_TX_RF

12

D7003NCD7003

NC

C7002

C7002
470p

470p

APC/TV1(1,6)

R7045NCR7045
NC

R7041 0RR7041 0R

R7003 0RR7003 0R

R7008 NCR7008 NC

R7017 1.8MR7017 1.8M

C7015 NCC7015 NC

R7010 82kR7010 82k

R7046 NCR7046 NC

7

B OUTPUT

6

B -INPUT

5

B +INPUT

4

GND

R7009 1MR7009 1M

C7019

C7019

470p

470p

U7001

U7001

C7016 1000pC7016 1000p

V+

A -INPUT

A OUTPUT

A +INPUT

AD8602ARMZ

AD8602ARMZ

R7015

R7015

560K

560K

VDD_OP

8
2
1
3

R7013 390KR7013 390K

C7006 3900PC7006 3900P

C7023NCC7023

NC

R7005 330R7005 330

R7016 NCR7016 NC

R7028NCR7028

NC

RF_ID

C7003

C7003

100P

100P

C7008

C7008

0.022UF

0.022UF

VGG (10)

B B

VDD_O

R7014 82KR7014 82K

V_BATVDD_OP

V1.0

V1.0

V1.0

A

Model Name:

Model Name:

Model Name:

Part Name:

Part Name:

Part Name:

File No.:

File No.:

File No.:

Prepare:

Prepare:

Prepare:

Hytera Communications Co.Ltd.

Hytera Communications Co.Ltd.

Hytera Communications Co.Ltd.

DMR LOWCOST PD350/PD360

DMR LOWCOST PD350/PD360

DMR LOWCOST PD350/PD360

APC

APC

APC

Check:

Check:

Check:

Page:

Page:

Page:

Date:

Date:

Date:

Approve:

Approve:

Approve:

of

of

of

710

710

710

Friday, March 28, 2014

Friday, March 28, 2014

Friday, March 28, 2014

Rev:

Rev:

Rev:

3V_TX_RF

R7050 NCR7050 NC

R7048 0R7048 0

TX_En(1,10,9)

R7049 1KR7049 1K

Q7010

Q7010

4

3

5

2

6

1

EM6M2

EM6M2

运放控制方案备用电源

5

A

Transmitter circuit

51

4

3

2

1

TX-PA-LINEUP

D D

3V_TX_RF

R7055

R7055

R7019

R7019

270

270

270

270

C7013

C7013

L7904

L7904

220nH

220nH

C484NCC484

NC

C7066NCC7066

C477NCC477

12

C630

C630

22uF

22uF

C482NCC482

NC

NC

C478

C478

68P

68P

NC

+

+

C671

C671

0.1u

0.1u

L422

C642

C642

20P

20P

L423 5.6nHL423 5.6nH

R628

R628

1.2k

1.2k

L422

5.6nH

5.6nH

C643

C643

18p

18p

C640

C640

100p

100p

R627

R627

C628 5.6nHC628 5.6nH

C667NCC667

1

NC

C648

C648

3300p

3300p

32

NC

L604 5.6nHL604 5.6nH

L609

L609

0.56uH

0.56uH

C674

C674

0.1u

0.1u

C627 120pC627 120p

C629

C629

16p

16p

C653

C653

470p

470p

C636

C636

5.6nH

5.6nH

C664

C664

20P

20P

R667NCR667
NC

C C

C7049

C7049

15P

15P

L7005 5.6nHL7005 5.6nH

C7054NCC7054

NC

R61747R617

R626

R626

3.9k

3.9k

Q405

Q405

2SK3078

2SK3078

47

R624

R624

6800p

6800p

32

C639

C639

RFM03U3CT

RFM03U3CT

100p

100p

1

Q406

Q406

C644

C644

18p

18p

R63247R632

R63347R633

47

C654

C654

R631

0.022uF

0.022uF

R631

1.2k

1.2k

47k

47k

C480 2.4pFC480 2.4pF

C7034 2.4pC7034 2.4p

32

Q404

Q404

C7044NCC7044

R630

R630

47k

47k

RFM03U3CT

RFM03U3CT

C663

C663

0.022uF

0.022uF

NC

L618

L618
47nH

47nH

1

47

3V7_PA

VGG (9)

B B

VDD_O

3V_TX_RF

L7014 BLM15PD121SN1L7014 BLM15PD121SN1

L7012 NCL7012 NC

L7013

L7013
15nH

15nH

C7071 13PC7071 13P

Q606

Q606

BFQ540

BFQ540

R7053

R7053
120

120

C7068

C7068

470p

470p

R7054 NCR7054 NC

3 2

C7069

C7069
470p

470p

1

R705210R7052

R7030

R7030

L7008

L7008

100

Q7004

Q7004
2SC3356

2SC3356

R703910R7039
10

31

C7070NCC7070

100

18nH

18nH

2

NC

C649

C649

R636

R636

0.47uF

0.47uF

3.9k

3.9k

L7009 0RL7009 0R

C7067NCC7067

NC

R7051NCR7051

NC

10

C7059 9PC7059 9P

C7060NCC7060

NC

C7065

C7065

47P

47P

C481

C481

24P

24PC626NCC626

C673

C673

0.01u

0.01u

R7031

R7031

2.7K

2.7K

R7034

R7034

3.3K

3.3K

C4798PC479

8P

C7021NCC7021

NC

3V7_PA

C675

C675

470p

470p

C7057

C7057

470p

470p

C70356PC7035

6P

C7033

C7033

C7022NCC7022

5.6P

5.6P

NC

3V_TX_RF

C7061 7PC7061 7P

L79080L7908

C7020NCC7020

NC

12

L7007

L7007
BLM15PD121SN1

BLM15PD121SN1

C7058

C7058

0.1u

0.1u

0

3VRT

RT601 47k

RT601 47k

1 2

R7033 18R7033 18

R7035

R7035
300

300

C7028

C7028
100p

100p

C7036NCC7036

NC

t

t

C7062 33PC7062 33P

R7036

R7036
300

300

470p

470p

D8021

D8021
RN142VTE-17

RN142VTE-17

2 1

R672

R672
47k

47k

RF_PA RF_ID

C7031 NCC7031 NC

R7021 NCR7021 NC

R7020NCR7020

C7055 NCC7055 NC

NC

1

2

C7014

C7014

0.1u

0.1u

C7052

C7052

5.6P

5.6P

D421NCD421

NC

C7027 NCC7027 NC

C7024 2pFC7024 2pF C7045 NCC7045 NC

C7029

C7029

L79014TL7901

270P

270P

C690

C690

470p

470p

4T

C7037

C7037

5.6pF

5.6pF

L79054TL7905

4T

TEM-LEV-DET-TC (1)

3VRT 3V_TX_RF

C7030NCC7030

NC

3

C7025 2pFC7025 2pF

L79024TL7902

4T

C7039

C7039

5.6pF

5.6pF

12

C7053

C7053

10P

10P

L6031 BLM15PD121SN1L6031 BLM15PD121SN1

1 2

D7002

D7002

RN142STE61

RN142STE61

R6032 82KR6032 82K

C7026 NCC7026 NC

L79034TL7903

C7041

C7041

4pF

4pF

12

D7005

D7005
RN142STE61

RN142STE61

TX_LO (10)

RP2 RF_SWRP2 RF_SW

4T

C7043NCC7043

NC

C7038 470pC7038 470p

Q6008

Q6008
EM6M2

EM6M2

4

5

6

1

C7042

C7042

560p

560p

R7024NCR7024

NC

C7046NCC7046

NC

C7040 NCC7040 NC

1

3

2

1

C7050 NCC7050 NC

R7025 NCR7025 NC

C7056 NCC7056 NC

1

2

D422NCD422

NC

3

1

J102

J102
SPC0200A1-003-SPA5G-50

SPC0200A1-003-SPA5G-50

2

3344556

6

RX (6)

TX_En (1,9)

C7032NCC7032

NC

2

C7047

C7047

5.6PF

5.6PF

C6069

C6069

ANT1

ANT1

ANTENNA

ANTENNA

C7048

C7048

560P

560P

R7022

R7022
10k

10k

Model name C7047
PD350
PD360

0.1u

0.1u

C6105

C6105

470p

470p

5.6pF
NC

Model Name:

Model Name:

Model Name:

Part Name:

Part Name:

Part Name:

File No.:

File No.:

File No.:

Prepare:

Prepare:

Prepare:

Hytera Communications Co.Ltd.

Hytera Communications Co.Ltd.

Hytera Communications Co.Ltd.

DMR LOWCOST PD350/PD360

DMR LOWCOST PD350/PD360

DMR LOWCOST PD350/PD360

TX_PA

TX_PA

TX_PA

Check:

Check:

Check:

Page:

Page:

Page:

Date:

Date:

Date:

Tuesday, April 29, 2014

Tuesday, April 29, 2014

Tuesday, April 29, 2014

Approve:

Approve:

Approve:

of

of

of

810

810

810

Rev:

Rev:

Rev:

V1.0

V1.0

V1.0

A

5

A

PLL circuit

52

4

3

2

1

FGU-PLL/DAC

3VFGU

D D

VCC_CP

L8008

L8008

BLM15PD121SN1

BLM15PD121SN1

1 2

CV(9)

C C

TP8005

TP8005

AA

R8009

R8009

TP8001CVTP8001

GND

GND

BB

L8002

L8002

BLM15PD121SN1

BLM15PD121SN1

1 2

PLL_LD_PS

100k

100k

1

CV

1

R8003 10R8003 10

C8023

C8023

0.1u

0.1u

R8007 120R8007 120

C8013

C8013

C8014

C8014

0.15uF

0.15uF R8016 33R8016 33

0.1u

0.1u

C8030

C8030

0.22u

0.22u

B B

12

C8038

C8038

+

+

4.7uF

4.7uF

C8008

C8008

0.1u

0.1u

C8019

C8019

0.012uF

0.012uF

C8031

C8031

0.1u

0.1u

L800110L8001

10

1 2

C8057

C8057
10uF

10uF

C8009

C8009

470p

470p

R8008 10R8008 10

R801268R8012

R801527R8015

C8032

C8032

0.1u

0.1u

68

27

EM6M2

EM6M2

C8033

C8033

1uF

1uF

Q8009

Q8009

12

+

+

3V0A_FGU_PLL

C8011

C8011

0.1u

0.1u

Fback(9)

3V0A_FGU_PLL

C8016

C8016

BLM15PD121SN1

BLM15PD121SN1

0.027uF

0.027uF

C8024

C8024

1000p

1000p

R8023NCR8023
NC

82k

82k

R8040

R8040

4

5

R8001 100R8001 100

C8110

C8110

470p

470p

R800256R8002
56

C8005

C8005
470p

470p

1 2

L8004

L8004

C8036

C8036

220p

220p

6

C8001

C8001

0.1u

0.1u

C8010 470pC8010 470p

C8012 1000pC8012 1000p

R8013 10R8013 10

C8020

C8020

C8028

C8028

0.1u

0.1u

0.1u

0.1u

C8027 10pC8027 10p

L8006 0.56uHL8006 0.56uH

C8004

C8004

470p

470p

C8021

C8021
470p

470p

C8037

C8037

220p

220p

1

VCCecl/cml

2

Fvco_main

3

Fvco_main

5

VCCcp_main

4

LD/PS_main

6

CPout_main

8

Xtalacgnd/OSC

9

Xtalin/OSC

10

Xtalout/NC

11

VCCxtal

12

GNDxtal

SKY72310

SKY72310

C8034 1000pC8034 1000p

470p

470p

C8040

C8040

U8001

U8001

Mux_out

Clock

Data

VCCdigital

NC1
NC2
NC3
NC4
NC5
NC6
NC7
NC8

EP

25

BLM15PD121SN1

BLM15PD121SN1

1 2

0.1u

0.1u

C8039

C8039

CS

L8007

L8007

24
22
21
20

19

7
13
14
15
16
17
18
23

C8003

C8003

0.1u

0.1u

5

6

C8017

C8017

0.1u

0.1u

OUT

OUT

GND

GND

2 3

C8018

C8018

470p

470p

4

VCC

VCC

VCONT

VCONT

X8001

X8001

TKL3273A

TKL3273A

1

C8035NCC8035

NC

VCC_CP

R8011 10R8011 10

TP8002

TP8002
PLL_Clk

PLL_Clk

1

TP8003

TP8003
PLL_CS

PLL_CS

1

TP8004

TP8004

PLL_Data

PLL_Data

1

L8003

L8003

BLM15PD121SN1

BLM15PD121SN1

R8020NCR8020
NC

C585 0C585 0

C8102 1000pC8102 1000p

PLL_Clk (1)

PLL_CS (1)

PLL_Data (1)

12

3V0A_FGU_PLL

12

C8026

C8026

0.1u

0.1u

R482 0R482 0

C576

C576
1800P

1800P

C8059NCC8059

NC

C8025

C8025

+

+

10u

10u

L8030 0L8030 0

BLM15PD121SN1

BLM15PD121SN1

1 2

R483 510R483 510

C577

C577
1000

1000

C8058NCC8058

NC

L8005

L8005

MOD_REF (2)

2NDLO_1

3VFGU

(7)

D8004

R8019

R8019

120

120

R8022

R8022

R802110R8021

330

330

10

BB

AA

R8010

R8010

10k

10k

3VFGU

PLL_LD(1)

C8015

C8015

0.1u

0.1u

D8003

RB520S-30

RB520S-30

R80240 R80240

R801710 R801710

D80011SS390D80011SS390

1 2

PRE_V

12

RB520S-30

RB520S-30

1
2
3

1

NO

3

NC

FSA66P5X

FSA66P5X

Vin
OUT
GND

U8003

U8003

RB520S-30

RB520S-30

12

Vcc

ON/OFF

U8002

U8002

5

TS5A3159DCKR

TS5A3159DCKR

IN

Vcc

COM

GND

2

5

4

D8004

D8002

D8002

D8003

6

4

C8022

C8022

2

C8042

C8042

470p

470p

C8055

C8055

470p

470p

1

R80251k R80251k

R80691k R80691k

R8006120 R8006120

Pre_Fastlock_Ctrl (1)

FL_Fastlock_Ctrl (1)

PLL_LD_PS

Model Name:

Model Name:

Model Name:

Part Name:

Part Name:

Part Name:

File No.:

File No.:

File No.:

Prepare:

Prepare:

Prepare:

Hytera Communications Co.Ltd.

Hytera Communications Co.Ltd.

Hytera Communications Co.Ltd.

DMR LOWCOST PD350/PD360

DMR LOWCOST PD350/PD360

DMR LOWCOST PD350/PD360

PLL+DAC

PLL+DAC

PLL+DAC

Check:

Check:

Check:

Page:

Page:

Page:

Date:

Date:

Date:

Wednesday, February 26, 2014

Wednesday, February 26, 2014

Wednesday, February 26, 2014

Rev:

Rev:

Rev:

Approve:

Approve:

Approve:

of

of

of

910

910

910

V1.0

V1.0

V1.0

A

3

12

1uF

1uF

5

A

FGU-VCO circuit

53

4

3

2

1

FGU-VCO

R8047

R8047

82K

82K

R8052

R8052

82K

82K

R6035

R6035

47K

47K

R8058

R8058

10k

10k

R8067

R8067

8.2k

8.2k

VCC_CP

L8023 10L8023 10

1 2

C8089

C8089

0.1u

0.1u

L8027

L8027
33nH

33nH

2

Fback (9)

31

Q8007

Q8007
2SC3356

2SC3356

R806818R8068
18

BLM15PD121SN1

BLM15PD121SN1

1

2

3

R8059

R8059

3.3k

3.3k

C8098 15pFC8098 15pF

C8116NCC8116

R6033

R6033

82K

82K

3VFGU

12

C8074

C8074

+

+

22uF

22uF

C8082

C8082

0.1u

0.1u

L801510L8015

10

L8017

L8017

BLM15PD121SN1

BLM15PD121SN1

12

12

L8014

L8014

12

C8075

C8075

C8073

C8073

0.1u

0.1u

470p

470p

Q8005EM6M2 Q8005EM6M2

R8054 82KR8054 82K

6

C8081

C8081

5

4

470p

470p

3V0_FGU_PER

D501

D501

1SS390

1SS390

12

R4391kR439
1k

D502

1SS390

D502

1SS390

12

R641

R641

3.3k

NC

Q8012

Q8012

2SJ243

2SJ243

Q8011

Q8011
EM6M2

EM6M2

4

5

6

2

3

2

1

Model Name:

Model Name:

Model Name:

Part Name:

Part Name:

Part Name:

File No.:

File No.:

File No.:

Prepare:

Prepare:

Prepare:

RX_TX_LO (1)

3.3k

C709 470pC709 470p

C708 NCC708 NC

R640

R640

3.3k

3.3k

31

R643

R643
100k

100k

R629

R629

3.3k

3.3k

Hytera Communications Co.Ltd.

Hytera Communications Co.Ltd.

Hytera Communications Co.Ltd.

DMR LOWCOST PD350/PD360

DMR LOWCOST PD350/PD360

DMR LOWCOST PD350/PD360

VCO

VCO

VCO

C686

C686

470p

470p

C661NCC661

NC

Check:

Check:

Check:

R637

R637

3.3k

3.3k

Tx_LO (10)

Rx_LO (8)

Page:

Page:

Page:

Date:

Date:

Date:

Tuesday, April 01, 2014

Tuesday, April 01, 2014

Tuesday, April 01, 2014

Approve:

Approve:

Approve:

of

of

of

10 10

10 10

10 10

Rev:

Rev:

Rev:

V1.0

V1.0

V1.0

Q8002EM6M2 Q8002EM6M2

4

3

2

C8067

C8067

1

470p

470p

3

2

C8078

C8078

1

470p

470p

1

2

L8022

L8022

BLM15PD121SN1

BLM15PD121SN1

12

R8075

R8075

820

820

Q8003EM6M2 Q8003EM6M2

D8008

D8008

DAN222

DAN222

C8095

C8095

470p

470p

C8103 100pC8103 100p

3

R805756R8057

5

6

4

5

6

56

18

32

R8056

R8056
100

100

L113

L113
47nH

47nH

Q8010

Q8010

2SC5108

2SC5108

VCC_VCO_L

R8049 1KR8049 1K

VCC_VCO_H

R8053 1KR8053 1K

R8077

R8077
330

330

C129

C129
100p

100p

C8113

C8113

560p

560p

R8084 5.6R8084 5.6

R8066

R8066

820

820

VCC_VCO_L

L8010

L8010

BLM15PD121SN1

BLM15PD121SN1

D D

R8046

R8046

3.3k

3.3k

C8070

C8070

470p

470p

D8006

D8006
1SV305

1SV305

21

C8076 8pFC8076 8pF

D8007

1SV305

1SV305

2 1

D8010

D8010

2 1

D8007
1SV305

1SV305

1SV305

1SV305

C8097

C8097

0.1u

0.1u

C8108

C8108

0.1u

0.1u

C8080 6pC8080 6p

21

L8020

L8020
18nH

18nH

R8079 10R8079 10

R8060

R8060
150k

150k

R8061 82KR8061 82K

R8064

R8064

100k

100k

C8087

C8087

4pF

4pF

L8029

L8029

BLM15PD121SN1

BLM15PD121SN1

D8012

D8012

1SV279

1SV279

2 1

L8018

L8018

3.3uH

3.3uH

C8084

C8084

D8009

470p

470p

D8009

C C

CV(9)

R8062

R8062

470k

470k

C8071

C8071

0.1u

0.1u

C8077 5pFC8077 5pF

C8079 5pFC8079 5pF

L8019

L8019
10nH

10nH

12

3VFGU

R8051

R8051

8.2k

8.2k

C8104

C8104

2.2u

2.2u

L8016

L8016
390nH

390nH

C8085

C8085

27pF

27pF
C8086 47pFC8086 47pF

C8088

C8088

20p

20p

C553

C553

33p

33p

R465

R465
100k

100k

2

L8013

L8013
390nH

390nH

C8068 470pC8068 470p

C8072 8pFC8072 8pF

31

Q8004

Q8004
2SC5010

2SC5010

R8055

R8055
120

120

L8025

L8025

390nH

390nH

R466

R466
10k

10k

C554

C554

330p

330p

C8063

C8063

470p

470p

C555

C555

3300p

3300p

R8050

R8050
100

100

R4671kR467
1k

C8064

C8064

0.1u

0.1u

1 2

MOD_VCO(2)

VCC_VCO_H

C8106

C8106

R806556R8065
56

6pF

6pF

VCO_L_En(1)

VCO_H_En(1)

C128 470PC128 470P

R8076

R8076
180K

180K

1

R8074NCR8074
NC

R807118R8071

B B

L8034

L8037

L8037
390nH

390nH

Q8008

Q8008
2SC5010

2SC5010

R8078

R8078
120

120

L8053

L8053

390nH

390nH

L8034

C8114

C8114

470p

470p

BLM15PD121SN1

BLM15PD121SN1

1 2

C8115

C8115

0.1u

0.1u

R8072

R8072
100

100

C8124 5pFC8124 5pF

C8120

C8120
470p

470p

3V0_FGU_PER

C5044pF C5044pF

C5052.4p C5052.4p

C5097pC509

L50312nH L50312nH

C508

C508

9pF

7p

9pF

C5034pF C5034pF

L50212nH L50212nH

C5077pC507

7p

D8015 1SV305D8015 1SV305

L8045

L8045

3.3uH

3.3uH

C8142

C8142

470p

470p

D8019

D8019

1SV305

1SV305

2 1

D8016 1SV305D8016 1SV305

D8020

D8020

1SV305

1SV305

2 1

R8070

R8070

3.3k

3.3k

C8122

C8122

R8073

R8073

C8121

C8121

470p

470p

C8130

C8130

0.5pF

0.5pF

21

C8133

C8133

5pF

5pF

21

C8137

C8137

L8049

L8049
18nH

18nH

5.6pF

5.6pF

C8143

C8143

2.4p

2.4p

0.1u

0.1u

C8134 5pC8134 5p

C8135 2pC8135 2p

L8050

L8050
10nH

10nH

8.2k

8.2k

C8138 47pFC8138 47pF

C8146

C8146

15pF

15pF

L8039

L8039
390nH

390nH

C8136

C8136

18pF

18pF

31

2

A

Parts List

Ua (400‐440 MHz)

54

Print

RF shielding
cover kit

PL shielding
mask for main
board

Variable resistor
FGU shielding

mask

ESD protection
diode

ESD protection
diode

ESD protection
diode

2LO shielding
mask

7

C113

B4B

3101014710010

470PF

483 F /

6203493000000

BB shielding mask

PLL shielding
mask

9

C115

B3I

3101014710010

470PF

485

J102

T4A

4399990000880

Micro RF switch

10

C117

T2G

3101011040080

0.1uF

486

J201

B1G

5206010200020

FFC connector

Board-to-board
connector

12

C120

B2I

3101051000020

10PF

488

J300

T4B

5208003200270

Battery connector

13

C121

B2I

3101011040080

0.1uF

489

J5004

T1B

5208005000030

USB connector

Earpiece
Connector

BLM15PD121SN1
D

BLM15PD121SN1
D

BLM15PD121SN1
D

BLM15PD121SN1
D

19

C127

B2G

3101011040080

0.1uF

495

L113

T3F

3210306470000

47nH

20

C128

T3G

3101014710010

470PF

496

L114

T4E

3210306470000

47nH

BLM15PD121SN1
D

BLM15PD121SN1
D

23

C131

B3I

3101011040080

0.1uF

499

L202

T3I

3212206682000

6.8uH

BLM15PD121SN1
D

BLM15PD121SN1
D

26

C134

B1I

3101062250200

2.2UF

502

L206

B1G

3001055600010

56Ω

BLM15PD121SN1
D

BLM15PD121SN1
D

BLM15PD121SN1
D

BLM18SG121TN1
D

BLM18SG121TN1
D

BLM18SG121TN1
D

33

C141

T1G

3101014710010

470PF

509

L305

T4F

3221506121000

BLM18SG121TN1

12. Parts List

Ref
No.

Print

No.

Part No. Description No. Ref No.

No.

No.

Part No. Description

1 A / 6203622000000

2 B / 6202470000000

3 C / 6203494000000

4 C100 B3I 3101014720000 4700pF 480 D806 B1B 3310350000010

5 C101 B2I 3101011020060 1000pF 481 D807 B1B 3399040600000

6 C102 B3I 3101014720000 4700pF 482 E / 6203490000000

8 C114 T4D 3101014710010 470PF 484 H / 6203491000000

11 C119 B2I 3101051000020 10PF 487 J202 T1G 5201016100040

14 C122 B1A 3101011040080 0.1uF 490 J800 T1D 5205006000010

15 C123 B1A 3101011040080 0.1uF 491 L100 B1G 3221505121010

16 C124 B1G 3101011040080 0.1uF 492 L101 B2I 3221505121010

477 D8020 T4H 3304010100220 Varactor

478 D8021 T2A 3305030000000

479 D805 B1B 3310350000010

diode

17 C125 B3G 3101011040080 0.1uF 493 L102 B1I 3221505121010

18 C126 B3I 3101011040080 0.1uF 494 L103 B1G 3221505121010

21 C129 T4F 3101051010030 100PF 497 L200 T3I 3221505121010

22 C130 B3I 3101052240080 0.22uF 498 L201 T2I 3221505121010

24 C132 T4E 3101051500020 15PF 500 L204 T2H 3221505121010

25 C133 B2I 3101011040080 0.1uF 501 L205 T3I 3221505121010

27 C135 B1I 3101011030050 0.01uF 503 L207 T3I 3221505121010

28 C136 B1I 3101014710010 470PF 504 L208 T3I 3221505121010

29 C137 B1H 3101014710010 470PF 505 L212 B3I 3221505121010

30 C138 B1H 3101014710010 470PF 506 L300 T1G 3221506121000

31 C139 T1G 3101014710010 470PF 507 L301 T2H 3221506121000

32 C140 T1G 3101014710010 470PF 508 L302 T1F 3221506121000

Ua (400‐440 MHz)

Parts List

55

Print

D

34

C142

T1F

3101014710010

470PF

510

L306

B1B

3001060000000

0Ω

BLM18SG121TN1
D

BLM15PD121SN1
D

BLM15PD121SN1
D

BLM15PD121SN1
D

BLM15PD121SN1
D

BLM15PD121SN1
D

BLM15PD121SN1
D

42

C150

B1G

3101011050000

1uF 518

L422

T2C

3210306569000

5.6nH

43

C151

T1F

3101014710010

470PF

519

L423

T2C

3210306569000

5.6nH

44

C152

T1F

3101014710010

470PF

520

L502

T3H

3212106120000

12nH

45

C153

T1G

3101014710010

470PF

521

L503

T3G

3212106120000

12nH

BLM15PD121SN1
D

47

C155

T4E

3101014710010

470PF

523

L6015

T3D

3210106101000

100nH

48

C156

B3I

3101011040080

0.1uF

524

L6016

T3C

3210406331000

330nH

49

C157

B1F

3101011010030

100PF

525

L6017

T3C

3210306220000

22nH

50

C160

T1F

3101014710010

470PF

526

L6018

T3A

3001060000000

0Ω

51

C201

T3I

3101011040080

0.1uF

527

L6021

T3C

3210306220000

22nH

52

C202

B3I

3101071060010

10UF

528

L6022

T3C

3239999190000

Air-core coil 19nH

53

C203

T3I

3101061050060

1UF 529

L6023

T3D

3239999190000

Air-core coil 20nH

54

C205

B3I

3101071060010

10UF

530

L6024

T4A

3212106270000

27nH

55

C206

T3I

3101061050060

1UF 531

L6025

T4A

3239999190000

Air-core coil 21nH

56

C207

T3H

3101052730000

0.027UF

532

L6026

T4B

3239999190000

Air-core coil 22nH

57

C208

B3I

3101071060010

10UF

533

L6028

T3D

3213306681010

0.68uH

58

C209

T3I

3101051050160

1uF 534

L6029

T3E

3213306681010

0.68uH

59

C211

T3I

3101013300010

33PF

535

L6030

T3E

3212106221000

220nH

BLM15PD121SN1
D

61

C213

T3I

3101013300010

33PF

537

L6032

T2E

3213306222000

2.2uH

62

C214

T3I

3101013300010

33PF

538

L6033

T2E

3001060000000

0Ω

63

C215

T3I

3101011040080

0.1uF

539

L6034

T3E

3210406331000

330nH

64

C216

T3H

3101071060010

10UF

540

L604

T2D

3210306569000

5.6nH

65

C217

T3I

3101011040080

0.1uF

541

L609

T2D

3213212561000

0.56uH

66

C218

T4I

3101051050160

1uF 542

L618

T3B

3233099470000

47nH

67

C219

T4I

3101051050160

1uF 543

L619

T4E

3210306180000

18nH

68

C220

B1H

3101014710010

470PF

544

L622

T3G

3210306561010

560nH

69

C221

B3I

3101011040080

0.1uF

545

L625

T2G

3210306561010

560nH

70

C222

B2I

3101014710010

470PF

546

L626

T3E

3210306180000

18nH

BLM15PD121SN1
D

BLM15PD121SN1
D

73

C225

B2I

3101011040080

0.1uF

549

L648

T1H

3213212682000

6.8uH

74

C226

B2I

3101011040080

0.1uF

550

L7005

T2D

3210306569000

5.6nH

BLM15PD121SN1
D

76

C228

T1I

3101011040080

0.1uF

552

L7008

T2E

3210305180000

18nH

77

C229

T1I

3101014710010

470PF

553

L7009

T1E

3001060000000

0Ω

78

C230

T2I

3101011040080

0.1uF

554

L7013

T2E

3210306150000

15nH

BLM15PD121SN1
D

Ref
No.

Print

No.

Part No. Description No. Ref No.

No.

Part No. Description

No.

35 C143 B1F 3101011010030 100PF 511 L307 T1F 3221506121000

36 C144 B1F 3101011010030 100PF 512 L400 B2C 3221505121010

37 C145 B1F 3101011010030 100PF 513 L401 B2B 3221505121010

38 C146 B1G 3101011010030 100PF 514 L402 B1D 3221505121010

39 C147 T1G 3101014710010 470PF 515 L403 B1C 3221505121010

40 C148 T1G 3101014710010 470PF 516 L404 B2C 3221505121010

41 C149 B1G 3101011040080 0.1uF 517 L405 B2C 3221505121010

46 C154 T1G 3101014710010 470PF 522 L6014 T1E 3221505121010

60 C212 T3I 3101013300010 33PF 536 L6031 T1E 3221505121010

71 C223 T3H 3101014710010 470PF 547 L645 B1B 3221505121010

72 C224 T3H 3101011040080 0.1uF 548 L646 B1B 3221505121010

75 C227 T2I 3101011040080 0.1uF 551 L7007 T2E 3221505121010

79 C231 T2I 3101014710010 470PF 555 L7014 T2E 3221505121010

Parts List

Ua (400‐440 MHz)

56

Print

80

C232

T1I

3101011040080

0.1uF

556

L7901

T3A

3233099190020

18.5nH

81

C233

T1I

3101014710010

470PF

557

L7902

T3A

3233099190020

18.5nH

82

C234

T2I

3101011040080

0.1uF

558

L7903

T3A

3233099190020

18.5nH

83

C235

T2I

3101014710010

470PF

559

L7904

T2A

3210107221000

220nH

84

C236

T2I

3101011040080

0.1uF

560

L7905

T3A

3239999190000

Air-core coil 23nH

85

C237

T2I

3101014710010

470PF

561

L7908

T2A

3001060000000

0Ω

86

C238

T2I

3101011040080

0.1uF

562

L8001

B3H

3001051000000

10Ω

BLM15PD121SN1
D

BLM15PD121SN1
D

BLM15PD121SN1
D

BLM15PD121SN1
D

91

C244

T2I

3101011040080

0.1uF

567

L8006

B4H

3213306561000

0.56uH

BLM15PD121SN1
D

BLM15PD121SN1
D

BLM15PD121SN1
D

95

C248

T1I

3101011040080

0.1uF

571

L8013

T3G

3210106391000

390nH

BLM15PD121SN1
D

97

C250

T2I

3101011040080

0.1uF

573

L8015

T3G

3001051000000

10Ω

98

C251

T2I

3101014710010

470PF

574

L8016

T3G

3210106391000

390nH

BLM15PD121SN1
D

100

C253

T2I

3101014710010

470PF

576

L8018

T4G

3213306332000

3.3uH

101

C254

T2I

3101011040080

0.1uF

577

L8019

T4G

3217107100010

10nH

102

C255

T2I

3101014710010

470PF

578

L8020

T4G

3247107180000

18nH

BLM15PD121SN1
D

104

C257

T2I

3101014710010

470PF

580

L8023

T3F

3001061000000

10Ω

105

C258

T1I

3101011040080

0.1uF

581

L8025

T3G

3210106391000

390nH

106

C259

T1I

3101014710010

470PF

582

L8027

T3F

3210306330000

33nH

BLM15PD121SN1
D

108

C261

T2I

3101014710010

470PF

584

L8030

B3H

3001060000000

0Ω

BLM15PD121SN1
D

110

C263

T3I

3101011040080

0.1uF

586

L8037

T3H

3210106391000

390nH

111

C264

T3H

3101014720000

4700pF

587

L8039

T4H

3210106391000

390nH

112

C265

B1G

3101011020060

1000pF

588

L8045

T4H

3213306332000

3.3uH

113

C266

B1H

3101014710010

470PF

589

L8049

T4H

3247107180000

18nH

114

C267

T1G

3101011040080

0.1uF

590

L8050

T4H

3217107100010

10nH

115

C269

T3I

3101051050160

1uF 591

L8053

T4G

3210106391000

390nH

116

C270

T3H

3101014720000

4700pF

592

Q101

B3I

3503010000010

P-MOSFET

Compound
MOSFET

118

C300

T1G

3101052240080

0.22uF

594

Q200

T3I

3401002000990

NPN transistor

[MSD3]
N-MOSFET

121

C303

T2H

3101074750010

4.7UF

597

Q405

T2D

3502010000130

N-MOSFET

[MSD3]
N-MOSFET

123

C305

T2H

3101062250200

2.2UF

599

Q6004

T1E

3403999000070

Compound

Ref
No.

Print

No.

Part No. Description No. Ref No.

No.

Part No. Description

No.

87 C239 T2I 3101014710010 470PF 563 L8002 B4G 3221505121010

88 C240 T2I 3101011040080 0.1uF 564 L8003 B3H 3221505121010

89 C242 T3I 3101012200020 22PF 565 L8004 B4H 3221505121010

90 C243 T3I 3101011040080 0.1uF 566 L8005 B4H 3221505121010

92 C245 T3I 3101011040080 0.1uF 568 L8007 B3G 3221505121010

93 C246 T3I 3101014710010 470PF 569 L8008 T4G 3221505121010

94 C247 T3I 3101011040080 0.1uF 570 L8010 T3G 3221505121010

96 C249 T2I 3101014710010 470PF 572 L8014 T3H 3221505121010

99 C252 T2I 3101011040080 0.1uF 575 L8017 T3F 3221505121010

103 C256 T2I 3101011040080 0.1uF 579 L8022 T3F 3221505121010

107 C260 T2I 3101011040080 0.1uF 583 L8029 T4G 3221505121010

109 C262 T3I 3101011040080 0.1uF 585 L8034 T3H 3221505121010

117 C273 B3I 3101051040100 0.1UF 593 Q103 B1H 3503040000000

119 C301 T2H 3101052240080 0.22uF 595 Q300 T1G 3403008000050

120 C302 T2H 3101014710010 470PF 596 Q404 T2B 3502990000010

122 C304 T2H 3101011040080 0.1uF 598 Q406 T2B 3502990000010

Bias resistor
transistor

Ua (400‐440 MHz)

Parts List

57

Print

transistor

124

C306

T3H

3101011040080

0.1uF

600

Q6005

T3C

3418001000010

NPN transistor

125

C307

T3H

3101012710010

270pF

601

Q6006

T3E

3401002000990

NPN transistor

Compound
transistor

127

C309

T1H

3101074750010

4.7UF

128

C310

T1H

3101011040080

0.1uF

132

C314

T1F

3101052240080

0.22uF

608

Q7004

T2E

3408002000000

NPN transistor

Compound
transistor

Compound
transistor

Compound
transistor

136

C318

T1F

3101062250200

2.2UF

612

Q8004

T4G

3408002000080

NPN transistor

Compound
transistor

138

C320

T1F

3101012710010

270pF

614

Q8007

T4F

3408002000000

NPN transistor

139

C321

T1F

3101011040080

0.1uF

615

Q8008

T3H

3408002000080

NPN transistor

Compound
transistor

141

C323

B3I

3101011040080

0.1uF

617

Q801

B2C

3401001000490

PNP transistor

142

C324

T1H

3101011040080

0.1uF

618

Q8010

T4F

3401002000990

NPN transistor

Compound
transistor

144

C326

B3I

3101011040080

0.1uF

620

Q8012

T3F

3503010000010

P-MOSFET

146

C328

B3I

3101051040100

0.1UF

622

Q8014

T3E

3408002000000

NPN transistor

148

C330

T4F

3101074750010

4.7UF

624

R100

B3I

3001011030080

10KΩ

149

C331

T4F

3101011010030

100PF

625

R101

B2I

3001051540000

150KΩ

150

C332

T4F

3101051050160

1uF 626

R102

B3I

3001014720050

4.7KΩ

151

C333

T4F

3101011040080

0.1uF

627

R103

B2I

3001053340010

330KΩ

152

C334

T4F

3101064750140

4.7uF

628

R104

B2G

3001011010080

100Ω

153

C335

T4F

3101011040080

0.1uF

629

R105

B2G

3001011010080

100Ω

154

C336

T4F

3101011010030

100PF

630

R108

T2I

3001011010080

100Ω

155

C337

B4B

3101011040080

0.1uF

631

R109

T1G

3001011010080

100Ω

156

C339

T1F

3101062250200

2.2UF

632

R110

B2G

3001011010080

100Ω

157

C340

T1H

3101011040080

0.1uF

633

R112

T2I

3001011010080

100Ω

158

C341

B3I

3101062250200

2.2UF

634

R114

B3G

3001011010080

100Ω

159

C342

T1F

3101074750010

4.7UF

635

R115

B2G

3001011010080

100Ω

160

C343

T1F

3101011010030

100PF

636

R116

B2I

3001011010080

100Ω

161

C344

T1F

3101051050160

1uF 637

R117

T4D

3001014730010

47KΩ

162

C345

T1F

3101011040080

0.1uF

638

R118

T4D

3001014730010

47KΩ

163

C346

T1F

3101011040080

0.1uF

639

R119

T1G

3001011030080

10KΩ

164

C347

T1F

3101011010030

100PF

640

R120

B3G

3001011010080

100Ω

165

C348

B1G

3101064750140

4.7uF

641

R122

T1G

3001011540000

150KΩ

166

C349

B1H

3101064750140

4.7uF

642

R123

B1H

3001011010080

100Ω

167

C350

T1F

3101011040080

0.1uF

643

R126

B1H

3001014730010

47KΩ

168

C352

B3I

3101051050160

1uF 644

R127

B3H

3001011010080

100Ω

Ref
No.

Print

No.

Part No. Description No. Ref No.

603 Q606 T2E 3420999000060 NPN transistor
604 Q611 T2H 3401002000990 NPN transistor

No.

Part No. Description

No.

126 C308 T1G 3101014710010 470PF 602 Q6008 T1E 3403999000070

129 C311 T1H 3101082260020 22UF 605 Q616 B1A 3403008000050

130 C312 T1F 3101064700000 47PF 606 Q618 T2F 3403007000020

131 C313 T2H 3101011040080 0.1uF 607 Q619 T2F 3403007000020

133 C315 T1F 3101014710010 470PF 609 Q7010 B3D 3403999000070

134 C316 T1F 3101074750010 4.7UF 610 Q8002 T3G 3403999000070

135 C317 T1F 3101051040100 0.1UF 611 Q8003 T3H 3403999000070

137 C319 T1F 3101011040080 0.1uF 613 Q8005 T3G 3403999000070

Bias resistor
transistor
Bias resistor
transistor
Bias resistor
transistor

140 C322 T1H 3101012710010 270pF 616 Q8009 B3G 3403999000070

143 C325 B1G 3101011040080 0.1uF 619 Q8011 T3F 3403999000070

145 C327 B4C 3101082260020 22UF 621 Q8013 T3D 3403007000020

147 C329 B2A 3101011040080 0.1uF 623 Q802 B2D 3403008000050

Bias resistor
transistor

Bias resistor
transistor

Parts List

Ua (400‐440 MHz)

58

Print

169

C413

B2B

3101011040080

0.1uF

645

R128

T2G

3001014720050

4.7KΩ

170

C415

B2B

3101011020060

1000pF

646

R129

T2G

3001014720050

4.7KΩ

171

C416

B2C

3101014710010

470PF

647

R130

T2G

3001014700000

47Ω

172

C417

B2C

3101012200020

22PF

648

R131

T2G

3001014700000

47Ω

173

C418

B2C

3101051050160

1uF 649

R132

B2I

3001051050000

1MΩ

174

C419

B2C

3101051050160

1uF 650

R133

B2I

3001011000050

10Ω

175

C420

B2B

3101012200020

22PF

651

R134

B3H

3001014720050

4.7KΩ

176

C421

T1C

3101011010030

100PF

652

R135

B1A

3001052210000

220Ω

177

C423

B2D

3101011010030

100PF

653

R136

B1A

3001051210010

120Ω

178

C424

B2B

3101011040080

0.1uF

654

R137

B3H

3001014730010

47KΩ

179

C426

B2C

3101051050160

1uF 655

R138

B3I

3001054730010

47KΩ

180

C427

T1C

3101011010030

100PF

656

R139

B2I

3001011030080

10KΩ

181

C428

B2C

3101074750010

4.7UF

657

R140

B1H

3001014720050

4.7KΩ

182

C430

B2C

3101051050160

1uF 658

R141

B1H

3001014720050

4.7KΩ

183

C431

B2C

3101014710010

470PF

659

R142

B3H

3001011010080

100Ω

184

C432

B2C

3101011020060

1000pF

660

R143

B3H

3001011010080

100Ω

185

C433

B2C

3101014710010

470PF

661

R144

B1G

3001011010080

100Ω

186

C478

T2A

3101066800000

68PF

662

R145

B1G

3001011010080

100Ω

187

C479

T1B

3101060800010

8PF 663

R146

T1F

3001011030080

10KΩ

188

C480

T2B

3101062490000

2.4PF

664

R147

B1H

3001011010080

100Ω

189

C481

T2B

3101062400010

24PF

665

R148

B2I

3001011020060

1KΩ

190

C503

T3H

3101050400010

4PF 666

R152

T1F

3001011030080

10KΩ

191

C504

T3G

3101050400010

4PF 667

R153

B3G

3001011010080

100Ω

192

C505

T3G

3101052490010

2.4PF

668

R154

B3G

3001011010080

100Ω

193

C507

T3H

3101050700010

7PF 669

R155

B1H

3001011010080

100Ω

194

C508

T3H

3101050900000

9PF 670

R156

B2I

3001011010080

100Ω

195

C509

T3H

3101050700010

7PF 671

R157

T1F

3001011010080

100Ω

196

C553

T4H

3101053300000

33PF

672

R158

T1F

3001011010080

100Ω

197

C554

T4H

3101053310030

330PF

673

R159

B1H

3001011010080

100Ω

198

C555

T4H

3101053320010

3300PF

674

R160

B1H

3001011040030

100KΩ

199

C576

B3H

3101051820000

1800pF

675

R161

B1H

3001011040030

100KΩ

200

C577

B3H

3101051020010

1000PF

676

R162

T1F

3001011030080

10KΩ

201

C585

B3H

3001050000000

0Ω 677

R163

T1F

3001011030080

10KΩ

202

C6052

T1E

3101011040080

0.1uF

678

R164

T1G

3001011020060

1KΩ

203

C6053

T1E

3101014710010

470PF

679

R165

T1F

3001011010080

100Ω

204

C6054

T3D

3101011020060

1000pF

680

R166

T1F

3001011010080

100Ω

205

C6055

T3C

3101011010030

100PF

681

R167

B1F

3001011010080

100Ω

206

C6056

T3C

3101011040080

0.1uF

682

R168

B1G

3001011010080

100Ω

207

C6057

T3C

3101052000020

20PF

683

R169

B1G

3001011010080

100Ω

208

C6058

T3C

3101052290010

2.2PF

684

R170

B1G

3001011010080

100Ω

209

C6060

T3C

3101050600010

6PF 685

R171

B3H

3001011010080

100Ω

210

C6061

T4C

3101050400010

4PF 686

R172

B3H

3001011010080

100Ω

211

C6062

T4D

3101058290080

8.2PF

687

R173

B3H

3001011010080

100Ω

212

C6063

T3A

3101050600010

6PF 688

R174

B3G

3001011010080

100Ω

213

C6064

T3B

3101050500010

5PF 689

R175

B3G

3001011010080

100Ω

214

C6065

T3C

3101058290080

8.2PF

690

R176

B3H

3001011010080

100Ω

215

C6066

T3C

3101052000020

20PF

691

R177

B3H

3001011010080

100Ω

216

C6067

T4C

3101058290080

8.2PF

692

R178

B3H

3001011010080

100Ω

217

C6068

T3C

3101050600010

6PF 693

R179

B3H

3001011010080

100Ω

218

C6069

T1E

3101011040080

0.1uF

694

R180

B3H

3001011010080

100Ω

219

C6071

T3A

3101051100020

11pF 695

R181

B3H

3001011010080

100Ω

220

C6072

T3B

3101058290080

8.2PF

696

R182

B2G

3001011010080

100Ω

221

C6073

T3B

3101050600010

6PF 697

R183

B2G

3001011010080

100Ω

No.

Ref
No.

Print

No.

Part No. Description No. Ref No.

No.

Part No. Description

Ua (400‐440 MHz)

Parts List

59

Print

222

C6081

T4A

3101014710010

470PF

698

R184

B2G

3001011010080

100Ω

223

C6082

T4B

3101011030050

0.01uF

699

R185

B2G

3001011010080

100Ω

224

C6083

T3D

3101014710010

470PF

700

R186

B1F

3001011010080

100Ω

225

C6084

T2E

3101012230010

0.022uF

701

R187

B3I

3001011010080

100Ω

226

C6085

T2E

3101011040080

0.1uF

702

R200

T3I

3001054730010

47KΩ

227

C6086

T2E

3101012230010

0.022uF

703

R201

T3I

3001013300000

33Ω

228

C6092

T3E

3101012230010

0.022uF

704

R202

T3I

3001051020000

1KΩ

229

C6093

T3E

3101053310030

330PF

705

R203

T3I

3001013300000

33Ω

230

C6094

T3D

3101052000020

20PF

706

R204

T3I

3001050000000

0Ω

231

C6095

T3E

3101052000020

20PF

707

R205

T3I

3001013300000

33Ω

232

C6096

T3E

3101053300000

33PF

708

R206

T3I

3001013300000

33Ω

233

C6097

T2D

3101050600010

6PF 709

R207

T2I

3001050000000

0Ω

234

C6098

T2E

3101050900000

9PF 710

R209

B3I

3001011030080

10KΩ

235

C6099

T3E

3101016800000

68PF

711

R211

B3I

3001010000050

OΩ

236

C6100

T3E

3101010900000

9.0PF

712

R212

T2I

3001050000000

0Ω

237

C6101

T3A

3101052700000

27PF

713

R213

B1I

3001014720050

4.7KΩ

238

C6102

T3B

3101052700000

27PF

714

R214

B2I

3001014720050

4.7KΩ

239

C6103

T3C

3101052700000

27PF

715

R215

T4I

3001013300000

33Ω

240

C6104

T3C

3101052700000

27PF

716

R216

T4I

3001013300000

33Ω

241

C6105

T1E

3101014710010

470PF

717

R217

T1I

3001011000050

10Ω

242

C6106

T2E

3101053300000

33PF

718

R218

T1I

3001011000050

10Ω

243

C6108

T3D

3101052710000

270PF

719

R219

T2I

3001052230010

22KΩ

244

C6128

T3D

3101014710010

470PF

720

R220

T1I

3001011000050

10Ω

245

C619

B1A

3101064750140

4.7uF

721

R221

T3I

3001011800010

18Ω

246

C621

B1A

3101011020060

1000pF

722

R222

T3I

3001052200010

22Ω

247

C627

T2C

3101061210020

120PF

723

R223

T3I

3001054730010

47KΩ

248

C628

T2C

3210306569000

5.6nH

724

R224

T3H

3001014720050

4.7KΩ

249

C629

T2C

3101061600000

16PF

725

R226

B1H

3001011020060

1KΩ

250

C630

B4C

3101082260020

22UF

726

R227

B3I

3001014730010

47KΩ

251

C631

B1A

3101011020060

1000pF

727

R229

T3H

3001014720050

4.7KΩ

252

C632

B2A

3101011020060

1000pF

728

R301

T1H

3001051840010

180KΩ

253

C636

T2C

3210306569000

5.6nH

729

R303

T1H

3001051840010

180KΩ

254

C639

T2C

3101061010150

100PF

730

R304

T1G

3001014730010

47KΩ

255

C640

T2C

3101061010150

100PF

731

R305

T1G

3001011020060

1KΩ

256

C641

B1A

3101064750140

4.7uF

732

R306

T1G

3001011020060

1KΩ

257

C642

T2C

3101052000020

20PF

733

R307

T1G

3001013310030

330Ω

258

C643

T3B

3101051800010

18PF

734

R308

T1F

3001011040030

100KΩ

259

C644

T2B

3101051800010

18PF

735

R411

B2C

3001011010080

100Ω

260

C648

T2D

3101053320010

3300PF

736

R412

B2C

3001051030050

10KΩ

261

C649

T1E

3101054740020

0.47uF

737

R413

B2D

3001012220010

2.2KΩ

262

C653

T2C

3101054710130

470pF

738

R415

B2C

3001011030080

10KΩ

263

C654

T2C

3101052230000

0.022UF

739

R416

B2C

3001052240000

220KΩ

264

C663

T2C

3101052230000

0.022UF

740

R417

B2B

3001014730010

47KΩ

265

C664

T2C

3101052000020

20PF

741

R418

B2C

3001051050000

1MΩ

266

C671

B3C

3101051040100

0.1UF

742

R419

B1D

3001012220010

2.2KΩ

267

C673

T3B

3101011030050

0.01uF

743

R420

B2C

3001011030080

10KΩ

268

C674

T2C

3101051040100

0.1UF

744

R421

B2B

3001014730010

47KΩ

269

C675

T3B

3101014710010

470PF

745

R422

B1C

3001012220010

2.2KΩ

270

C683

T2G

3101011040080

0.1uF

746

R423

B2C

3001011010080

100Ω

271

C686

T3E

3101014710010

470PF

747

R424

B2C

3001011030080

10KΩ

272

C689

T2G

3101082260020

22UF

748

R425

B2C

3001012220010

2.2KΩ

273

C690

B2B

3101054710130

470pF

749

R439

T3E

3001051020000

1KΩ

274

C692

T2G

3101011030050

0.01uF

750

R465

T4H

3001051040000

100KΩ

No.

Ref
No.

Print

No.

Part No. Description No. Ref No.

No.

Part No. Description

Parts List

Ua (400‐440 MHz)

60

Print

275

C693

T2G

3101011040080

0.1uF

751

R466

T4H

3001051030050

10KΩ

276

C694

T2G

3101011040080

0.1uF

752

R467

T4H

3001051020000

1KΩ

277

C697

T2G

3101051010030

100PF

753

R482

B3H

3001050000000

0Ω

278

C700

T3G

3101053000010

30PF

754

R483

B3H

3001055110000

510Ω

279

C7002

B3C

3101014710010

470PF

755

R6018

T3D

3001063300000

33Ω

280

C7003

B2C

3101051010030

100PF

756

R6019

T1E

3001058230000

82KΩ

281

C7006

B3C

3101053920000

3900PF

757

R6020

T3C

3001011030080

10KΩ

282

C7008

B2C

3101052230000

0.022UF

758

R6022

T3C

3001012220010

2.2KΩ

283

C7013

B2A

3101054710130

470pF

759

R6023

T3C

3001015620030

5.6KΩ

284

C7014

B2A

3101051040100

0.1UF

760

R6024

T3C

3001011040030

100KΩ

285

C7016

B3C

3101061020000

1000PF

761

R6025

T3D

3001011040030

100KΩ

286

C7019

B2C

3101014710010

470PF

762

R6027

T4A

3001011040030

100KΩ

287

C7024

T3A

3101050200010

2PF 763

R6028

T4B

3001011040030

100KΩ

288

C7025

T3A

3101050200010

2PF 764

R6029

T3D

3001011030080

10KΩ

289

C7028

T2A

3101061010150

100PF

765

R6030

T2E

3001053310000

330Ω

290

C7029

T3A

3101052710000

270PF

766

R6032

T1E

3001058230000

82KΩ

291

C703

T4E

3101052790060

2.7PF

767

R6033

T3F

3001018230000

82KΩ

292

C7033

T2A

3101065690090

5.6pF

768

R6034

T3E

3001053340010

330KΩ

293

C7034

T2B

3101062490000

2.4PF

769

R6035

T3G

3001014730010

47KΩ

294

C7035

T1A

3101060600010

6PF 770

R6040

T3D

3001015100060

51Ω

295

C7037

T3A

3101055690020

5.6PF

771

R6047

T4D

3001050000000

0Ω

296

C7038

T3A

3101054710130

470pF

772

R617

T2D

3001054700010

47Ω

297

C7039

T3A

3101055690020

5.6PF

773

R624

T2D

3101056820000

6800PF

298

C704

T3E

3101050300000

3PF 774

R625

B2A

3001012230000

22KΩ

299

C7041

T3A

3101050400010

4PF 775

R626

T2D

3001053920000

3.9KΩ

300

C7042

T4A

3101055610040

560PF

776

R627

T2C

3001054730010

47KΩ

301

C7048

T4A

3101065610000

560PF

777

R628

T2C

3001051220090

1.2KΩ

302

C7049

T2E

3101051500020

15PF

778

R629

T3F

3001013320000

3.3KΩ

303

C705

T4E

3101050400010

4PF 779

R630

T2C

3001054730010

47KΩ

304

C7051

B1I

3101014710010

470PF

780

R631

T2C

3001051220090

1.2KΩ

305

C7052

T3A

3101055690110

5.6PF

781

R632

T2C

3001054700010

47Ω

306

C7053

T3B

3101051000020

10PF

782

R633

T2C

3001054700010

47Ω

307

C7057

T2E

3101054710130

470pF

783

R634

B2A

3001011540000

150KΩ

308

C7058

T2E

3101051040100

0.1UF

784

R636

T1E

3001053920000

3.9KΩ

309

C7059

T1E

3101050900000

9PF 785

R637

T3E

3001013320000

3.3KΩ

310

C706

T3E

3101050700010

7PF 786

R638

B1A

3101018220000

8.2KΩ

311

C7061

T2E

3101050700010

7PF 787

R639

B1A

3001011230010

12KΩ

312

C7062

T2E

3101053300000

33PF

788

R640

T3F

3001013320000

3.3KΩ

313

C7065

T2A

3101064700000

47PF

789

R641

T2E

3001013320000

3.3KΩ

314

C7068

T2E

3101054710130

470pF

790

R642

B2A

3001011030080

10KΩ

315

C7069

T2E

3101054710130

470pF

791

R643

T3F

3001011040030

100KΩ

316

C707

T3E

3101050400010

4PF 792

R646

T1F

3001011030080

10KΩ

317

C7071

T2E

3101061300000

13PF

793

R658

B1C

3001051020000

1KΩ

318

C709

T3E

3101014710010

470PF

794

R662

B1A

3001011020060

1KΩ

319

C714

T3G

3101011030050

0.01uF

795

R668

T2F

3001064790000

4.7Ω

320

C715

T2H

3101051020010

1000PF

796

R672

B2B

3001054730010

47KΩ

321

C716

T2F

3101051040100

0.1UF

797

R678

T3G

3001051010040

100Ω

322

C718

T2G

3101050200010

2PF 798

R682

T2H

3001053340010

330KΩ

323

C719

T2G

3101053000010

31PF

799

R687

T3H

3001058220010

8.2KΩ

324

C721

T2F

3101050100030

1PF 800

R692

T2G

3001012730020

27KΩ

325

C723

T2F

3101071060010

10UF

801

R693

T2F

3001013320000

3.3KΩ

326

C729

T3F

3101011820000

1800pF

802

R7003

B3C

3001050000000

0Ω

327

C730

T2F

3101056800000

68PF

803

R7004

B3C

3001051850000

1.8MΩ

No.

Ref
No.

Print

No.

Part No. Description No. Ref No.

No.

Part No. Description

Ua (400‐440 MHz)

Parts List

61

Print

328

C737

T2F

3101011030050

0.01uF

804

R7005

B2C

3001053310000

330Ω

329

C738

T3F

3101011030050

0.01uF

805

R7009

B3C

3001051050000

1MΩ

330

C759

T2F

3101054730000

0.047UF

806

R7010

B3C

3001058230000

82KΩ

331

C762

T3F

3101011040080

0.1uF

807

R7013

B3C

3001053940010

390KΩ

332

C783

T2F

3101011040080

0.1uF

808

R7014

B3D

3001018230000

82KΩ

333

C784

T2F

3101014710010

470PF

809

R7015

B3C

3001055640020

560KΩ

334

C8001

B3H

3101011040080

0.1uF

810

R7017

B3C

3001051850000

1.9MΩ

335

C8003

B3H

3101011040080

0.1uF

811

R7018

B3C

3001051540000

150KΩ

336

C8004

B3H

3101014710010

470PF

812

R7019

B2A

3001062710000

270Ω

337

C8005

B4H

3101014710010

470PF

813

R7022

B4A

3001051030050

10KΩ

338

C8008

B4H

3101011040080

0.1uF

814

R7026

T1H

3001051030050

10KΩ

339

C8009

B4G

3101014710010

470PF

815

R7027

T1H

3001052030010

20KΩ

340

C801

B1A

3101051040100

0.1UF

816

R7030

T2E

3001051010040

100Ω

341

C8010

B4H

3101014710010

470PF

817

R7031

T2E

3001052720000

2.7KΩ

342

C8011

B3H

3101011040080

0.1uF

818

R7033

T2E

3001051800010

18Ω

343

C8012

B4H

3101011020060

1000pF

819

R7034

T2E

3001053320010

3.3KΩ

344

C8013

B4G

3101061540000

0.15UF

820

R7035

T2E

3001053010010

300Ω

345

C8014

B4G

3101061040010

0.1UF

821

R7036

T2E

3001053010010

300Ω

346

C8015

B3G

3101011040080

0.1uF

822

R7039

T2E

3001051000020

10Ω

347

C8016

B4H

3101052730000

0.027UF

823

R7041

B3C

3001050000000

0Ω

348

C8017

B3H

3101011040080

0.1uF

824

R7042

B4C

3001080190000

0.1Ω

349

C8018

B3H

3101014710010

470PF

825

R7043

B4B

3001080190000

0.1Ω

350

C8019

B4G

3101061230000

0.012UF

826

R7044

B3C

3101053310030

330PF

351

C802

B2A

3101074750010

4.7UF

827

R7047

B4C

3001051540000

150KΩ

352

C8020

B4H

3101011040080

0.1uF

828

R7048

B3C

3001050000000

0Ω

353

C8021

B4H

3101014710010

470PF

829

R7049

B3D

3001011020060

1KΩ

354

C8022

B3G

3101011050000

1uF 830

R7052

T2E

3001051000020

10Ω

355

C8023

B4G

3101011040080

0.1uF

831

R7053

T2E

3001051210010

120Ω

356

C8024

B4H

3101011020060

1000pF

832

R7055

B2A

3001062710000

270Ω

357

C8025

B4H

3101071060010

10UF

833

R7056

B4B

3001080190000

0.1Ω

358

C8026

B4H

3101011040080

0.1uF

834

R708

T2F

3001011520010

1.5KΩ

359

C8027

B4H

3101051000020

10PF

835

R712

T3F

3001011520010

1.5KΩ

360

C8028

B4H

3101011040080

0.1uF

836

R713

T2F

3001011030080

10KΩ

361

C803

B2B

3101061050060

1UF 837

R714

T2F

3001011040030

100KΩ

362

C8030

B4G

3101072240000

0.22UF

838

R8001

B3H

3001051010040

100Ω

363

C8031

B4G

3101071040000

0.1UF

839

R8002

T3H

3001055600010

56Ω

364

C8032

B4G

3101071040000

0.1UF

840

R8003

B3H

3001011000050

10Ω

365

C8033

B4G

3101071050010

1UF 841

R8006

B4G

3001051210010

120Ω

366

C8034

B4H

3101011020060

1000pF

842

R8007

B4G

3001051210010

120Ω

367

C8036

B4H

3101012210020

220PF

843

R8008

B4H

3001051000000

10Ω

368

C8037

B4H

3101012210020

220PF

844

R8009

B4G

3001011040030

100KΩ

369

C8038

B4G

3101074750010

4.7UF

845

R801

B2A

3001064790000

4.7Ω

370

C8039

B3G

3101011040080

0.1uF

846

R8010

B3G

3001011030080

10KΩ

371

C804

B2B

3101051020010

1000PF

847

R8011

B3H

3001011000050

10Ω

372

C8040

B3G

3101014710010

470PF

848

R8012

B4H

3001056800010

68Ω

373

C8042

B3G

3101014710010

470PF

849

R8013

B4H

3001011000050

10Ω

374

C805

B2B

3101052210010

220PF

850

R8015

B4H

3001052700010

27Ω

375

C8055

B3G

3101014710010

470PF

851

R8016

B4H

3001013300000

33Ω

376

C8057

B3H

3101071060010

10UF

852

R8017

B4G

3001011000050

10Ω

377

C806

B1B

3101052210010

220PF

853

R8019

B3H

3001011210010

120Ω

378

C8063

T3G

3101014710010

470PF

854

R8021

B3H

3001011000050

10Ω

379

C8064

T3G

3101011040080

0.1uF

855

R8022

B3H

3001013310030

330Ω

380

C8067

T3G

3101014710010

470PF

856

R8024

B3G

3001010000050

OΩ

No.

Ref
No.

Print

No.

Part No. Description No. Ref No.

No.

Part No. Description

Parts List

Ua (400‐440 MHz)

62

Print

381

C8068

T3G

3101014710010

470PF

857

R8025

B3G

3001011020060

1KΩ

382

C807

B2D

3101011040080

0.1uF

858

R803

B2B

3001052040010

200kΩ

383

C8070

T3G

3101014710010

470PF

859

R804

B2C

3001011020060

1KΩ

384

C8071

T3G

3101011040080

0.1uF

860

R8040

B3G

3001018230000

82KΩ

385

C8072

T4G

3101050800050

8PF 861

R8046

T3G

3001013320000

3.3KΩ

386

C8073

T3H

3101014710010

470PF

862

R8047

T3F

3001018230000

82KΩ

387

C8074

T3G

3104072260040

22UF

863

R8049

T3G

3001011020060

1KΩ

388

C8075

T3H

3101011040080

0.1uF

864

R805

B2C

3001014720050

4.7KΩ

389

C8076

T4G

3101060800010

8PF 865

R8050

T3G

3001011010080

100Ω

390

C8077

T4G

3101050500010

5PF 866

R8051

T3G

3101018220000

8.2KΩ

391

C8078

T3H

3101014710010

470PF

867

R8052

T3H

3001018230000

82KΩ

392

C8079

T4G

3101050500010

5PF 868

R8053

T3H

3001011020060

1KΩ

393

C808

B2A

3101051040100

0.1UF

869

R8054

T3F

3001018230000

82KΩ

394

C8080

T4G

3101060600010

6PF 870

R8055

T3G

3001061210000

120Ω

395

C8081

T3F

3101014710010

470PF

871

R8056

T3F

3001051010040

100Ω

396

C8082

T3F

3101011040080

0.1uF

872

R8057

T3F

3001055600010

56Ω

397

C8084

T4G

3101054710130

470pF

873

R8058

T4F

3001051030050

10KΩ

398

C8085

T3G

3101052700000

27PF

874

R8059

T4F

3001053320010

3.3KΩ

399

C8086

T3G

3101054700010

47PF

875

R806

B1B

3001064790000

4.7Ω

400

C8087

T4G

3101060400010

4PF 876

R8060

T4G

3001011540000

150KΩ

401

C8088

T3G

3101052000020

20PF

877

R8061

T4G

3001018230000

82KΩ

402

C8089

T3F

3101011040080

0.1uF

878

R8062

T4G

3001014740000

470KΩ

403

C809

B2A

3101051040100

0.1UF

879

R8063

T4E

3001053300000

33Ω

404

C8095

T3F

3101014710010

470PF

880

R8064

T4G

3001011040030

100KΩ

405

C8097

T4G

3101011040080

0.1uF

881

R8065

T4G

3001055600010

56Ω

406

C8098

T3F

3101051500020

15PF

882

R8066

T4F

3001058210000

820Ω

407

C810

B1B

3101051040100

0.1UF

883

R8067

T4F

3001058220010

8.2KΩ

408

C8102

B3H

3101011020060

1000pF

884

R8068

T4F

3001061800000

18Ω

409

C8103

T4F

3101051010030

100PF

885

R8069

B3G

3001011020060

1KΩ

410

C8104

T4H

3101062250200

2.2UF

886

R807

B2A

3001061000000

10Ω

411

C8106

T4G

3101050600010

6PF 887

R8070

T4H

3001013320000

3.3KΩ

412

C8107

T3E

3101050600010

6PF 888

R8071

T4G

3001051800010

18Ω

413

C8108

T4G

3101011040080

0.1uF

889

R8072

T3H

3001011010080

100Ω

414

C811

B2C

3101011020060

1000pF

890

R8073

T4H

3101018220000

8.2KΩ

415

C8110

B3H

3101014710010

470PF

891

R8075

T4F

3001058210000

820Ω

416

C8113

T4F

3101055610040

560PF

892

R8076

T3G

3001051840010

180KΩ

417

C8114

T3H

3101014710010

470PF

893

R8077

T3F

3001053310000

330Ω

418

C8115

T3H

3101011040080

0.1uF

894

R8078

T4G

3001061210000

120Ω

419

C8117

T4E

3101014710010

470PF

895

R8079

T4G

3001051000000

10Ω

420

C812

B2D

3101011030050

0.01uF

896

R8080

T3E

3001011230010

12KΩ

421

C8120

T3H

3101014710010

470PF

897

R8081

T4E

3001013320000

3.3KΩ

422

C8121

T4H

3101014710010

470PF

898

R8082

T3E

3001011000050

10Ω

423

C8122

T4H

3101011040080

0.1uF

899

R8083

T3E

3101018220000

8.2KΩ

424

C8124

T3G

3101050500010

5PF 900

R8084

T4F

3001055690000

5.6Ω

425

C813

B2A

3101053300000

33PF

901

R8086

T3E

3001051000020

10Ω

426

C8130

T4H

3101050590020

0.5PF

902

R809

B2B

3001055620000

5.6KΩ

427

C8133

T4H

3101060500010

5PF 903

R810

B2B

3001052230010

22KΩ

428

C8134

T4H

3101050500010

5PF 904

R811

B2B

3001010000050

OΩ

429

C8135

T4H

3101050200010

2PF 905

R812

B2C

3001012230000

22KΩ

430

C8136

T4H

3101051800010

18PF

906

R814

B2D

3001012230000

22KΩ

431

C8137

T4H

3101065690090

5.6pF

907

R815

B2B

3001014720050

4.7KΩ

432

C8138

T4G

3101054700010

47PF

908

R816

B2D

3001051050000

1MΩ

433

C8142

T4H

3101054710130

470pF

909

R817

B2C

3001012220010

2.2KΩ

No.

Ref
No.

Print

No.

Part No. Description No. Ref No.

No.

Part No. Description

Ua (400‐440 MHz)

Parts List

63

Print

434

C8143

T4H

3101062490000

2.4PF

910

R818

B2D

3001014720050

4.7KΩ

435

C8146

T4H

3101051500020

15PF

911

R819

B2C

3001011040030

100KΩ

436

C817

B1A

3101051040100

0.1UF

912

R820

B3I

3001014720050

4.7KΩ

Integrated resistor
100Ω

Board-to-wire
connector

Integrated resistor
100Ω

BB shielding
mask

Integrated resistor
100Ω

Schottky barrier
diode

Integrated resistor
100Ω

[MSD3] LED
(red)

Integrated resistor
100Ω

[MSD3] LED
(green)

Integrated resistor
100Ω

Schottky barrier
diode

ESD protection
diode

Momentary
contact switch

ESD protection
diode

Momentary
contact switch

446

D300

T1G

3303030100010

Switching diode

922

T6001

T4D

5406000000200

Transformer

ESD protection
diode

Schottky barrier
diode

[MSD3] MCU
STM32F101VET6

449

D405

T1C

3399990000080

Zener diode

925

U101

T2H

3612051000020

Memory 512K

450

D406

T1C

3399990000080

Zener diode

926

U103

B2I

3609006000000

Reset IC

Baseband
processor IC

452

D502

T3E

3303030800020

Switching diode

928

U201

T3I

3606010000070

D/A conversion IC

Schottky barrier
diode

454

D6004

T3C

3304010100220

Varactor

930

U204

T3I

3617023000000

Logic IC

Power
management IC

Power
management IC

Power

LDO

Power
management IC

Power
management IC

Power
management IC

461

D800

T1A

3101052700000

27PF

937

U309

B2A

3626015000010

[MSD3] Reset IC

Power
management IC

Schottky barrier
diode

Operational
Amplifier

Schottky barrier
diode

Schottky barrier
diode

Power
management IC

Operational
Amplifier

467

D8007

T4G

3304010100220

Varactor

943

U8001

B4H

3604019000000

[MSL3] PLL IC

468

D8008

T3G

3303030100010

Switching diode

944

U8002

B3G

3616010000000

Switching IC

Ref
No.

Print

No.

Part No. Description No. Ref No.

No.

Part No. Description

No.

437 C819 B1A 3101053300000 33PF 913 RN102 B2I 3005051010010

438 CN1 T1A 5202002000200

439 D / 6203493000000

440 D100 B2I 3301990000030

441 D101 B1A 3307110100070

442 D102 B1A 3307110100080

443 D103 B2A 3301990000030

444 D104 B4B 3399040600000

445 D105 T4D 3399040600000

447 D301 B4B 3310350000000

448 D404 B2C 3303030300000

451 D501 T3E 3303030800020 Switching diode 927 U200 T2I 3613999000070

453 D6003 T3C 3303030300000

914 RN103 B1H 3005051010010

915 RN112 B2I 3005051010010

916 RN113 B2G 3005051010010

917 RN116 B1G 3005051010010

918 RN117 B1H 3005051010010

919 RT601 B2B 3003994730000 Thermistor 47KΩ

920 S2 T4D 4318080000020

921 SW103 T4B 4318080000000

923 T6002 T4E 5406000000200 Transformer

924 U100 B2H 3609017000130

929 U202 B2I 3617023000000 Logic IC

455 D6005 T3D 3304010100220 Varactor 931 U301 T2H 3608006000040

456 D6007 T4B 3304010100220 Varactor 932 U302 T1F 3608006000040

457 D6008 T4B 3304010100220 Varactor 933 U304 T4F 3608006000080

458 D6009 T4D 3301250300000 Schottky diode 934 U306 T1F 3608006000040

459 D7002 T3B 3399030000010 PIN diode 935 U307 B1G 3608006000040

460 D7005 T3B 3399030000010 PIN diode 936 U308 B3I 3608006000040

462 D8001 B3G 3303030800020 Switching diode 938 U310 T1H 3608010000590

463 D8002 B3H 3301990000030

464 D8003 B3H 3301990000030

465 D8004 B3H 3301990000030

466 D8006 T4G 3304010100220 Varactor 942 U7001 B3C 3605025000050

939 U401 B2C 3605008005070

940 U602 T2F 3603018000000 IF processor IC

941 U608 B1A 3615042000010

management IC

Parts List

Ua (400‐440 MHz)

64

Print

469

D8009

T4G

3304010100220

Varactor

945

U8003

B3G

3616059000000

Switching IC

470

D801

B1A

3101052700000

27PF

946

U802

B2B

3602012000020

Audio Amplifier IC

471

D8010

T4G

3304010100220

Varactor

947

X100

B2I

3701001260120

Crystal 12MHz

TCXO 12.288000
MHz

VC-TCXO 19.2
MHz

Crystal filter

38.850 MH

ESD protection
diode

Ref
No.

Print

No.

Part No. Description No. Ref No.

952 / / / PCB main board

No.

Part No. Description

No.

472 D8012 T4G 3304010100890 Varactor 948 X200 T3I 3701122830020

473 D8015 T4H 3304010100220 Varactor 949 X8001 B4H 3701019250000

474 D8016 T4H 3304010100220 Varactor 950 Z6001 T3D 3802388540020

475 D8019 T4H 3304010100220 Varactor 951 Z601 B3F 3801045030170

476 D802 B2D 3399040600000

[Moistureproof]
Ceramic filter

Uc (430‐470 MHz)

Uc (430‐470 MHz)

Contents

i

Contents

1. Product Controls .................................................................................................................................. 1

2. Disassembly and Assembly ................................................................................................................ 3

3. Exploded View and Packaging Guide ................................................................................................ 7

3.1 Exploded View .................................................................................................................................. 7

3.2 Packaging Guide .............................................................................................................................. 9

4. Specifications ..................................................................................................................................... 10

5. Circuit Description ............................................................................................................................. 12

5.1 Baseband ........................................................................................................................................ 12

5.1.1 Power Supply Module .......................................................................................................... 12

5.1.2 Control Module ..................................................................................................................... 15

5.1.3 Audio Module ........................................................................................................................ 16

5.2 RF Section ...................................................................................................................................... 17

5.2.1 Transmitter Circuit ................................................................................................................ 17

5.2.2 Receiver Circuit .................................................................................................................... 19

5.2.3 FGU ...................................................................................................................................... 20

6. Troubleshooting Flow Chart ............................................................................................................. 22

6.1 Control Circuit ................................................................................................................................. 22

6.1.1 No display upon power-on or abnormal display ................................................................... 22

6.1.2 No voice output by speaker .................................................................................................. 23

6.1.3 No modulation signal in transmission .................................................................................. 24

6.2 Receiver Circuit .............................................................................................................................. 25

6.3 Transmitter Circuit .......................................................................................................................... 26

6.4 FGU Circuit ..................................................................................................................................... 29

7. Interface Definition ............................................................................................................................. 31

8. Tuning Description ............................................................................................................................. 32

8.1 Tools ............................................................................................................................................... 32

8.2 Tuning Procedure ........................................................................................................................... 32

8.2.1 Tuning a radio ....................................................................................................................... 32

8.2.2 Testing a radio ...................................................................................................................... 35

9. PCB View ............................................................................................................................................. 36

10. Bloc

k Diagram .................................................................................................................................. 37

10.1 Radio General Diagram ................................................................................................................ 37

10.2 RF Circuit ...................................................................................................................................... 38

10.3 Baseband Circuit .......................................................................................................................... 39

10.4 Power Supply Circuit .................................................................................................................... 40

10.5 FGU Circuit ................................................................................................................................... 41

10.6 Receiver Circuit ............................................................................................................................ 42

Contents

Uc (430‐470 MHz)

ii

10.7 Transmitter Circuit ........................................................................................................................ 43

11. Schematic Diagram .......................................................................................................................... 44

12. Parts List ........................................................................................................................................... 54

Uc (430‐470 MHz)

Product Controls

1

1. Product Controls

No. Part Name No. Part Name

1 PTT (Push-to-Talk) Key

○

2 SK1 (Side Key 1)

○

3 Antenna

○

4 Speaker

○

5 LCD Display

○

6 OK/Menu Key

○

7 Up Key

○

8 Volume -/Left Key

○

9 Call Key

○

13 LED Indicator

○

14 Microphone

○

15 Cancel/Return Key

○

16 Volume +/Right Key

○

17 Power On/Off/ESC Key

○

18 P3 Key

○

19 Down Key

○

20 Charging/Data Connector

○

21 Earpiece Connector

○

Product Controls

Uc (430‐470 MHz)

2

No. Part Name No. Part Name

10 P1 Key

○

11 P2 Key

○

12 Strap Hole / /

○

22 Battery Cover Open-up

○

23 Battery Cover

○

Uc (430‐470 MHz)

Disassembly and Assembly

3

2. Disassembly and Assembly

This section is designed to introduce the way to disassemble the radio. To assemble the radio, do vice

versa.

Caution

 Please position the waterproof ring properly during reassembly.

 Use the thumb and index finger to move the silicon rubber of SK1 key until SK1 key is well

assembled.

Step 1 To remove the battery, do as follows.

Step 2 Remove the chassis.

Remove the four T6 screws and take out the chassis.

Disassembly and Assembly

Uc (430‐470 MHz)

4

Step 3 Remove the main board.

1. First unplug the speaker connector and Keypad FPC connector, and then remove the one

T6 screw.

2. Take out the main board in the direction shown in the figure below.

Step 4 Remove the keypad board.

3. Remove the two screws on the back.

Uc (430‐470 MHz)

Disassembly and Assembly

5

4. Remove the keypad board.

Step 5 Remove the LCD display.

5. Straighten the two fixing plates securing the LCD display. See the figure below.

6. Take out the LCD display vertically.

Disassembly and Assembly

Uc (430‐470 MHz)

6

Step 6 Remove the aluminum chassis shielding cover.

7. Remove the three screws securing the aluminum chassis shielding cover.

8. Take out the aluminum chassis shielding cover.

Uc (430‐470 MHz)

Exploded View and Packaging Guide

7

1

7500801000000

PORON

6002127000000

3

7500512000000

Motor PORON pad

7500809000000

Conductive sponge for aluminum

chassis

5

7400656000000

Earpiece PC sheet

1 30

6002126000000

Front case

1 6 /

PCB main board

1 31

7500717000000

Motor PORON

1 7 7500724000000

LCD PORON pad

1 32

6002128000000

Antenna cover

1

7102002500000

Transparent silicon rubber

light guide

7500376000010

Conductive sponge for earpiece

FPC

10

6203684000000

Decoration sheet (right side)

1 35

5001000000090

Speaker

1

Insulative PORON for

speaker

3. Exploded View and Packaging Guide

3.1 Exploded View

Parts list:

No. Part No. Description Qty.

2

4

8

9

11 / Model PC label 18x7mm 1 36 7500784000000

No. Part No. Description Qty.

2 26 7400628000000 Speaker felt 1

Chassis 1 27 6002144000000

1 28 6002113000000 Earpiece connector cover 1

1 29 6002124000000

Machine screw M2.0x2.5mm 2 33 6101008000000

1 34 4200040000300

Stopper for earpiece

connector cover

Micro USB cover 1

Power Cord 1

2

1

1

Exploded View and Packaging Guide

Uc (430‐470 MHz)

8

12

6203683000000

Decoration sheet (bottom side)

1 37 / Antenna core

1

7500305000000

Silicon rubber pad for battery

connector

7600052000000

7500749000000

16 / Semi-finished keypad board

1 41

7400329000000

MIC pad

1

17

7300122000000

Metal dome for functional key

1 42

5002270000030

Microphone

1

7500748000000

Aluminum chassis shielding

cover

19

6101009000000

P&R keypad

1 44

6101018100000

Silicon rubber pad for battery

4

6002125000000

Silicone rubber plug for RF

test port

21

6203685000000

Decoration sheet (left side)

1 46

6101023100000

Main waterproof ring

1

22

6002110000000

PTT key cover

1 47

6101022100000

Waterproof ring for battery

1

23

6101052100000

PTT key (silicone rubber)

1 48

6002129000000

Battery Cover

1

6203682000000

7500756000000

No. Part No. Description Qty.

13

14

15

18

20

24

25

PORON pad for connector 1 38 6101083100000

Conductive sponge for front case 1 39 7101904020200

Double-sided adhesive tape for

keypad FPC

Double-sided adhesive tape for

LCD lens

LCD lens 1 45 6101059100000

Speaker steel felt 1 49 /

Double-sided adhesive tape for

speaker steel felt

No. Part No. Description Qty.

1 40 7400141000000

1 43 6300253000000

1 50 6002132000000

Note

Parts that are not marked with Part Number may vary with the frequency band.

Self-tapping Screw

ST1.9x4.0mm

NSM08Z01 MIC felt 1

PC label with LOGO

19.7x4.8mm

BC21 belt clip 1

1

3

1

1

1

Uc (430‐470 MHz)

Exploded View and Packaging Guide

9

3.2 Packaging Guide

Specifications

Uc (430‐470 MHz)

10

Battery Life (5-5-90 Duty Cycle,

Battery

Dimensions (H×W×D)
(with standard battery, without
antenna)

Weight (with antenna &
standard battery)

4. Specifications

General

Frequency Range

430‐470 MHz

Channel Capacity 256

Channel Spacing 25 kHz/12.5 kHz

 Rated voltage: 3.7 V

Operating Voltage

 Extreme voltage: 3.15–4.2V

Battery 2000 mAh Li-Ion battery

High TX Power)

 Analog: 10 hours

High-capacity 2000mAh Li-Ion

 Digital: 12 hours

Operating Temperature

°

C to +60°C

-30

106 mm × 57 mm × 23 mm

About 180 g

Frequency Stability ±0.5 ppm

 Analog

 0.28 μV (12 dB SINAD)

Sensitivity

 0.22 μV (Typical) (12 dB SINAD)

 0.22 μV (20 dB SINAD)

 Digital: -116 dBm/BER5%

 TIA-603: 60 dB@12.5 kHz/70 dB@2

Adjacent Channel Selectivity

 ETSI: 60 dB@12.5 kHz/70 dB@25 kHz

 TIA-603: 70 dB@12.5/25 k

Intermodulation

 ETSI: 65

 TIA-603: 70 dB@12.5/25 kHz

Spurious Response Rejection

 ETSI: 70 dB@12.5/25 kHz

Receiver

dB@12.5/25 kH

5 kHz

Hz

z

Blocking 84 dB

Uc (430‐470 MHz)

Specifications

11

Rated Audio Power Output 0.4 W (8 Ω load)

Rated Audio Distortion ≤5%

Transmitter

Power Output 3 W/1.5 W

Conducted/Radiated Emission

Modulation Limiting

FM Noise

Audio Distortion ≤3%

 -36 dBm<1 GHz

 -30 dBm>1 GHz

 ±2.5 kHz@12.5 kHz

 ±5.0 kHz@25 kHz

 40 dB@12.5 kHz

 45

dB@25 kHz

Note

All Specifications are tested according to applicable standards, and subject to change without notice

due to continuous development.

Circuit Description

Uc (430‐470 MHz)

12

CODEC

TLV320AIC3204

STM32F101VET6

AMP

MAX9716EUA

MCLK

BCLK
WCLK

DIN

DOUT

MCLK

VDD3V3

12.288MHZ

SCL

SDA

Security Key

I2S

HPI

VOICE

CODER

Protoccol

Stack

4FSK

FM

Demod

Channel

Selection

SCT3928

S0CLK

S0FS

S0DO

S0DI

S1CLK

S1FS

S1DO

S1DI

CLKIN

SCL

SDA

FLASH_CLK

FLASH_CE

FLASH_DI

FLASH_DO

MCU

PLL_CLK
PLL_STB

PLL_DATA

PLL_LD

MOD_VCO

MOD_REF

AFDET

SQL

RSSI

BAT_DET

APC/TV

ADJ_CRY

Volume

adjust

BEEP

3V0A

BAT

T/R

SW-CVread

BIAS_DOWN

RSSI

PTT

12MHZ

OPT_SEL

R/G

RESET

3V3D

W/N

EEPROM

24FC512-I/SM

I2C

3V3D

3V0D

1V2

LOR

LOL

IN3R

IN1L

HPL

IN2L

AF_MUTE

AF_MUTE

USART port

VOX

VOX

EXT_interface

ext_mic
ext_spk

V_CHARGER

LCD

LCD_RSTB

LCD_CSB

LCD_SDA

LCD_SCLK

A0

5. Circuit Description

5.1 Baseband6HFWLRQ

5.1.1 Power Supply Module

Diagram of Power Control

The power supply employs a single 3.7V li-ion battery. The RF section uses LDO to regulate WKHYROWDJHWR 3V

for FGU and PLL circuits and the control parts of RX and TX circuits. The BB secti

to regulate

C to convert the voltage to 1.2V.

DC/D

WKHYROWDJHWR 3V for Codec, MC

U and SCT3928. The core power supply of SCT3928 uses

on uses ORZGURSRXW/'2

Uc (430‐470 MHz)

Circuit Description

13

3 VRT

U301

LDO

RP102N 301B

PWR- KEY_ DET

To PLL

SCT3928

PWR_ON

POWER_ON

U302

LDO

RP102N 301B

U307

LDO

RP102N 301B

DTC114YE

U310

DC-DC

TPS62561DDCR

3V0A

3V0D

A

3V0

U308

LDO

RP102N 301B

POWER_ON

POWER_ON

POWER_ON

POWER_ON

PWR_STC3V

U306

LDO

RP102N 301B

EM6M2

VDD_OP

To APC

To autio PA

To RF PA

To APC REF

VBAT

TP609

U608

CHARGER

MC 34673

CHG

VBUS

PPP

After inserted the charger, wake

up the walky- talky

Read charger status

Detect charger inserted

EM6M2

EM6M2

3V_TX_ RF

3V_ RX_RF

TEM-LEV- DET-TC

TX_EN

RX_EN

To SCT 3928 ,U203( Security Key),crystal, Codec

To LED

To SCT3928

To_ EEPROM

To MCU

To Codec LDOIN

RESET

To Mic amp

RESET

R 3112Q271A

POWER_ KEY-

POWER_ KEY-

To keypad( hardware connectted)

DC2DC_ CTRL

To VCO

To FAST LOCK

VCC_VC_ TCXO

3V0_ FGU_PER

VCC_CP

DTC114YE

CHG_ CURRENT

ISET

U309

XC6118N28

AMR-G

3V FGU

U304

LDO

RP102Z301D

1V2D

To LCD

VCO buffer and amp.

POWER_ON

TX_EN

LED_LCD_BL

Powering On/ Off

Circuit Description

Uc (430‐470 MHz)

14

When \RXlong press the Pow

the radio p

level.

During power-off, POWER_KEY- is at low level, while PWR-KEY_DET is at high level. The system

detects power-off procedure via PWR-KEY_DET and implements the power-off procedure. Then

PWR_ON and POWER_ON go to low level, and the power is cut off.

owers RQ. After power-on, PW

er On-Off/ESC key, POWER_KEY- and POWER_ON are at high level, and

R_ON goes to high level, and PWR-KEY_DET goes to low

Uc (430‐470 MHz)

Circuit Description

15

STM32F101 VET6

VDD3V3

12.288 MHZ

HPI

VOICE

CODER

Protoccol

Stack

4 FSK

FM

Demod

Channel

Selection

SCT3928

S0 CLK

S0FS

S0DO

S0DI

S1 CLK

S1FS

S1DO

S1DI

CLKIN

SCL

SDA

FLASH_ CLK

FLASH_CE

FLASH_DI

FLASH_DO

MCU

PLL_CLK
PLL_STB

PLL_ DATA

PLL_LD

SQL

RSSI

BAT_DET

APC/TV

ADJ_CRY

Volume

adjust

T/R

SW-CVread

BIAS_DOWN

RSSI

PTT

12MHZ

OPT_SEL

R/G

RESET

3V3D

W/N

EEPROM

24FC512-I/ SM

I2C

3V3D

3V0D

1V2

AF_ MUTE

USART port

VOX

EXT_ interface

ext_mic
ext_spk

V_ CHARGER

LCD

LCD_RSTB

LCD_CSB

LCD_SDA

LCD_SCLK

A0

5.1.2 Control Module

Circuit Description

Uc (430‐470 MHz)

16

SCT3928

RESET IC

RESET

RSTN

CODEC

MCU

Codec_RESET

LCD

LCD_RSTB

CODEC

TLV320AIC3204

AMP

MAX9716EUA

MCLK

BCLK
WCLK

DIN

DOUT

MCLK

VDD3V3

12.288MHZ

SCL

SDA

Security Key

I2S

VOICE

CODER

Protoccol

Stack

4FSK

FM

Demod

Channel

Selection

SCT3928

S0CLK

S0FS

S0DO

S0DI

S1CLK

S1FS
S1DO

S1DI

CLKIN

SCL

SDA

FLASH_CLK

FLASH_CE

FLASH_DI

FLASH_DO

MOD_VCO

MOD_REF

AFDET

BEEP

3V0A

BAT

3V0D

1V2

LOR

LOL/R

IN3R

IN1L

HPL/R

IN2L

AF_MUTE

VOX

These two signals go to FGU

for modulation

This signal is output via BA4116

after RX down conversion

The radio uses STM32F101VET6(MCU) and SCT3928(Baseband IC). STM32F101VET6 is the main

controller unit, while SCT3928 is the baseband processor chip, which is used for analog and digital

modulation/demodulation and digital voice encoding/decoding. MCU communicates with SCT3928 via

HPI BUS, connects to 512K EEPROM via I2C BUS and controls the LCD display via SPI BUS.

STM32F101VET6 uses the 12MHz crystal oscillator as the clock signal while SCT3928 uses the

12.288MHz crystal oscillator as the clock signal.

Reset Signal

5.1.3 Audio Module

Audio Diagram

The audio processing section uses SCT3928 and TLV320AIC3204. The audio amplifier uses

MAX9716EUA. The diagram is as follows:

The audio module is mainly composed of:

 RX path

The signal demodulated by RF module is sent to the input port of third path of TLV320AIC3204 for

amplifying. After DQDORJWRGLJLWDO$' conversion, the signal is sent to SCT3928 via I2S interface for
internal processing. Then the signal is sent to TLV320AIC3204 via I2S interface for GLJLWDOWRDQDORJ'$

conversion and amplifying.

Uc (430‐470 MHz)

Circuit Description

17

Rated Power (Po)

0.4W

R L =8Ω

Maximum Power (P

)

0.8W

R L =8Ω

)LQDOO\the audio signal is output to audio amplifier MAX9716EUA for amplifying via the HPL/R port of

TLV320AIC3204 to drive the speaker.

 TX path

The audio signal UHFHLYed by the MIC is divided into two paths: one path i

for VO

the signal is sent to SCT3928 via I2S interface for internal processing. Then the signal is sent to

TLV320AIC3204 via I2S interface for DA conversion and amplifying. Finally, the audio signal is output to

FGU for two-path modulation via the LOL/R port of TLV320AIC3204.

 External Connector

X sampling; the other path is sent to TLV320AIC3204 for AGC amplifying. After AD conversion,

 Earpiece connector: Ф2.5mm standard earpiece connector for specific earpiece.

 USB port: It is used for battery charging and programming.

s processed and sent to MCU

Audio Amplifier

Main parameters of MAX9716EUA are listed in the table below:

max

5.2 RF Section

5.2.1

The transmitter circuit is mainly composed of:

 RF Power Amplifier Circuit

 Low-pass Filter Circuit (for suppressing harmonics)

 Auto Power Control Circuit (APC)

Transmitter Circuit

Circuit Description

Uc (430‐470 MHz)

18

ANT

Gate voltage control

Subtracter

Gain : 12 dB

Po(-

1dB):15

static Ic :

40 mA

Gain :12dB

Po ( - 1dB): 27 dB

mstatic Id:

100 mA

Gain : 10 dB

Po (-1dB): 35 dB

mstatic Id

:

250 mA

S 11:≤

- 15 dB

S

21:

≥

­0

.

2 dB

S 21 / dB : ≥- 0. 3

S 11 / dB

： ≤

- 15

S 22 / dB

： ≤

- 15

TX - RX

Isolation / dB

：

≤

- 20

ANT-RX

Isolation /dB

：

≤

- 20

S 11 / dB

： ≤

- 15

S 22 / dB

： ≤

- 15

S 21 / dB : ≥- 0. 8

BW

( -

3 dB):520 MHZ

Stop band

attenuation : - 50 dBc

TX

VCO

level : >

0

dBm

BATT

I/ V convertor

APC module :

1 ) attack time and

decay time is less than

1. 5 mS

2

)

close gain rate Ga is large than
20 value

Gain : 15 dB

Po(- 1dB):5 dB

mstatic Ic :

12 mA

S a m p l in g r es i st o r

Pre - Driver 2

Drive - stage Final - stage

Low - pass

Filter

Pre - Driver 1

PA match

Tx / Rx

Switch

2SC3356

BFQ 540

2SK3078

RFM03U3CT

T 3 V

APC From TV

To RX

TxVCO 3 V

2SC3356

2SC5108

T / R

T / R

T / R

+

= - 10 dB

Gain : 15 dB

Po ( -

1dB):5 dB

mstatic Ic :

12

mA

Gain : 11 dB

Po (-

1dB ): 3dB

m

static Ic

:

5 mA

buffer Pre - Driver

Buffer amplifier Interstage isolation Pre-Driver Driver/Final Stage TX/RX switch Low-pass filter

π-type

attenuator

Π

dB

m

π-type

attenuator

RF Power Amplifier Circuit

The carrier signal generated by TX VCO is modulated and amplified by 2SC5108/2SC3356, then goes to

the transmitter circuit through TX/RX75 switch circuit. The signal passes through a π-type at

, allowing interstage isolation between the RF power amplifier circuit and TX VCO. After that, the

first

signal goes to the pre-driver amplifier (2SC3356) for prHamplification, allowing DQ

interstage isolation between the pre-driver amplifier and the next amplifier. Then, the signal goes to

another pre-driver amplifier (BFQ540) and the driver amplifier (2SK3078) for further power amplification,

to provide DGHTXDWHO\DPSOLILHG signal to the final-stag

amplif

ication. After amplified by multiple amplifiers, the signal will pass through a microstrip matcher to

e amplifier (RFM03U3CT) for final power

complete output impedance matching, so as to reduce output power loss due to impedance mismatch.

Then the transmitting signal will go to the low-pass filter through TX/RX switch circuit.

Low-pass Filter Circuit (for suppressing harmonics)

The low-pass filter for suppressing harmonics is a high-order Chebyshev filter composed of

lumped-parameter inductors and capacitors. Via this filter, the spurious signal within the stop band can

be attenuated as much as possible while the in-band ripple is within the required range.

Auto Power Control Circuit

In the auto power control circuit, the drain current from the driver amplifier and final-stage amplifier is

converted to voltage via the sampling resistor and subtraction circuit (composed of the first operational

amplifier). This voltage is compared with the APC control voltage (output by DAC) at the second

operational amplifier. Then the error voltage, which is output by the second operational amplifier,

tenuator

controls TX power by controlling the bias voltage at the gates of the amplifiers (including the driver

amplifier BFQ540+2SK3078 and the final-stage amplifier).

Uc (430‐470 MHz)

Circuit Description

19

Low-pass Filter

Band-pass Filter1

Low-Noise Amp

AT-41511

Band-pass Filter2

Mixer

HSMS-2827

IF Filter

IF Processor

IF Amp

2SC5108

ANT

LPF

S21≤1.5dB

Ripple Inband≤ 1dB

Stop band attenuation: -30dBc

S21≥ -0.8dB
S11≤ -15dB
S22≤ -15dB
Ripple Inband≤ 0.4dB
BW(-3dB): 520MHZ
Stop band attenuation: -50dBc

TV

Tuning voltage： 0.5-2.8V
Linear Gain≥ 12dB
S11≤ -15dB
S22≤ -15dB
S12≤ -30dB
Rejection at -1/2IF≥ 15dB
Rejection at -2IF≥ 80dB
Rejection at 2Fin-3IF≥ 55dB
IIP3 ≥ 1dBm
Distortion ≤ 2%

Insertion Loss≤ 2dB
S11≤ -15dB
S22≤ -15dB
Rejection at -2IF ≥ 40dB
Rejection at -1/2IF > 8dB

Vdd： 3Vdc
Gain≥ 18dB
Current Drain≤ 8mA
S11≤ -15dB
S22≤ -15dB
S12≤ -25dB
NF≤1.5dB

Insertion Loss≤ 3dB
S11≤ -15dB
S22≤ -15dB
Rejection at -2IF ≥ 40dB
Rejection at -1/2IF >12dB

Lo

Lo Amp

2SC3356

Conversion loss≥-7dB
IIP3≥ 15dBm
Isolation ：
of Lo-RF> 30dB
of RF-IF> 25dB
of Lo-IF> 30dB
Lo input level≥7dBm
NF≤7

dB

Vdd： 3Vdc
Gain≥ 20dB
Current Drain≤ 3mA
S11≤ -15dB
S22≤ -15dB
S12≤ -25dB
output level≤ -11dBm

Centre Frequency： 38.85MHz
Insertion loss≤ 5dB
3dB Bandwith≥±5KHz
Ripple Inband≤ 1dB
Attenuation：
@±12.5kHz≥18dBc
@±25kHz≥ 40dBc
@±2*2nd IF≥ 85dBc
S11≤ -15dB
S22≤ -15dB
IIP3≥ 18dBm

Gain≥ 4dB
Distortion ≤3%
Ripple Inband≤ 1dB
3dB Bandwith≥±6KHz
Attenuation：
@±12.5kHz≥18dBc
@±25kHz≥ 40dBc
@±2*2nd IF≥ 85dBc

Vdd： 3Vdc
Input level≥ -99dBm

2nd Lo:
Vdd： 3Vdc

Frequency： 38.4MHz
Current Drain≤ 2mA
output level≤ -22dBm

Pi Attenuator

Lo input level≥7dBm

IL:0.5dB
Zin/Zout:50R

Attenuator Protect

RB706F

3Vdc

Double Circuit

2SC5108

3VFGU

VCTCXO

19.2MHz

BA4116FV

AF OUT

5.2.2 Receiver Circuit

The receiver circuit mainly comprises the RF band-pass filter, low-noise amplifier, mixer, IF filter, IF

amplifier and IF processor.

Receiver Front-end

The HF signal from the low-pass filter passes through the electrically tunable first-stage 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 (Q6005). The amplified signal goes to a second-stage band-pass filter

which is also controlled via APC/TV1 level, to remove out-of-band interference signal generated during

amplification, and to send GHVLUHG HF signal to the mixer.
ThLV+) signal passes through the RF band-pass

(D6009)

. Meanwhile, the first local oscillator (LO) signal generated by VCO passes through the low-pass

filter and also goes to the mixer (D6009). In the mixer, the +) signal and the first LO signal are
mixed to generate the first IF signal (38.85MHz). Then the ,)signal passes through the frequency selection

network composed of LC, to suppress carriers other than the 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 (Z6001),

and is sent to the IF amplifier circuit (Q6006) for amplification. Then the amplified signal goes to the IF

processor BA4116FV for processing.

filter and low-noise amplifier and goes to the mixer

Circuit Description

Uc (430‐470 MHz)

20

Receiver Back-end

The processed first IF signal is sent to IC BA4116 for second mixing (the second harmonic of the PLL

crystal will be selected as the second LO signal, which will be mixed and converted to the 450 kHz

second IF signal) and will go through the 450 kHz ceramic filter to filter out the spurious signal before the

second IF signal is amplified and frequency discriminated. Then the first IF signal will be processed

internally and demodulated. Finally, the demodulated signals will be sent to the baseband section for

audio processing.

5.2.3 Frequency Generation Unit (FGU)

The FGU, composed of VCO and PLL, is the core module of the whole TX-RX system. This unit

provides accurate carrier frequency during transmission, and stable LO signal during receipt. It has a

direct influence on the performance of the system.

Uc (430‐470 MHz)

Circuit Description

21

RX_VCO

PLL Sky72310

Buffer

Amp T/R_Switch

RF feedback LPF

TX_VCO

Mod_1

Loop Filter

VC_TXCO

Mod_2

PN: ≤-80 (dBc/Hz)@1KHz
PN: ≤-112 (dBc/Hz)@12.5KHz
PN: ≤-120 (dBc/Hz)@25KHz
PN: ≤-136 (dBc/Hz)@100KHz
PN: ≤-145 (dBc/Hz)@1MHz
Two Point modulation：

0.1～5KHz modulate
ripple≤±0.5dB

Fc=19.2MHz

To TX

To Mixer

2SC5108

Gain≤5dB
isolation≥20dB
Current≤4mA

2SC3356

Gain≥10dB
isolation≥15dB
Current≤10mA

3dB BW≤3.5K
Phase Margin:30-55°

A=0.1Vpp~2.0Vpp

S21=-3dB
Fpass=500MHz
Fstop=800MHz
Astop=40dB

Kv≤30MHz/V

CV=0.8~2.3V
F=361.15~401.15MHz

PN≤-116dBc/Hz@12.5KHz

Kv≤30MHz/V

CV=0.8~2.3V
F=400~440MHz

PN≤-116dBc/Hz@12.5KHz

3.0v for core&Vp
Compare frequence:4.8MHz
Prescaler Level：50~250mVpp

Pi Attenuator

isolation=1dB

FGU Close Loop:

Residual noise deviation：
300～3KHz:≤50Hz
50Hz～15KHz:≤100Hz
Reverse Isolation：＞40dB（Buffer to Amp）
RF_OUT: ≥0 dBm （to RX)

≥-1 dBm （to TX)

Working Principle of PLL

The 19.2MHz frequency generated by the reference crystal oscillator goes to PLL for division,

generating the reference frequency (i.e. step frequency f1). Meanwhile, the frequency generated by

VCO goes into the PLL, where frequency f2 is generated through frequency division. Then frequencies

f1 and f2 are compared in the phase detector (PD), to generate continuous pulse current. The current

goes to the loop filter for RC integration, and is then converted to CV voltage. Then the CV voltage is

sent to the varactor of VCO. The varactor adjust

becomes constant. Then PLL is locked, and the stable frequency output by VCO goes to the TX-RX channel

through two buffer amplifiers.

Working Principle of VCO

VCO employs Colpitts oscillator circuit. There are two types of VCO: RX VCO and TX VCO. RX VCO

provides LO signal while TX VCO provides carrier for TX signal. When operating, the oscillator

obtains different output frequencies by changing the varactor's control voltage (i.e. CV voltage) and then

uses the control signals VCC_VCO_L and VCC_VCO_H to switch operating status. VCO_L is used for

receiving while VCO_H is used for transmitting.

Two-point Modulation

In TX mode, the two-point modulation is employed, to obtain higher modulation accuracy and

lower 4FSK bit error rate. MOD_VCO and MOD_REF send the modulation signal to the modulation end

of VCO and the reference crystal oscillator of PLL respectively to modulate TX VCO and the reference

crystal oscillator.

s the output frequency of VCO directly until the CV voltage

Troubleshooting Flow Chart

Uc (430‐470 MHz)

22

6. Troubleshooting Flow Chart

6.1 Control Circuit

6.1.1

No Display upon Power-on or Abnormal Display

No display upon power-on or

abnormal display[1]

The voltage of TP304

(V_BAT) is normal?[2]

Yes

The POWER_KEY- signal

(R306) is at high level

when holding down the

Power On/Off key?

Yes

The power supply of LCD

is normal?

Yes

The LCD clock, reset and

data signals are normal?

No

MCU power supply and clock

are normal?

No

No

No

Yes

No

Check whether the battery voltage

is too low or whether the contact

spring plate works well

Check whether the keypad

board and its connection are

normal

Check U307

Check whether the LCD and

its connection are normal

Check whether X100 crystal

oscillator and U302 are

normal

Yes

MCU reset signal (14-pin) is

normal?

Yes

1V2D, 3V0D, 3VRT and

3VFGU are normal?

Yes

12.288MHz clock is
normal?

Yes

Completed

No

No

No

Check U103

Check U300, U302, U306 and

U304

Check the clock generation

amplifier circuits of X200, Q200

and U204

Description of Normal Situations:

[1] The LED indicator works properly after the radio powers on.

[2] The radio can be powered on normally when the battery voltage is higher than 3.15 V.

Uc (430‐470 MHz)

Troubleshooting Flow Chart

23

Yes

No

No

Yes

No

Yes

Completed

SPK+ and SPK- output

normally?

Check the speaker

and its connection

No voice output by

speaker

U802 has audio signal

inputs (C810 and C820)?

U802 enable signal

is normal?

CODEC audio input

(AF_IN) is normal?

No

Refer to receiver

circuit for repairing

information

3V0D and 3V0A are

generated normally?

Check U301，U302

Yes

CODEC Reset is normal?

Yes

U802 is abnormal or

damaged

No

Check D8005 and

MCU

No

Check MCU

Does CODEC send data to

SCT3928 (SIDI signal)?

CODEC is abnormal

or damaged

No

Yes

Does SCT3928 send
data back to CODEC

(SIDO signal)?

CODEC is abnormal

or damaged

No

No

MCU controls

SCT3928 normally?

SCT3928 is abnormal

or damaged

Yes

Yes

Yes

6.1.2 No Voice Output by Speaker

Troubleshooting Flow Chart

Uc (430‐470 MHz)

24

No

Yes

Yes

MIC inputs normally? Check MIC

No modulation signal

in transmission

CODEC audio input

(MICN2/MICP2) is normal?

CODEC output (R202,

R204) is normal?

Refer to FGU diagram

for repairing

information

No

Check whether U401

works normally

No

Yes

Completed

Does CODEC send data to

SCT3928 (SIDI signal)?

CODEC is abnormal

or damaged

No

Yes

Does SCT3928 send
data back to CODEC

(SIDO signal)?

CODEC is abnormal

or damaged

No

No

MCU controls

SCT3928 normally?

SCT3928 is abnormal

or damaged

Yes

Yes

CODEC power supply and

reset signals are normal?

Check MCU and

related LDO

No

Yes

6.1.3 No Modulation Signal in Transmission

Uc (430‐470 MHz)

Troubleshooting Flow Chart

25

Check Q6005

Second LO is normal?[6]

Input IF signal via z6001 to

check whether IF sensitivity

is normal?[5]

Check U306

No

No

Yes

Yes

Yes

Yes

Yes

Yes

No

No

No

No

No

No receiving

No

Yes

Yes

Check RX VCO

Yes

No

Yes

No

No

Yes

3V_RX_RF outputs

normally?[1]

The static working

point of Q6005 is

normal?[3]

Yes

Completed

No

3VRT

outputs normally?[2]

Check Q6006

Check Q611

and peripheral

components

Check X8001

and related

components

19.2 MHz is normal?[7]

The static working

point of Q6006 is

normal?[4]

LNA_Out output is

normal?[8]

Check Q6005 and

front-end RF circuit

LO signal output is

normal?[9]

RX_LO output is

normal?[10]

First IF output is

normal?[11]

Check Z6001, Q6006 and

peripheral circuit

Input signal is normal?[12]

Check signal frequency,

amplitude and modulation

information

6.2 Receiver Circuit