DIGITAL WALL-MOUNTED REPEATER
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:
RD62X Digital Wall-mounted Repeater
(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
The text in boldface denotes the name of a hardware button. For example, press
Repair informations on UHF1 and VHF
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
Convention Description
” ”
Bold
->
example, click “OK”.
the 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
The table below lists all of the revision histories.
Version Release Date Description
R5.6 04-2014 Initial Release.
are released.
UHF1 (400
‐470MHz)
UHF1 (400‐470MHz)
Contents
i
Contents
1. Product Overview ................................................................................................................................. 1
2. Disassembly and Assembly ................................................................................................................ 6
2.1 Disassembling .................................................................................................................................. 6
2.2 Assembling ..................................................................................................................................... 13
3. Exploded View and Packaging Guide .............................................................................................. 15
3.1 Exploded View (excluding duplexer) .............................................................................................. 15
3.2 Exploded View (including duplexer) ............................................................................................... 17
3.3 Packaging Guide ............................................................................................................................ 19
4. Specification ....................................................................................................................................... 20
5. Circuit Description ............................................................................................................................. 23
5.1 Front Panel ..................................................................................................................................... 23
5.2 Baseband ........................................................................................................................................ 23
5.2.1 Power Supply Module .......................................................................................................... 23
5.2.2 Control Module ..................................................................................................................... 24
5.2.3 Audio Module ........................................................................................................................ 31
5.3 RF Section ...................................................................................................................................... 33
5.3.1 Transmitter Circuit ................................................................................................................ 33
5.3.1.1 Power Amplifier ................................................................................................................. 33
5.3.1.2 Harmonic Suppression Filter ............................................................................................. 34
5.3.1.3 Directional Coupler ............................................................................................................ 34
5.3.1.4 Power Control .................................................................................................................... 34
5.3.1.5 Temperature Protection ..................................................................................................... 34
5.3.1.6 VSWR Protection .............................................................................................................. 34
5.3.2 Receiver Circuit .................................................................................................................... 35
5.3.3 Frequency Generation Unit (FGU) ....................................................................................... 36
6. Troubleshooting Flow Chart ............................................................................................................. 39
6.1 Control Circuit ................................................................................................................................. 39
6.2 Transmitter Circuit .......................................................................................................................... 39
6.3 Receiver Circuit .............................................................................................................................. 42
6.4 FGU Circuit ..................................................................................................................................... 43
7. Interface Definition .............................................................................................................................
45
7.1 26PIN MAP Interface on Front Panel ............................................................................................. 45
7.2 RJ45 (female) Interface on Front Panel ......................................................................................... 47
7.3 TX/ANT Interface on Rear Panel .................................................................................................... 49
7.4 RX Interface on Rear Panel............................................................................................................ 49
7.5 AC Power Supply Interface on Rear Panel .................................................................................... 49
7.6 Battery Interface on Rear Panel ..................................................................................................... 50
Contents
UHF1 (400‐470MHz)
ii
7.7 Interfaces Located between Internal Front Panel and Main Board................................................ 50
8. Tuning Description ............................................................................................................................. 52
8.1 Required Test Instruments ............................................................................................................. 52
8.2 Tuning Process ............................................................................................................................... 52
8.2.1 Tuning a Repeater ................................................................................................................ 52
8.2.2 Test a Repeater .................................................................................................................... 55
9. PCB View ............................................................................................................................................. 56
10. Block Diagram .................................................................................................................................. 58
10.1 TX Circuit ...................................................................................................................................... 58
10.2 RX Circuit ...................................................................................................................................... 58
10.3 FUG Module ................................................................................................................................. 59
11. Schematic Diagram .......................................................................................................................... 60
12. Parts List ........................................................................................................................................... 78
UHF1 (400‐470MHz)
Product Overview
1
1. Product Overview
Parts
No. Part Name No. Part Name
1 Front Panel 4 Foot Pad
2 Upper Cover 5 Fan Mesh Enclosure
3 Chassis - -
Product Overview
UHF1 (400‐470MHz)
2
Front Panel
No. Part Name No. Part Name
1 Power LED Indicator 7 Slot B RX LED Indicator
2 Digital Mode LED Indicator 8 Alarm LED Indicator
3 Analog Mode LED Indicator 9 Fan Inlet
4 Slot A TX LED Indicator 10 Accessory Connector
5 Slot A RX LED Indicator 11 Ethernet Interface
6 Slot B TX LED Indicator - -
UHF1 (400‐470MHz)
Product Overview
3
Rear Panel
No. Part Name No. Part Name
1 DC Power Inlet 5 AC Power Inlet
2 Fan Outlet 6 AC Power Switch
ANT/TX Antenna Connector (N-type,
3 Ground Terminal 7
Female)
4 Fuse Box 8 RX Antenna Connector (N-type, Female)
Product Overview
UHF1 (400‐470MHz)
4
Internal Parts (including duplexer)
Internal Parts (excluding duplexer)
UHF1 (400‐470MHz)
Product Overview
5
No. Part Name No. Part Name
1 Main Body 5 Floating Charge PCB
2 Duplexer Module 6 Switching Power Module
3 LED Indicator PCB 7 Fan Module
4 Main PCB - -
Disassembly and Assembly
UHF1 (400‐470MHz)
6
2. Disassembly and Assembly
2.1 Disassembling
Step 1 Turn off the repeater and detach the power cord, antenna and Ethernet cable.
Step 2 Remove the four screws from both sides of the upper cover first, and then remove the four
screws from front and rear panel.
Step 3 Lift up the upper cover horizontally and remove it. Move to Step 7 if the repeater is not
equipped with duplexer module.
Step 4 Remove the four screws fixing the duplexer bracket.
UHF1 (400‐470MHz)
Disassembly and Assembly
7
Step 5 Loosen the three RF connectors of the RF cable connected to the duplexer, and then lift up to
take out the duplexer module.
Step 6 Loosen the RF connectors marked in the figure below and remove the three RF cables.
Disassembly and Assembly
UHF1 (400‐470MHz)
8
Step 7 Loosen the RF connectors marked in the figure below and remove the two RF cables.
Step 8 Remove the power cords and signal wire marked in the figure below.
UHF1 (400‐470MHz)
Disassembly and Assembly
9
Step 9 Remove the power cord connector marked in the figure below. Cut the cable tie marked in the
figure below for convenient operation afterwards.
Step 10 Remove the four screws fixing the fan module and then take out the fan mesh enclosure and
wind scooper.
Disassembly and Assembly
UHF1 (400‐470MHz)
10
Step 11 Remove the six screws marked in the figure below and take out the Main PCB. Tilt to the
upper right slightly when taking out the Main PCB.
Step 12 Remove the six screws marked in the figure below and take out the Floating Charge PCB.
UHF1 (400‐470MHz)
Disassembly and Assembly
11
Step 13 Remove the four screws marked in the figure below and take out the Switching Power Module.
Step 14 Remove the two screws marked in the figure below and take out the LED PCB.
Disassembly and Assembly
UHF1 (400‐470MHz)
12
Step 15 Remove the two screws marked in the figure below, lift up and take out the Conductive
Sponge Fixing Plate.
Step 16 Remove the two screws marked in the figure below and take out the PA Fixing Plate.
UHF1 (400‐470MHz)
Disassembly and Assembly
13
Step 17 Remove the four screws marked in the figure below and take out the PA Heat Sink.
2.2 Assembling
To assemble the repeater after disassembling, perform the above steps in a reversed order. Please note
that when securing the screws on the upper cover, secure the four screws from front and rear panel first,
and then secure the four screws from both sides of the upper cover.
Disassembly and Assembly
UHF1 (400‐470MHz)
14
UHF1 (400‐470MHz)
Exploded View and Packaging Guide
15
3. Exploded View and Packaging Guide
3.1 Exploded View (excluding duplexer)
Parts list:
Exploded View and Packaging Guide
UHF1 (400‐470MHz)
16
1
4399010000000
Power Switch
1
24
5401000000200
Fan
1
Connector Silicone
Power Input Port
Bottom Insulation Pad
Module
LED board,
manually soldered
Conductive Sponge
Shielding Mask
Main board,
manually soldered
No. Part No. Part Name Qty. No. Part No. Part Name Qty.
2 4099000000150 Fuse 1
3 5205003100210 AC Power Socket 1
4 4408100002000
5 7500663000000
6 7104008000600 Ground Terminal 1
7 6203264000010 Bottom Case 1
8 7104005000010 Wall-mount Screws 4
9 6100994000000 Foot Pad 4
10 6203271000000 Wall-mount Bracket 1
11 75007610000000 Plastic Wall Anchor 3
12 86RD960100010 Blank Battery Label 1
Adapter RF
Connector
Rubber Pad for DC
25 6203267000000 Fan Wind Scooper 1
26 6203268000000 Duplexer Fixing Bracket 1
2
2
27 6203265000000 Upper Cover 1
28 86RD960600000 Hytera Logo Label 1
29 7500660000000 Cable Hanger 1
30 1615000000290 Floating Charge Board 1
31 1615000000280 Switching Power 1
32 7400556000000
33 4220190000400 RF Cable 2
34 4200210000000 Power Cord 1
35 4200210000100 Power Cord 1
for Switching Power
1
13 86RD620700000 Front Panel Label 1
14 7500662000000 LED Shading Pad 1
15 1302RD6200040
16 6203270000000
17 7500549000000
18 6300189000000 PA Fixing Plate 1
19 7500661000000
20 1302RD6200010
21 6203269000000 PA Heat Sink Pad 1
22 6203266000000 PA Heat Sink 1
23 7000393000000 Fan Protective Cover 1
semi-finished,
Fixing Plate for PA
Conductive Sponge
for PA Shielding Mask
PA Silicone Rubber
Pad
semi-finished,
36 4210160000300 Signal Cable 1
37 4200180001400 Power Cord 1
1
1
1
1
1
38 4200090000200 Power Cord 1
39 4200090000400 Power Cord 1
40 4200090000300 Power Cord 1
41 7103008001000 Screws (M3.0*8.0mm) 16
42 7103925020000
43 7103007000000 Screws (M3.0*7.0mm) 22
44 7103008000400 Screws (M3.0*8.0mm) 8
45 7105012020000
- - - -
Self-tapping Screws
(ST3.9*25mm)
Self-tapping Screws
(ST5.0*12mm)
3
4
UHF1 (400‐470MHz)
Exploded View and Packaging Guide
17
3.2 Exploded View (including duplexer)
Exploded View and Packaging Guide
UHF1 (400‐470MHz)
18
1
4399010000000
Power Switch
1
25
6203267000000
Fan Wind Scooper
1
Connector Silicone
Power Input Port
Bottom Insulation Pad
Module
LED board,
manually soldered
Conductive Sponge
Shielding Mask
Main board,
manually soldered
Parts list:
No. Part No. Part Name Qty. No. Part No. Part Name Qty.
2 4099000000150 Fuse 1
3 5205003100210 AC Power Socket 1
4 4408100002000
5 7500663000000
6 7104008000600 Ground Terminal 1
7 6203264000010 Bottom Case 1
8 7104005000010 Wall-mount Screws 4
9 6100994000000 Foot Pad 4
10 6203271000000 Wall-mount Bracket 1
11 75007610000000 Plastic Wall Anchor 3
12 86RD960100010 Blank Battery Label 1
Adapter RF
Connector
Rubber Pad for DC
26 3804384770009 Duplexer 1
27 6203268000000 Duplexer Fixing Bracket 1
2
2
28 6203265000000 Upper Cover 1
29 86RD960600000 Hytera Logo Label 1
30 7500660000000 Cable Hanger 1
31 1615000000290 Floating Charge Board 1
32 1615000000280 Switching Power 1
33 7400556000000
34 4220190000400 RF Cable 2
35 4220083000000 RF Cable 1
36 4200210000000 Power Cord 1
for Switching Power
1
13 86RD620700000 Front Panel Label 1
14 7500662000000 LED Shading Pad 1
15 1302RD6200040
16 6203270000000
17 7500549000000
18 6300189000000 PA Fixing Plate 1
19 7500661000000
20 1302RD6200010
21 6203269000000 PA Heat Sink Pad 1
22 6203266000000 PA Heat Sink 1
23 7000393000000 Fan Protective Cover 1
semi-finished,
Fixing Plate for PA
Conductive Sponge
for PA Shielding Mask
PA Silicone Rubber
Pad
semi-finished,
37 4200210000100 Power Cord 1
38 4210160000300 Signal Cable 1
1
1
1
1
1
39 4200180001400 Power Cord 1
40 4200090000200 Power Cord 1
41 4200090000400 Power Cord 1
42 4200090000300 Power Cord 1
43 7103008001000 Screws (M3.0*8.0mm) 16
44 7103925020000
45 7103007000000 Screws (M3.0*7.0mm) 22
46 7103008000400 Screws (M3.0*8.0mm) 8
47 7105012020000
Self-tapping Screws
(ST3.9*25mm)
Self-tapping Screws
(ST5.0*12mm)
3
4
UHF1 (400‐470MHz)
Exploded View and Packaging Guide
19
No. Part No. Part Name Qty. No. Part No. Part Name Qty.
24 5401000000200 Fan 1
3.3 Packaging Guide
48 6201585000000
Pad
M3*0.8mm*0D10mm
4
Specification
UHF1 (400‐470MHz)
20
4. Specification
Key specifications for UHF1 are shown in the table below:
General
Frequency Range 400‐470MHz
Channel Capacity 16
Channel Spacing 12.5 KHz/20 KHz/25 KHz
13.6±15% V DC
Operating Voltage
90‐264 V AC
Standby Current<0.5 A
Current Drain
Transmitting Current<5.5 A
Frequency Stability ±0.5 ppm
Antenna Impedance 50 Ω
Operating Temperature -30 ℃‐+60 ℃
Dimension (H×W×D) 348x210x108 mm
Weight 5 Kg
Transmitter
Power Output 1‐25 W
Conducted/Radiated
Spurious Emission
FM Modulation
4FSK Digital Modulation
-36 dBm<1 GHz
-30 dBm>1 GHz
11K0F3E@12.5 KHz
14K0F3E@20 KHz
16K0F3E@25 KHz
12.5KHz (data only): 7K60FXD
12.5kHz (data and voice): 7K60FXW
Modulation Limiting
2.5 KHz@12.5 KHz
4.0 KHz@20 KHz
UHF1 (400‐470MHz)
Specification
21
djacent Channel
Spurious Response
5.0 KHz@25 KHz
-40 dB@12.5 KHz
FM Hum and Noise
Adjacent Channel Power
Audio Response +1‐-3 dB
Audio Distortion
Digital Vocoder Type AMBE++ or SELP
Digital Protocol ETSI-TS102 361-1, -2, -3
-43 dB@20 KHz
-45 dB@25 KHz
60 dB@12.5 KHz
70 dB@20/25 KHz
Analog≤3%
Digital≤5%
Receiver
Analog:
0.3 μV (12 dB SINAD)
Sensitivity
A
Selectivity
Intermodulation
Rejection
Blocking
0.22 μV (Typical) (12 dB SINAD)
0.4 μV (20 dB SINAD)
Digital:
0.3μV/BER5%
TIA-603: 65 dB@12.5 KHz/75 dB@20/25 KHz
ETSI: 60 dB@12.5 KHz/75 dB@20/25 KHz
TIA-603: 75 dB@12.5/20/25 KHz
ETSI: 70 dB@12.5/20/25 KHz
TIA-603: 75dB@12.5/20/25KHz
ETSI: 70dB@12.5/20/25KHz
TIA-603: 90 dB
ETSI: 84 dB
Hum and Noise -40 dB@12.5 kHz
Specification
UHF1 (400‐470MHz)
22
Conducted Spurious
-43 dB@20 kHz
-45 dB@25 kHz
Internal (20Ω load): 8 W
Max Receiving Audio Power
External (8Ω load): 20 W
Rated Audio Distortion ≤3%
Audio Response +1‐-3 dB
<-57 dBm
Emission
Environmental Specifications
Operating Temperature -30℃‐+60℃
Storage Temperature -40℃‐+85 ℃
IEC 61000-4-2 (level 4)
ESD
American Military Standard MIL-STD-810 C/D/E/F
Dust/Water Protection IP2
Moisture Proof MIL-STD-810 C/D/E/F
Shock and Vibration MIL-STD-810 C/D/E/F
Note: All Specifications are tested according to applicable standards, and subject to change without
notice due to continuous development.
±2 kV (Contact discharge)
±4 kV (Air discharge)
UHF1 (400‐470MHz)
Circuit Description
23
Audio Codec
TLV320AIC29
OMAP5912
E
M
I
F
S
E
M
I
F
F
CLK
TV00570002CDGB
Mobile SDRAM
32MB
MT48H8M16LFB4-75
IT
datax16
datax16
DSP
TMS320C55x
MPU
ARM926EJ-S
SPI
McBSP2
McBSP1
MPUIO/
GPIO
SPI
IIS
32KHz
19.2MHz
TCXO
UART1
USB
GPIO
GPIO
JTAG
JTAG
LED
19.2MHz
Mic
preamp
Audio
preamp
PWM0/PWT
uWire
MCLK
19.2MHz
McBSP3
OMAP5912
CLK
DSP
TMS320C55x
MPU
ARM926EJ-S
McBSP2
McBSP1
JTAG
McBSP3
E
M
I
F
S
E
M
I
F
F
TV00570002CDGB
Mobile SDRAM
32MB
MT48H8M16LFB4-75
IT
datax16
datax16
JTAG
McBSP3
SPI
GPIO
DB26
RX Audio
GPIO
Program_ I/O
RJ45
Filted/Flat
Audio
MCSI
ADC
TLV1548
uWire
HT_Alarm
Pout_Check
VSWR_Check
TX_VCO_Watch
GPIO
GPIO
RX_VCO_Watch
McBSP1
VOL_DET
CS0
CS3
CS3
CS3
MCSI
UART1
RS232
(Con5)
Slot1/Slot2
19.2MHz
19.2MHz
To AD9864
To RX OMAP
McBSP1
From 19.2MHz TCXO
32KHz
32KHz
IO
EXPAND
ING
Synchronous Timing
RX Flat、Filtered Audio/SlotA、SlotB Audio
LCD CSZLCM1830
datax8
CS2
RS-232
BB Uint
LAN931
5. Circuit Description
5.1 Front Panel
The front panel provides human-machine interaction and is only equipped with 8 LED indicators.
5.2 Baseband
As a highly integrated hardware platform, the control chip (OMAP5912) incorporates two processors:
ARM+DSP. With a clock frequency of 19.2MHz, the control chip is of perfect processing performance.
OMAP5912 accommodates multiple peripheral interfaces and versatile access methods, making desired
functions available via the peripheral equipment.
The repeater adopts two OMAPs. One is used as RX OMAP, and the other as TX OMAP. The peripheral
equipment is mainly controlled by the ARM of TX OMAP. The functions of RX OMAP and TX OMAP are
described below:
RX OMAP5912
ARM processor: Reserved. I
DSP processor: to handle the algorithm of the RX baseband signal, so as to control SPI, MCBSP1
2
C and UART signals are reserved for option board.
and MCBSP3.
TX OMAP5912
ARM processor: to run the MMI software and part of stack software, so as to control related
peripheral equipment such as UART1, UART3, USB, KEYPAD and LED indicators.
DSP processor: to handle the algorithm of the TX baseband signal, so as to control SPI, MCBSP1
and MCBSP3.
5.2.1 Power Supply Module
Power supply module is mainly composed of two parts.
Circuit Description
UHF1 (400‐470MHz)
24
External
Power
B+
TX_
PA_Final
TPS543
40(3A)
TPS543
0(3A)
TPS7
A4501
Power Voltage
Detect Circuit
VOLT_DET
2SB1184(1A)
XC6209F502
PR(300mA)
RP102N33
1B(300mA)
XC6209F502
PR(300mA)
RP102N33
1B(300mA)
XC6209F502
PR(300mA)
XC6209F332
PR(300mA)
EXT_PW
To control head
(50mA for LED)
OMAP TX&RX
/MPU_RST
/PWRON_RST
TPS3705-33
9V7A
9V3A
9V1A_RX
9V1A_TX
5VA_RX
3V3A_RX
5VA_TX
5VA
3V3A_TX
3V3A_GPS
DB26 interface level
transform
PMU TPS65021
/RESPWOM
VDCDC1
VDCDC2
VDCDC3
5VD
3V3D
1V8D
1V6D
VLDO2
3V3A
OMAP DVDD (1.2.3.5.6.7.8.9)
DVddrtc(50mA*2)
OMAP Perpherial(10mA*2)
FLASH(50mA*2)
Indication LED(20mA*2)
DAC 5610/5604(5mA)
Shift/store register(5mA)
EthernetVDD33IO/VDD33A1/VDD33A2
CODEC_DigIO(5mA)
MAX3232(5mA)
CODEC Core(10mA)
CODEC_VREF(15mA)
SDRAM(85mA*2)
OMAPDVDD4(10mA*2)
EthernetVDD18CORE/VDDTX1/VDDT
X2/VDD18PLL
OMAP Core_TX
CVDD1.2.3
CVDDRTC/CVDDDLL
(250mA)
OMAP Core_RX
CVDD1.2.3
CVDDRTC/CVDDDLL
(250mA)
2SB1132
2SB1132
AD9864&RX 2nd lo&RX
VCO&RX PLL
TX VCO&TX PLL
ADC TLV1548_AVDD(5mA)
DAC 5614_AVDD10mA)
NJM2904(5mA)
TX PLL&VCTXO
AD9864&RX
PLL&19.2MHzomp
CODEC_AVDD(10mA)
19.2MHzTCXO(2mA)
REB-1315LP
TX VCO&2Buffer&TX
Drive(BFG540W)
LNA&RX TV OP&RX lst
LO&RX VCO 2Buffer
VBAT
The power supply provides RF circuit with 9.3V through DC-DC converter and LDO. Each module of
RF circuit is powered by the 9.3V through LDO again.
The power supply provides the baseband board with 3.3v/1.8v/1.6v through DC-DC connector and
PMU.
5.2.2 Control Module
Reset
When the product is powered on, the PMU will generate a reset signal “PWR_RST” to reset RX OMAP
and TX OMAP. See the figure below.
UHF1 (400‐470MHz)
Circuit Description
25
TPS65021RHA
U803
TX OMAP5912
U102
RX OMAP5912
U202
NOR FLASH
CODEC
NOR FLASH
PWR_RST
LCD
MPUIO6（W11）
Ethernet
nRESET
Watchdog
OUT_TX-RST
CODEC_RST
OUT-RST
RST_CTRL
RST_OUT
Figure 5-1 Reset Schematic Diagram
After making response to power-up reset, OMAP5912 will output
signal, and maintain low
level for a period of time to reset the peripheral equipment (NOR Flash) of OMAP. For the CODEC chip
(U501), its resetting is subject to MPUIO6 of TX OMAP. The reset sequence of OMAP5912 is shown
below.
Clock
OMAP5912 requires two clocks: system clock and 32K clock. The system clock is provided by the
19.2MHz TCXO, while the 32K clock is used as a special clock.
The role of ULDP (Ultra low-power device) is to manage the OMAP clock. The output clock from ULPD is
connected to the appropriate external interface. OMAP is responsible for clock control, distribution,
division and doubling.
Figure 5-2 OMAP5912 Reset Sequence
Circuit Description
UHF1 (400‐470MHz)
26
DPLL1
TCXO 19.2MHz
X302
OSC32K_IN
OSC32K_OUT
ULPD
VSS (Y13)
OSC1_OUT
OSC1_IN
OSC1_IN
OSC1_OUT
ULPD
OSC32K_IN
OSC32K_OUT
VSS (Y13)
APLL
19.2MHz 96MHz
ULPD_PLL_CLK
RX OMAP5912
CK_REF
ARM_CK
DSP_CK
TC_CK
OMAP 3.2
DPLL1
APLL
96MHz
ULPD_PLL_CLK
TX OMAP5912
ARM_CK
DSP_CK
TC_CK
OMAP 3.2
19.2MHz
CK_REF
AD9864
CODEC
32KHz
CLK32K_IN
BCLK 19.2MHz
32KHz
For the built-in and external clock of OMAP2912, there are two reset modes: Reset Mode0 and Reset
Mode1. Reset Mode0 is adopted for this system. As for this product, the system clock uses external
clock, while the 32K clock uses built-in clock. The following diagram shows the details.
Figure 5-3 ULPD Diagram
Figure 5-4 Clock Schematic Diagram
UHF1 (400‐470MHz)
Circuit Description
27
OMAP5912
EMIFF EMIFS
SDRAM.A[0:11]
FLASH.A[25:1]
SDRAM.D[0:15] FLASH.A[15:0]
SDRAM.BA0
SDRAM.BA1
SDRAM.CAS#
FLASH.CS3#
SDRAM.RAS#
RST_OUT#
SDRAM.CKE#
SDRAM.CLK#
SDRAM.CS#
SDRAM.WE#
SDRAM.DQML
SDRAM.DQMU
A[11:0]
D[15:0]
BA0
BA1
RAS#
CAS#
CKE
CLK
CS#
WE#
LDQM
ULQM
TV00570002CDGB
A[22:0]
DQ[15:0]
OE#
WE#
Cef#
RESET#
WP#/ACC
RY/Byf#
FLASH.WP#
FLASH.RDY
FLASH.OE#
FLASH.WE#
MT48H8M16LFB4-75
TX_OMAP
I2C.SDA
I2C.SCL
PMU
MAX5432
RX_OMAP
I2C.SDA
I2C.SCL
OPTION
BOARD
Memory
OMAP5912 provides two types of external memory interfaces: external memory interface slow (EMIFS)
and external memory interface fast (EMIFF). The memory can be expanded by these two interfaces.
External NOR Flash and Mobile SDRAM have been expanded for the two OMAPs in the system.
Following diagram shows the details:
Application of OMAP
I2C Interface
OMAP5912 provides one I
TX_OMAP I
OPTION BOARD interface. Following figure shows the connection of I
MCBSP Interface
Figure 5-5 Memory Diagram
2
C interface, and supports a communication rate of up to 400kbps.
2
C Interface realizes communication with PMU. RX_OMAP I2C module is reserved for
2
C.
Figure 5-6 Diagram of I
2
C Connection
Circuit Description
UHF1 (400‐470MHz)
28
RX OMAP5912
MCBSP1.CLKX(G21)
MCBSP1.FSX(H15)
MCBSP1.DX(H18)
MCBSP3.CLKX (P14)
MCBSP3.FSX (P18)
MCBSP3.DX (W14)
MCBSP3.DR (AA17)
MCBSP2.CLKR (V7)
MCBSP2.FSR (W6)
MCBSP2.DR (AA5)
TX OMAP5912
MCBSP3.CLKX (P14)
MCBSP3.FSX (P18)
MCBSP3.DX (W14)
MCBSP3.DR (AA17)
MCBSP2.CLKX (Y6)
MCBSP2.FSX (W7)
BCLK
SDIN
SDOUT
MCBSP1.CLKX(G21)
MCBSP1.FSX(H15)
MCBSP1.DR (H20)
MCBSP1.DR (H20)
MCBSP1.DX(H18)
MCBSP2.DX (P10)
FS
DIN
SCLK
WCLK
CLKOUT
FS
DOUT
IF
DAC
CODEC
OPTION
BOARD
Used to connect the SSI interface of
AD9864 to receive demodulation
With programmable internal clock generator, MCBSP uses independent clock signal and frame
synchronization for transmitting and receiving to realize full-duplex data communication. OMAP5912
has three MCBSP interfaces, namely MCBSP1interface, MCBSP2 interface and MCBSP3 interface.
Following figure shows the details:
The function of each interface is shown in the table below:
MCSI Interface
There are two MCSIs (Multi Channel Serial Interface) with OMAP5912.
The MCSI1 of TX_OMAP is used by TX PLL to realize stable frequency and direct modulation.
Figure 5-7 Diagram of MCBSP Interface Connection
Interface
TX_OMAP RX_OMAP
Type
MCBSP1 Used to communicate with CODEC. Reserved for option board interface.
MCBSP2 Used to connect SSI interface of TX DAC
TLV5614. TLV5614 works in Slave mode
and is managed by DSP.
signal from AD9864.
MCBSP3 Used to connect TX_OMAP and RX_OMAP for data exchange and transmission.
The MCSI1 of RX_OMAP is reserved for RX PLL to realize stable frequency and direct
modulation.
UHF1 (400‐470MHz)
Circuit Description
29
MCSI1.SYNC(W8)
MCSI1.CLK(M15)
MCSI1.DOUT(Y8)
TX_OMAP
TX PLL
SKY72310
/CS
CLK
Data
UWIRE.SDOZ(H19)
TX_OMAP
CODEC
MOSI
SCLK
MISO
UWIRE.SCLK(J15)
UWIRE.SDI(J14)
UWIRE.CS0(J18)
/SS
Figure 5-8 Diagram of MCSI Interface Connection
MICROWIRE Interface
OMAP5912 provides one MICROWIRE interface. The four chip select signals can drive four external
components. The MICROWIRE interface signals include: μWIRE.CS, μWIRE.SCLK, μWIRE.SDO
and μWIRE.SDI.
For the product, only the MICROWIRE interface of TX OMAP is used to configure the internal
registers of CODEC.
MPUIO&GPIO Interface
OMAP5912 provides 16 MPUIOs for ARM and 64 GPIOs for ARM/DSP. Input or output function can
be assigned to each GPIO/MPUIO. The interrupt input is available for the input function. Sometimes,
there will be several GPIO/MPUIOs suitable for a pin. However, only one GPIO/MPUIO can be used
at a time.
SPI Interface
SPI interface is a full-duplex four-wire interface. Devices communicate in master/slave mode, and
SPI operates with individual master device and multiple slave devices. The master device controls
the communications via the Shift clock signal and the enable signal of the slave devices. When the
enable signal of the slave devices are valid at low level, the slave devices can receive or transmit
serial signal. OMAP5912 has one SPI, which has four chip selects for connecting four external SPI
components. The descriptions are as follow:
Figure 5-9 Diagram of MICROWIRE Interface Connection
Circuit Description
UHF1 (400‐470MHz)
30
SPIF.CS2(T19)
SPIF.SCK(U19)
SPIF.DOUT(R18)
SPIF.CS1(N15)
RX_OMAP
RX_PLL
SKY72310
/CS
CLK
Data
AD9864
PE
PC
PD
SPIF.CS2(N15)
SPIF.SCK(U19)
SPIF.DOUT(R18)
TX_OMAP
DAC
TLV5614IPW
/CS
SCLK
DIN
The SPI interface of RX_OMAP is used to configure IF processor and RX PLL chip. The
connection of SPI to IF processor and RX PLL is shown below.
CS1 is used to control IF processor, which contains two data interfaces, SPI and SSI. SPI is used
to configure the internal registers of IF processor and read data from the registers. SSI is used to
output I/Q demodulation data and AGC data.
CS2 is used to control RX PLL. OMAP5912 is designed as SPI Master while IF processor and RX
PLL are designed as SPI Slave.
Figure 5-10 Diagram of RX_OMAP SPI Interface Connection
The SPI interface of TX_OMAP is used to configure the RX DAC, and chip select signals is sent
to CS1 of SPI. The connection of TX_OMAP SPI is shown below:
Figure 5-11 Diagram of TX_OMAP SPI Interface Connection
UART Interface
OMAP5912 provides three UART interfaces (UART1, UART2 and UART3), and supports hardware
flow control. The maximum communication rate is 1.5Mbps.
UHF1 (400‐470MHz)
Circuit Description
31
RX OMAP
UART1.TX(Y14)
UART1.RX(V14)
UART3.CTS(K15)
UART3.RX(K19)
UART3.TX(K18)
UART3.RTS(K14)
OPTION
BOARD
RS232
BATTE
RY
BOX
TX OMAP
UART1.TX(Y14)
UART1.RX(V14)
UART2.TX(M18)
UART2.RX(R9)
UART3.RX(K19)
UART3.TX(K18)
DB26
GPS
CON5
J6005
5 Test
Point
TX_OMAP
USB0.DM
USB0.DP
MMP10
DB26
Figure 5-12 Diagram of UART Interface Connection
USB Interface
5.2.3 Audio Module
The audio path is used to output RX audio, relay audio and input TX audio.
RX Audio Path
Via switch, TX audio signal from SPK1 and SPK2 of CODEC can be respectively output to 10PIN port
and DB26 port. The way to output the TX audio signal referred above can be configured via CPS.
OMAP5912 provides three USB interfaces. Only USB0 integrating USB transceiver is used by the
circuit. In compliance with USB1.1 standard, the USB can work in Host mode or Device mode with a
maximum rate of 12 Mbps. The product uses the USB0 interface of TX OMAP. Following figure
shows the circuit of USB0 interface:
Circuit Description
UHF1 (400‐470MHz)
32
IF
RX
OMAP
TX
OMAP
CODE
C
McBSP2
McBSP3
McBSP1
SPK1
SPK2
MMP10_SPK_Audio
MMP10_Audio_SEL
RX_Audio_Mute
Slot1_EN
Slot2_EN
RX_Audio
DB26_PIN15
DB26_PIN13
IQdata
IF
RX
OMAP
TX
OMAP
DAC
PLL
MOD
MCBSP2
MCBSP3
MCBSP2
MCSI
CODEC
TX
OMAP
Mod 1
Mod2_RFCS
MCBSP2
MCBSP1
AUDIO
DB26_EXT__Mic_IN
EXT_MIC_CTRL
PLL
ADC
Figure 5-13 Circuit Diagram of RX Audio
Relay Audio Path
After demodulated by AD9864, relay audio in digital/analog mode goes to RX_OMAP. Then the audio is
sent to TX _OMAP via McBSP3, and finally is subject to DA conversion to modulate VCO and directly
modulate PLL.
Figure 5-14 Circuit Diagram of Relay Audio
TX Audio Path
The product has two kinds of MIC audio signals: MMP10_Mic_IN and DB26_Ext_Mic_IN.
MMP10_Mic_IN signal is from the accessory connected to the 10PIN interface on the front panel, while
DB26_Ext_Mic_IN signal is from PIN7 of the further development interface DB26 (J7004). The
EXT_MIC_CTRL signal can be configured via CPS to activate MMP10_Mic_IN or DB26_Ext_Mic_IN.
Processed by CODEC, MMP10_Mic_IN or DB26_Ext_Mic_IN audio signal will be transmitted to DSP of
TX_OMAP via MCBSP1 interface, and finally is subject to DA conversion to modulate PLL.
Figure 5-15 Circuit Diagram of TX Audio
UHF1 (400‐470MHz)
Circuit Description
33
TX_LO
Driver
Attenuator
Final PA
PD85035TR-E
Microstrip
Matcher
Pre-Driver
Harmonic
Filter
Microstrip Dual
Directional Coupler
ANT
9V1A_TX
B+
Forward
Detector
Reflect
Detector
APC
Gain:-10 dB
Match
Match
Diff
Amp
High Temperature
Protection
TEMP-
DET
Diff
Amp
Diff
Amp
VGG
BFG
540W
RD01
APC_COMP
5.3 RF Section
5.3.1
Transmitter Circuit
The transmitter circuit consists of a power amplifier (PA) circuit, a power control circuit, a diagnosis and
detection circuit and a transmitter protection circuit.
The power amplifier (PA) circuit is to amplify the RF signal from the exciter module to 25W. After
amplification, the signal will be output via the antenna.
The power control circuit is used to keep the RF power of the antenna at a fixed level.
The diagnosis and detection circuit detects the current TX power, antenna VSWR and transmitter
temperature, and sends the detection results to the control unit for monitoring the transmitter status.
The protection circuit is used to protect the power amplifier from being damaged due to high
temperature or VSWR.
5.3.1.1 Power Amplifier
The PA circuit of transmitter is composed of a 3-stage PA unit: pre-driver stage (Q3003), driver stage
(Q3002) and final stage (Q3001). The gain of Q3003 is fixed; however, the gain of Q3002 is variable
under the control of APC circuit, ensuring a constant RF power output of 25W.
Pre-driver Power Amplifier
The pre-driver stage PA is an NPN transistor BFG540W (Q3003). It amplifies the RF signal from the
exciter module to 17 dBm. With a fixed gain, the input/output match circuit consists of L-C low-pass
matching network.
Figure 5-16 Block Diagram of PA Board
Circuit Description
UHF1 (400‐470MHz)
34
Driver Power Amplifier
The driver stage PA is an LDMOS power tube RD01 (Q3002). It further amplifies the RF signal from the
pre-driver PA (Q3003) to 27 dBm. The gain of this PA is also adjustable via the output voltage (VGG)
from the APC circuit.
Final Power Amplifier
The final stage PA is also an LDMOS power tube PD85015TR-E (Q3001), which is supplied by the
power supply directly. The grid voltage is output from DAC, thus ensuring a fixed gain. The output match
circuit of VHF consists of L-C matching network while the match circuit of UHF consists of microstrip,
inductor and capacitor.
5.3.1.2 Harmonic Suppression Filter
The harmonic filter is a seven-order LPF filter comprising L3007, L3008, L3009, C3051, C3052, C3053,
C3056, C3034, C3035 and C3150. It can decrease the harmonic component by increasing the
out-of-band rejection capability.
5.3.1.3 Directional Coupler
The directional coupler is used to detect forward and reverse power, so as to monitor and diagnose the
operating status of the transmitter. There are two purposes: 1) power can be controlled effectively
through the forward detection; 2) the voltage after forward and reverse detection will be sent to U3002
for VSWR detection.
5.3.1.4 Power Control
The transmitter power is controlled by the power control circuit composed of an operational amplifier and
a directional coupler. After the transmitter power passes through the directional coupler, the detected RF
signal goes to Port 3 of the operational amplifier (AD8566) via the diode. After compared with
APC_COMP, an error voltage (VGG) is output to control the bias voltage at RD01, and thus to achieve
power control.
5.3.1.5 Temperature Protection
The temperature protection aims to detect the PCB temperature through the temperature sensor resistor
which locates near the final-stage PA. When the temperature rises to the threshold value (85℃), the
voltage generated by U3003 turns the diode D8014 on. After this voltage is detected, the APC output
and VGG become decreased, and thus the output power is lowered. At the meantime, a
high-temperature alarm appears on the LCD.
5.3.1.6 VSWR Protection
After the forward and reverse detection via directional coupler, the power is converted to voltage, which
UHF1 (400‐470MHz)
Circuit Description
35
Low-pass Filter
AD9864
Band-pass Filter1
LNA
Band-pass Filter2
Mixer
IF Filter
IF Processor
IF Amp
Ref. Osc
19.2MHZ
OMAP
ANT
LPF
TV
RX_LO
1 2
Attenuator
Attenuator
LO Amp
goes to U3002 for VSWR detection. When VSWR>2:1, a voltage is output to turn the diode D3004 on,
and sent for comparison with APC reference voltage provided by MCU to generate APC_COMP. Then
APC_COMP is compared with forward detection voltage, so as to reduce the output voltage (VGG) and
achieve VSWR protection.
5.3.2 Receiver Circuit
The receiver circuit mainly comprises the RF band-pass filter, low-noise amplifier, mixer, IF filter, IF
amplifier and IF processor.
Figure 5-17 Diagram of Receiver Circuit
Receiver Front-end
The HF signal from the low-pass filter passes through the electrically tunable first-stage band-pass filter
controlled via TV level, to remove out-of-band interference signal and to send wanted band-pass signal
to the low-noise amplifier (Q4002). The amplified signal goes to a band-pass filter controlled via TV level,
to remove out-of-band interference signal generated during amplification, and to send wanted HF signal
to the mixer.
The wanted signal passes through the RF band-pass filter and low-noise amplifier and goes to the mixer
(D4007). Meanwhile, the first local oscillator (LO) signal generated by VCO passes through the low-pass
filter and also goes to the mixer (D4007). In the mixer, the wanted signal and the first LO signal are
mixed to generate the first IF signal (73.35MHz for UHF and 44.85MHz for VHF). 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 (Z4001), and is sent to the two-stage IF amplifier circuit for amplification.
Then the amplified signal goes to the IF processor AD9864 (U5001) for processing.
Circuit Description
UHF1 (400‐470MHz)
36
19.2MHZ
Reference
frequency
IF input
SSI TO OMAP
Receiver Back-end
Figure 5-18 Diagram of IF Processor
The first IF signal (58.05MHz) output by the IF amplifier goes into AD9864 (U5001) via Pin 47, where it is
down-converted to a second IF signal (2.25MHz). Then the second IF signal is converted to a digital
signal via ADC sampling, and output via the SSI interface. Finally, the digital signal is sent to the DSP
(OMAP5912) for demodulation.
AD9864 employs reference frequency of 19.2MHz and shares the crystal with the OMAP. The second
LO VCO is comprised of an oscillator, a varactor and some other components, to provide the 71.1/75.6
MHz LO signal for UHF and 47.1/42.6 MHz LO signal for VHF. The 18 MHz clock frequency is generated
by the LC resonance loop.
5.3.3 Frequency Generation Unit (FGU)
The transceiver has two FGUs: RX FGU and TX FGU. The RX FGU provides the first LO frequency for
the RX system, while the TX FGU provides carrier and excitation signal for the TX system. They work
simultaneously, but are locked at different frequencies.
Both the RX FGU and TX FGU mainly consist of a reference crystal oscillator, a PLL, a VCO and a buffer
amplifier. The PLL data is configured via OMAP. The TX FGU further comprises a modulation circuit
(MOD_H). See the figure below.
UHF1 (400‐470MHz)
Circuit Description
37
LPF
DC_offset
OMAP
SPI
MCBSP
LD/
REF
19.2MHz
DAC
Sky72310
VCO1
VCO2
RX_LO
Q106
Q105
LPF
LPF
DC_offset
OMAP
MCSI
MCBSP
LD/
REF
19.2MHz
DAC
Sky72310
VCO1
VCO2
TX PA
Q106
Q105
Q108
LPF
MOD_H
MOD_H
Figure 5-19 Block Diagram of RX FGU
Reference Crystal Oscillator
The reference crystal oscillator is a temperature compensated crystal oscillator with a frequency of 19.2
MHz. You can control the reference crystal oscillator by adjusting the DC voltage output by the
digital-to-analog converter (DAC), so as to ensure frequency accuracy.
PLL IC
The PLL IC is a fractional frequency divider (Sky72310), which consists of the pre-divider,
programmable divider, phase detector, charge pump, SPI (MCSI) control interface and etc. The voltage
for the analog circuit and digital circuit of the PLL IC is 3.3 V, while the voltage for the charge pump is 5 V.
See the figure below.
Figure 5-20 Block Diagram of TX FGU
Circuit Description
UHF1 (400‐470MHz)
38
Figure 5-21 Block Diagram of PLL IC
Sky72310 is mainly used to generate an accurate frequency according to data transmitted from the
baseband OMAP. The 19.2 MHz frequency generated by reference crystal oscillator goes into PLL IC
where it is divided to generate a reference frequency. The frequency generated by VCO goes into PLL
IC where it is divided to generate a frequency. The generated frequency is compared with the reference
frequency in the phase detector (PD) and converted into a DC level CV voltage, so as to control and
adjust the output frequency of VCO, thus locking the frequency. Moreover, the PLL IC is also an
important part of the modulation circuit. The MCSI interface of OMAP transfers data to PLL IC directly to
perform modulation.
VCO
The VCO for RX unit is comprised of a transistor (Q2011 or Q2014), varactors and four Colpitts
oscillator circuits. Q2012 is the buffer amplifier of RX unit.
The VCO for TX unit is comprised of a transistor (Q2003 or Q2007), varactors and four Colpitts
oscillator circuits. Q2005 is the buffer amplifier of TX unit.
UHF1 (400‐470MHz)
Troubleshooting Flow Chart
39
Normal
power-on and
indications? [1]
Does LED work
normally?
Replace LED.
Does 19.2MHz
crystal oscillator
work normally? [3]
Is RF circuit driven
normally? [2]
Start
End
Control circuit check
Check whether RF
power supply circuit
(U6012, U6005 and
U6001) and control
circuit work normally.
The Control circuit
works normally.
No
Yes
No
Yes
No
Yes
No
Check whether U6003
works normally.
Does 3V3A work
normally? [3]
No
Reset
Yes
Does 1V6D work
normally?
No
Yes
Yes
Check whether U6003
works normally.
Does 1V8D work
normally?
No
Yes
Check whether U6003
works normally.
Does 3V3D work
normally?
No
Yes
Check whether U6003
works normally.
6. Troubleshooting Flow Chart
6.1 Control Circuit
6.2 Transmitter Circuit
Troubleshooting Flow Chart
UHF1 (400‐470MHz)
40
Yes
No
Yes
No
No
No
Yes
Yes
Yes
No
No
Yes
Yes
Yes
Start
No power output
Power B+
supply works
normally? [1]
Check the baseband
power circuit
Fina_bais is
normal?
[2]
Yes
No
No
MCU output is
normal?
[3]
APC works
normally?
[4]
Power supply
(9.3V) is normal?
[7]
FGU output is
normal?
[8]
The control circuit
works normally?
[6]
APC output is
normal?
[5]
Check the baseband
circuit
Replace
PD85015TR_E
Check the power
circuit
Check FGU amplifier
circuit
Replace BFG540W
End
Replace RD01
Check the control
circuit
Check the baseband
circuit
Description of Normal Situations:
[1] Check whether the power supply for the final-stage power amplifier is 13.6 V if the PA does not
[2] The normal Fina_bais voltage is 3 V. If there is no Fina_bais voltage in the event of high power,
output power.
check whether the MCU output is normal.
UHF1 (400‐470MHz)
Troubleshooting Flow Chart
41
[3] If there is no MCU output, check whether the baseband circuit is normal. If yes, it indicates that the
baseband does not output the bias voltage and the amplifier is damaged. In this case, please replace
PD85015TR_E.
[4] When the PA works normally, the APC voltage is used to control the bias voltage of RD01. The
voltage is about 2.8 V in the event of high power.
[5] The baseband can provide an APC reference voltage under the normal condition.
[6] The baseband circuit provides the APC reference voltage. The difference between the APC
reference voltage and the forward voltage is amplified by the control circuit to generate the error
voltage VGG, to control the gain of RD01. If the VGG voltage is available, it indicates that RD01 is
damaged and need to be replaced. If there is no VGG voltage, please check the control circuit.
[7] Check whether the power supply (9.3 V) that supplies the RD01 and BFG540W is normal.
[8] Under the normal condition, the FGU outputs signal (10 to 12 dBm). If not, check the FGU
amplifier circuit. If yes, the amplifier BFG540W may be damaged. In this case, replace it.
Troubleshooting Flow Chart
UHF1 (400‐470MHz)
42
Start
No RX
The output
(9V3A) is
normal?[1]
No
Yes
Check baseband
power supply
The output
(9V1A) is
normal?[2]
No
Yes
Check Q6007 and
Q6009
Outputs at U6001
and U6005 are
normal? [3]
No
Yes
Check U6001 and
U6005
Outputs at Q6016
and Q6017 are
normal? [4]
No
Yes
Check Q6016 and
Q6017
2nd LO CV voltage
is normal? [5]
No
Yes
Check Q5001 and
Q5002
Yes
Yes
U5001 PIN47 IF
Input is nromal?[6]
LO amplitude is
normal? [7]
No
Yes
Check VCO [8]
Check U5001 and
peripheral parts
Check Q4003 End
6.3 Receiver Circuit
Description of Normal Situations:
[1] The power supply for RX board is about 9.3 V.
[2] Voltage at Pin 2 of Q6007 is about 9.1 V, and voltage at Pin 2 of Q6016 is about 5 V.
[3] Output voltage at Pin 5 of U6001 is about 3.3 V, and output voltage at Pin 5 of U6005 is about 5 V.
UHF1 (400‐470MHz)
Troubleshooting Flow Chart
43
Start
5V/3.3V voltage is
normal? [1]
FGU circuit check
No
Yes
Replace U6009 and U6010 of TX FGU
Replace U6005 and U6001 of RX FGU
VCO oscillates?
[2]
No
Yes
Q2003/Q2007 of
transmitter or
Q2011/Q2014 of
receiver is normal? [3]
No
Yes
Replace Q2003/Q2007
of transmitter, or replace
Q2011/Q2014 of receiver
CV voltage is
normal?
[4]
No
Yes
Check D2001, D2002, D2003,
D2004, D2006, D2007, D2008 and
D2009 of TX FGU ( or check D2011,
D2012, D2013, D2014, D2015,
D2016, D2017 and D2018 of RX
FGU) and peripheral circuit
Feedback is
normal?
[5]
No
Yes
Check the feedback
circuit
Q2005 and Q2006 of TX
FGU (Q2012 and Q2013 of
RX FGU) work properly?
[6]
No
Yes
Replace Q2005 and Q2006
(Q2012 and Q2013)
19.2MHz crystal
oscillates?
No
Yes
Check 19.2MHz
circuit
Check the data circuit of the
control circuit
Check Q2005 and Q2006 of TX
FGU (Q2012 and Q2013 of RX
FGU) and peripheral circuit
End
[4] The normal second LO CV voltage tested at TP5004 is 0.8 to 1.3V.
[5] Cut off the front-end circuit, and input an IF signal (73.35 MHz for UHF and 44.85 MHz for VHF)
from Pin 47 of U5001. The sensitivity is about -107 dBm.
[6] The first LO signal amplitude is 17 to 20 dBm.
6.4 FGU Circuit
Description of Normal Situations:
Troubleshooting Flow Chart
UHF1 (400‐470MHz)
44
[1] The power supply for the VCO and PLL is 5 V and 3.3 V respectively.
[2] At the transmitting end, frequency output for low VCO is 400 to 434.9875 MHz, and for high VCO
is 435 to 470 MHz; at the receiving end, frequency output for low VCO is 326.65 to 361.6375MHz,
and for high VCO is 361.65 to 396.65 MHz. The power output for these four VCOs is -8 to 8 dBm.
[3] The voltage at the collector of Q2003, Q2007, Q2011 and Q2014 is about 4 V; the difference
between the base voltage and emitter voltage is about 0.6 V.
[4] The normal CV voltage is 0.6 to 4.4 V.
[5] The feedback amplitude from the VCO to the PLL is from -17 to -8 dBm.
[6] The voltage at the collector of Q2005, Q2006, Q2012 and Q2013 is about 6 V; the difference
between the base voltage and emitter voltage is about 0.6 V.
UHF1 (400‐470MHz)
Interface Definition
45
GPIO. The function is
13.2V±15%; output current
7. Interface Definition
7.1 26PIN MAP Interface on Front Panel
The DB26 (ACCY CONN) interface serves as the further development interface on the front panel. The
definition of each pin is described as below:
Pin Name
RS232_TO
1
UT
2 GND
DB26_GPI
3
O4
4 SWB+ Power output
Type
(For repeater)
Digital output RS232 level signal RS232 serial data output
Ground
(digital)
GPIO 5V TTL
Electrical Performance Description
- -
subject to CPS settings.
-
≤1A
5 NC - - -
6 MIC_GND
Ground
- -
(analog)
Interface Definition
UHF1 (400‐470MHz)
46
Analog signal
External MIC signal input.
The function is subject to
The audio output type is
USB0 data
GPIO. The function is
Accessory identification
The function is
Accessory identification
interface. The function is
Programmable input pin
low level; configurable via
Pin Name
Type
(For repeater)
Electrical Performance Description
Vrms=80mV±10%@1KHz
7 Tx Audio
8 RX Audio
9 GND
10 D+
11 GND
DB26_GPI
12
O2
60% system max. deviation
input
DC=9.3 V
Load impedance>1KΩ
Analog signal
Vrms=800mV±10%@1KHz
output
60% system max. deviation
Ground
- -
(analog)
USB data
cable+
Ground
- -
(digital)
GPIO 5V TTL
CPS settings.
RX filter/flat audio output.
subject to CPS settings.
When this pin is used for
USB, USB of MMP10 will be
disabled.
subject to CPS settings.
13 ACC_IO2 Digital input 5V TTL
14 PROM IN Digital input 5V TTL Not defined
15 ACC_IO3 Digital input 5V TTL
DB26_PTT
16
17 GND
_IN
interface.
reserved.
reserved.
(PTT key by default) valid for
Digital input 5V TTL
CPS.
Ground
- -
(digital)
UHF1 (400‐470MHz)
Interface Definition
47
Digital signal
USB0 data
USB, USB of MMP10 will be
GPIO. The function is
GPIO. The function is
function is subject to CPS
RSSI indication output. The
Pin Name
Type
(For repeater)
Electrical Performance Description
18
RS232_RI
N
19 D-
DB26_GPI
20
O3
21 GND
DB26_GPI
22
O5
DB26_GPI
23
O6
input
RS232 level signal RS232 serial data input
USB data
cable-
Digital
5V TTL
input/output
Ground
- -
(digital)
Digital
5V TTL
input/output
Digital input 5V TTL
When this pin is used for
disabled.
subject to CPS settings.
subject to CPS settings.
General input interface. The
settings.
Load impedance>1KΩ
24
25
26 RSSI Analog output 0 to 5V DC
SlotA_Audi
o
SlotB_Audi
o
Analog output
Analog output
Vrms=800mV±10%@1KHz
60% system max. deviation
Load impedance>1KΩ
Vrms=800mV±10%@1KHz
60% system max. deviation
1. Audio output of RX Slot A;
2. Select digital mode via
CPS
1. Audio output of RX Slot B;
2. Select digital mode via
CPS
function is reserved.
7.2 RJ45 (female) Interface on Front Panel
RJ45 (ETHERNET), a TCP/IP interface, is used to realize many functions such as Remote Monitor. The
definition of each pin is described as below:
Pin Type (For repeater) Electrical Performance Description
Interface Definition
UHF1 (400‐470MHz)
48
Pin Type (For repeater) Electrical Performance Description
1 TX data+ - -
2 TX data- - -
3 RX data+ - -
6 RX data- - -
4, 5, 7, 8 NC - -
UHF1 (400‐470MHz)
Interface Definition
49
TX or antenna
7.3 TX/ANT Interface on Rear Panel
TX/ANT interface is an N type female interface for TX antenna connection. The definition of each pin is
described as below:
Pin Type (For repeater) Electrical Performance Description
1
interface
Output/RX or TX of antenna
signal
Impedance: 50 Ω
7.4 RX Interface on Rear Panel
RX interface is an N type female interface for TX antenna connection. The definition of each pin is
described as below:
Pin Type (For repeater) Electrical Performance Description
1 RX interface Input Impedance: 50 Ω
7.5 AC Power Supply Interface on Rear Panel
AC power supply interface is a 3PIN interface. The definition of each pin is described as below:
Pin Type (For repeater) Electrical Performance Description
1 L (Live wire) Input
2 N (Neutral wire) - -
3 E (Earth wire) - -
Max input voltage range: 90 to
240 V.
Interface Definition
UHF1 (400‐470MHz)
50
13.2V±1% to charge the
Ground (power
Indicates that the operating
Digital Channel LED
Indicates that the repeater works
nalog Channel LED
Indicates that the repeater works
Slot A TX LED
Indicates that the repeater
Slot A RX LED
Indicates that the repeater
Slot B TX LED
Indicates that the repeater
Slot B RX LED
Indicates that the repeater
7.6 Battery Interface on Rear Panel
Battery interface is a 2Pin interface. The definition of each pin is described as below:
Electrical
Pin Type (For repeater)
Performanc
e
Description
When there is no AC power supply, this pin is for
lead-acid battery input;
1 Power supply Input/output
2
supply)
- -
When there is AC power supply, this pin is used
to output a voltage of
battery.
7.7 Interfaces Located between Internal Front Panel and Main
Board
Pin Type (For repeater) Electrical Performance Description
1 Power LED Indicator 1.9V±1%
2
Indicator
2.9V ±1%
voltage is normal.
on digital channel.
A
3
4
5
6
7
Indicator
Indicator
Indicator
Indicator
2V±1%
on analog channel.
1.9V±1%
transmits in Slot A.
2.9V±1%
receives in Slot A.
1.9V±1%
transmits in Slot B.
2.9V±1%
UHF1 (400‐470MHz)
Interface Definition
51
occur: abnormal VSWR,
operating voltage being too high
being too high, TX Unlock, RX
Unlock, fan failure, abnormal
Pin Type (For repeater) Electrical Performance Description
Indicator receives in Slot B.
The Alarm LED indicator will glow
when the following situations
8 Alarm LED Indicator 1.9V±1%
9 Power Supply 5V Operating voltage of front panel.
10 Ground (analog) Ground (analog) Ground (analog)
or too low, operating temperature
forward power, etc.
Tuning Description
UHF1 (400‐470MHz)
52
Reference Oscillator
HP8921, and set
> TX” and double click
“Reference Oscillator Warp” from the navigation tree on the left. Then
Observe the frequency displayed on HP8921, and adjust the vernier until
Transmit Power
Connect the antenna connector of the radio with HP8921, and set
“Transmit Power Calibration” from the navigation tree on the left. Then
4. Adjust the power to the required level as described below:
8. Tuning Description
8.1 Required Test Instruments
Radio test sets: Aeroflex 3920 and HP8921
3A/10V power supply
Multimeter
Tuner software
8.2 Tuning Process
8.2.1
After the repeater is reassembled, it must be tuned via the Tuner software.
The specific operations are described in the table below.
Warp
Tuning a Repeater
Items Method
TX Section
1. Connect the antenna connector of the repeater to
HP8921 to TX test mode.
2. Open the Tuner software, go to “TUNE_DATA -
click the “Transmit On” button.
3.
the frequency offset is less than or equal to 40Hz.
4. Click the “Transmit Off” button.
5. Click the “Save” button to save your settings.
1.
HP8921 to TX test mode.
2. Open the Tuner software, go to “TUNE_DATA -> TX” and double click
Calibration
select an appropriate channel.
3. Click the “Transmit On” button.
UHF1 (400‐470MHz)
Tuning Description
53
HP8921, and set
> TX” and double click
adjust the
with HP8921, and set
5. Adjust the value in the dialog box until the frequency deviation displayed
Items Method
L：1.2±0.1W
H：25±0.5W
5. Click the “Save” button to save your settings.
1. Connect the antenna connector of the repeater to
HP8921 to TX test mode.
2. Set the HP8921 parameters as follows:
IF Filter：230kHz
Filter1：<20Hz HPF
Filter2：<15kHz LPF
Transmit-to-Deviation
De-Emphasis：OFF
3. Open the Tuner software, go to “TUNE_DATA -
“Transmit-to-Deviation” from the navigation tree on the left. Then click the
“Transmit On” button.
4. Observe the frequency deviation displayed on HP8921, and
vernier on Tuner until the frequency deviation is 5k±50Hz.
5. Click the “Transmit Off” button.
6. Click the “Save” button to save your settings.
1. Connect the antenna connector of the repeater
HP8921 to TX test mode.
2. Set the HP8921 parameters as follows:
IF Filter: 230 kHz
Filter1: <20 Hz HPF
Modulation Balance
Filter2: <15 kHz LPF
De-Emphasis: OFF
3. Open the Tuner software, go to “TUNER_DATA -> TX” and double click
“Modulation Balance” from the navigation tree on the left. Then select an
appropriate channel.
4. Click the “Transmit On” button.
Tuning Description
UHF1 (400‐470MHz)
54
key on the keyboard to confirm your settings if the value
the keyboard. If the value is adjusted via the vernier, skip this
Audio Out port of the repeater with the Audio In port of
Observe the value displayed on the HP8921 and adjust the vernier until
HP8921 and adjust the vernier until
input via the keyboard. If the value is adjusted via the vernier, skip this
HP8921, and set
Items Method
on HP8921 is 5k±50Hz.
6. Press the Enter
is input via
step.
7. Click the “Transmit Off” button.
8. Click the “Save” button to save your settings.
RX Section
1. Connect the antenna connector of the repeater to HP8921.
2. Connect the
HP8921, and set HP8921 to RX test mode.
3. Set the HP8921 parameters as follows:
Output RF signal: -118 dBm/Frequency (current channel frequency)
Modulation frequency: 1 KHz
Modulation deviation: 3 KHz
De-Emphasis：750 us
Front-end Filter
4.
the SINAD value is more than 14 dB.
5. Set the HP8921 parameters as follows:
Output RF signal: -25 Bm/(current channel frequency: -36.675 MHz)
6. Observe the value displayed on the
the SINAD value is less than 14dB.
7. Press the Enter key on the keyboard to confirm your settings if the value is
step.
8. Click the “Save” button to save your settings.
1. Connect the antenna connector of the repeater to
HP8921 to RX test mode.
Front-end Gain
2. Set the HP8921 to output -70dBm/Frequency (current channel frequency)
unmodulated RF signal.
UHF1 (400‐470MHz)
Tuning Description
55
input via the keyboard. If the value is adjusted via the vernier, skip this
Items Method
3. Press the Enter key on the keyboard to confirm your settings if the value is
step.
4. Click the “Save” button to save your settings.
8.2.2 Test a Repeater
After tuning the repeater, it is required to test the digital RF signal.
Transmitting
Step 1 Open the Tuner software and go to “TEST -> TX”, and double click “Transmit BER (0.153)”
from the navigation tree on the left to open Transmit BER (0.153) interface.
Step 2 Click the “Transmit On” button.
Step 3 Set the Aeroflex 3920 as follows:
Freq: Be consistent with the frequency to be tested.
STD IB 511(.153)
View all items on the Aeroflex 3920.
Frequency Error ≤ 100 Hz
Transmit Power: 1 W
FSK Error ≤ 5%
Magnitude Error ≤ 1%
Receiving
Step 1 Open the Tuner software and go to “TEST -> RX”, and double click “Receiver BER (0.153)”
from the navigation tree on the left to open Receiver BER (0.153) interface.
Step 2 Set the Aeroflex 3920 as follows:
Freq: Be consistent with the frequency to be tested.
STD IB 511(.153)
Lvl: -116.0dBm
Step 3 Click the “Start” button.
Step 4 The average error rate is less than or equal to 5%.
UHF1 (400‐470MHz)
0DLQ3&%7RS/D\HU
PCB View
9. PCB View
56
PCB View
UHF1 (400‐470MHz)
0DLQ3&%%RWWRP/D\HU
5
UHF1 (400‐470MHz)
Block Diagram
TX_LO
Driver
Attenuator
Final PA
PD85035TR-E
Microstrip
Matcher
Pre-Driver
Harmonic
Filter
Microstrip Dual
Directional Coupler
ANT
9V1A_TX
B+
Forward
Detector
Reflect
Detector
APC
Gain:-10 dB
Match
Match
Diff
Amp
High Temperature
Protection
TEMP-
DET
Diff
Amp
Diff
Amp
VGG
BFG
540W
RD01
APC_COMP
Low-pass Filter
AD9864
Band-pass Filter1
LNA
Band-pass Filter2
Mixer
IF Filter
IF Processor
IF Amp
Ref. Osc
19.2MHZ
OMAP
ANT
LPF
TV
RX_LO
1 2
Attenuator
Attenuator
LO Amp
10. Block Diagram
10.1 TX Circuit
10.2 RX Circuit
5
Block Diagram
UHF1 (400‐470MHz)
LPF
DC_offset
OMAP
SPI
MCBSP
LD/
REF
19.2MHz
DAC
Sky72310
VCO1
VCO2
RX_LO
Q106
Q105
LPF
10.3 FUG Module
5
5
4
3
2
1
11. Schematic Diagram
R7224
R7224
R7225
DB26
D D
C7193
C7193
100p
1
2
3
4 5
100p
8
7
6
3V3D
C7196
C7196
RN7005 100*4RN7005 100*4
S/P_DAT
S/P_EN
S/P_CLK
C C
0.1u
0.1u
C7194
C7194
100p
100p
R7235
R7235
C7195
C7195
100p
100p
3V3D
R7233
R7233
10K
10K
10K
10K
12
13
14
11
10
16
R7234NCR7234
NC
U7007
U7007
LATCH CLK
OUT EN
A
SHIFT CLK
9
SQH
RESET
VCC
8
GND
74HC595DTR2G
74HC595DTR2G
ACC_IO2
ACC_IO3
PRGM_IN5
EXT_ALARM_IN
EMERGENCY
PRGM_IN4
15
1
2
3
4
5
6
7
RX_AUDIO_MUTE
Slot1_EN
Slot2_EN
FAN1
QA
QB
QC
QD
QE
QF
QG
QH
PRGM_IN3
PRGM_IN2
EXT_PTT
PRGM_OUT5
PRGM_OUT4
PRGM_OUT3
PRGM_OUT2
10K
10K
5VD
R7236
R7236
10K
10K
1
25
R1
R1
R2
R2
R1
R1
6
Q7004
Q7004
R7252
R7252
MUN5214DW1T1
MUN5214DW1T1
R7225
10K
10K
R2
R2
34
R7226
R7226
10K
10K
33K
33K
3V3D
R7228
R7228
R7227
R7227
10K
10K
10K
10K
5VD
R7237
R7237
4.7K
4.7K
34
Q7008
Q7008
MUN5214DW1T1
MUN5214DW1T1
C7200
C7200
220p
220p
DB26_PTT_IN
R7253
R7253
33K
33K
R7229
R7229
R1
R1
R2
R2
D7007
D7007
MMBZ20V
MMBZ20V
R7230
10K
10K
1
25
R2
R2
R1
R1
6
10K
10K
R7238
R7238
R7254
R7254
100
100
4.7K
4.7K
10K
10K
10K
10K
34
Q7005
Q7005
MUN5214DW1T1
MUN5214DW1T1
R7255
R7255
C7201
C7201
220p
220p
5VD
1
6
Q7003
Q7003
D7005
D7005
MMBZ20V
MMBZ20V
5VD
R7249
R7249
R7248
R7248
4.7K
4.7K
10K
10K
25
34
R1
R1
R2
R2
R2
R2
R1
R1
R7265
R7265
33K
33K
C7198
C7198
220p
220p
5VD
1
R2
R2
R1
R1
6
Q7007
Q7007
MUN5214DW1T1
MUN5214DW1T1
C7203
C7203
220p
220p
5VD
25
R1
R1
R7241
R7241
10K
10K
R2
R2
R7261
R7261
33K
33K
C7204
C7204
220p
220p
34
R7242
R7242
4.7K
4.7K
34
Q7006
MUN5214DW1T1
Q7006
MUN5214DW1T1
R7259
R7259
R1
R1
R2
R2
33K
33K
D7009
D7009
MMBZ20V
MMBZ20V
5VD5VD5VD 5VD
R7239
R7239
4.7K
4.7K
1
25
R1
R1
R2
R2
R2
R2
R1
R1
33K
33K
6
R7256
R7256
100
100
MUN5214DW1T1
MUN5214DW1T1
Q7001
Q7001
34
R7257
R7257
33K
33K
C7202
C7202
220p
220p
R1
R1
R2
R2
25
R2
R2
R1
R1
D7008
D7008
MMBZ20V
MMBZ20V
R7240
R7240
4.7K
4.7K
1
6
R7258
R7258
100
100
5VD
R7244
R7243
R7243
4.7K
4.7K
1
25
R2
R2
R1
R1
6
R7260
R7260
100
100
R7244
10K
10K
1
R2
R2
6
Q7002
Q7002
MUN5214DW1T1
MUN5214DW1T1
C7205
C7205
220p
220p
D7010
D7010
MMBZ20V
MMBZ20V
5VD
R7246
R7245
R7245
4.7K
4.7K
25
34
R1
R1
R2
R2
R1
R1
R7246
10K
10K
1
R2
R2
R1
R1
6
Q7009
C7206
C7206
220p
220p
Q7009
MUN5214DW1T1
MUN5214DW1T1
R7262
R7262
33K
33K
5VD5VD
R7247
R7247
4.7K
4.7K
25
34
R1
R1
R2
R2
MUN5214DW1T1
MUN5214DW1T1
R7263
R7263
33K
33K
C7197
C7197
220p
220p
R7232
R7232
R7231
R7231
R7230
TP7038TP7038
C7249
C7249
220p
220p
DB26_GPIO6_CH5
TP7086TP7086
1
1
D7013
D7013
2 3
1
PRTR5V0U2X
PRTR5V0U2X
D7020
D7020
MMBZ20VALT1G
MMBZ20VALT1G
R7283
R7283
4
4
R728833R7288
R7264 1KR7264 1K
R7267 0R7267 0
R7289 33R7289 33
R7276 0R7276 0
R728233R7282
10K
10K
C7250
C7250
0.1u
0.1u
33
DB26_GPIO2_PA_ALARM
33
5VD
TX_RS232_TOUT
DB26_GPIO4_CH1
SLOT_SYNC_FUNCTION
DB26_Ext_Mic_IN
RX_AUDIO_FLAT
USB0_D+
DB26_ACC_IO2_CH2
DB26_EMERGENCY_IN
DB26_ACC_IO3_CH1
TX_RS232_RIN
USB0_D-
DB26_GPIO3_CH3
DB26_GPIO5_CH4
SlotA_Audio
SlotB_Audio
RSSI
USB0_D- USB0_D+ ACC_IO2 EXT_PTT
1
1
TP7040TP7040
TP7042TP7042
1
TP7047TP7047
3
1
TP7048TP7048
2
1
B B
C7211
C7211
C7209
EXT_PW
C7209
220p
220p
C7248
C7248
220p
220p
220p
220p
D7019
D7019
MMBZ20VALT1G
MMBZ20VALT1G
C7208
C7208
C7207
C7207
220p
J7004
J7004
A A
DB26
DB26
220p
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
C7212
C7212
1
TP7039TP7039
5
220p
220p
0.1u
0.1u
D7012
D7012
MMBZ20V
MMBZ20V
MIC_GND
C7214
C7214
C7213
C7213
D7014
D7014
220p
220p
220P
220P
MMBZ6V8ALT1G
MMBZ6V8ALT1G
5
D D
D7103
D7103
C7404
C7402
C7402
C7403
C7403
C7401
C7401
100pF
100pF
100pF
0.047uF
0.047uF U7022
LED_S/P_EN1
/RST-OUT_TX
S/P_DAT
S/P_CLK
C C
3V3D
C7407
C7407
100pF
100pF
100pF
R7401 10KR7401 10K
C7408
C7408
0.1uF
0.1uF
132
C7404
0.1uF
0.1uF
MMBZ5V6ALT1G
MMBZ5V6ALT1G
74AHCT594PW
74AHCT594PW
12
RCLK
13
/RCLR
14
SER
11
SRCLK
9
QH1
10
/SRCLR
16
VCC
8
GND
U7022
15
QA
1
QB
2
QC
3
QD
4
QE
5
QF
6
QG
7
QH
213
B B
R73160R7316
U7010
U7010
1
RXB
2
TXB
GPS_1PPS
GPS_UART3_RXD
GPS_UART3_TXD
A A
R7329 33R7329 33
R733033R7330
33
C7252
C7252
470pF
470pF
3
4
5
21
6
7
8
9
5
PPS
TXA
RXA
GND
GPIO[10]
GPIO[0]
GPIO[1]
RF_PWR
ON_OFF10V_RTC_3V3
REB-1315LP
REB-1315LP
GND
RF_IN
GND
RF_OUT
BOOT
GND
GPIO[13]
GPIO[15]
GPIO[14]
VIN_3V3
20
19
18
17
R7318NCR7318
16
22
15
14
13
12
11
12
C7251
C7251
0.1u
0.1u
R7319NCR7319
D7001
D7001
ISS389
ISS389
NC
NC
D7002
D7002
ISS389
ISS389
XH414H
XH414H
C7234
C7234
0.1u
0.1u
12
C7233
C7233
J3002
J3002
ANTENNA
ANTENNA
5Oohm
0
C7232
C7232
0.1u
0.1u
12
+
+
10uF/25V
10uF/25V
4
HRS
HRS
走线
L7011
L7011
C7230NCC7230
8.2nH
8.2nH
NC
L7006
L7006
39nH+/-0.3nH
39nH+/-0.3nH
BLM18HG601SN1D
BLM18HG601SN1D
1 2
1 2
C7235
C7235
BLM18HG601SN1D(NC)
BLM18HG601SN1D(NC)
R7327
R7327
10K
10K
R7328
R7328
20K
20K
UDZS175.1B
UDZS175.1B
4
L6029
L6029
L7007
L7007
D7006
D7006
C7231NCC7231
1 2
C7405
C7405
470pF
470pF
NC
3V3A_GPS
3V3A
2
R7331
R7331
4.7K
4.7K
C7241
C7241
1.5p
1.5p
R7325
R7325
470
470
C7247
C7247
18p
18p
3
1
R7402
R7402
180
180
Q7101
Q7101
DTC114EE
DTC114EE
C7406
C7406
470pF
470pF
L7012
L7012
18nH
18nH
B+
C7242
C7242
L7008
L7008
3.3nH
3.3nH
2
0.75p
0.75p
R7403
R7403
180
180
3
1
U7012
U7012
5
GND2
4
OUTPUT
6
VCC
UPC8231TK
UPC8231TK
Q7102
Q7102
DTC114EE
DTC114EE
C7409
C7409
470pF
470pF
C72431pC7243
1p
L7009
L7009
3.3nH
3.3nH
GND1
INPUT
R7317
R7317
330
330
3
B+
R7408
R7408
2.2K
2.2K
R7404
R7404
180
180
3
2
Q7103
Q7103
DTC114EE
DTC114EE
1
C7410
C7410
470pF
470pF
C7244
C7244
1.5p
1.5p
L7010
L7010
3.3nH
3.3nH
2
3
L7013
L7013
1
8.2nH
8.2nH
3
PS
R7405
R7405
180
180
3
2
Q7104
Q7104
DTC114EE
DTC114EE
1
Z7001
Z7001
14
B9440
B9440
3
GND
GND
5
2
CGND
CGND
OUT IN
OUT IN
C7246
C7246
120p
120p
C7245
C7245
0.5p
0.5p
2
C7411
C7411
470pF
470pF
R7406
R7406
180
180
3
Q7105
Q7105
DTC114EE
DTC114EE
1
C7412
C7412
470pF
470pF
UART1_TXD_TX
UART1_TXD_RX
UART1_RXD_TX
UART1_RXD_RX
2
C7222
C7222
0.1u
0.1u
C7225
C7225
0.1u
0.1u
R7407
R7407
180
180
3
Q7106
Q7106
DTC114EE
DTC114EE
1
C7417
C7417
470pF
470pF
U7009
U7009
1
C1+
3
C1-
4
C2+
5
C2-
11
T1IN
10
T2IN
R1OUT12R1IN
9
R2OUT
SP3232EEA
SP3232EEA
2
1
POWER
J8002
J8002
ANALOG_LED
DIGITAL_LED
TX_A_LED
RX_A_LED
TX_B_LED
POWER
ANALOG_LED
DIGITAL_LED
TX_A_LED
RX_A_LED
TX_B_LED
RX_B_LED
ALARM
5VD
1
POWER
POWER
2
DIGITAL_LED
DIGITAL_LED
3
ANALOG_LED
ANALOG_LED
4
TX_A_LED
TX_A_LED
5
RX_A_LED
RX_A_LED
6
TX_B_LED
TX_B_LED
7
RX_B_LED
RX_B_LED
8
ALARM
ALARM
9
5V
5V
10
GND
GND
CON10
CON10
RX_B_LED
ALARM
R7409
R7409
180
180
3
2
Q7108
Q7108
DTC114EE
DTC114EE
1
100p
100p
100
100
1
TP7010TP7010
1
C7227
C7227
100p
100p
TP7409TP7409
1
TX_RS232_5PIN
TX_RS232_5PIN
TP7013TP7013
1
7
6
5
4
3
2
1
TP7024TP7024
1
1
J6005
J6005
1
TP7028TP7028
TP7029TP7029
TP7025TP7025
1
2
3V3D
16
15
VCC
T1OUT
T2OUT
R2IN
GND
V+
V-
C7223
C7223
2
C7226 0.1uC7226 0.1u
6
C7224
C7224
14
7
RX_RS232_TOUT
13
8
RX_RS232_RIN
0.1u
0.1u
0.1u
0.1u
TX_RS232_RIN
TX_RS232_TOUT
GPS_UART3_RXD
GPS_UART3_TXD
R731033R7310
R7311 33R7311 33
RX_USB.DM
RX_USB.DP
R7314
R7314
R7315 100R7315 100
33
C7228
C7228
5
4
3
2
1
3V3LAN
3V3LAN
D D
RN8008
RN8008
F_D15_TX
F_D14_TX
F_D13_TX
F_D12_TX
F_D11_TX
F_D10_TX
F_D9_TX
F_D8_TX
F_D7_TX
F_D6_TX
F_D5_TX
F_D4_TX
F_D3_TX
3V3LAN
R8180NCR8180
NC
R8187
R8187
10K
10K
R8181NCR8181
NC
R8188
R8188
10K
10K
F_D2_TX
F_D1_TX
F_D0_TX
F_A9_TX
F_A8_TX
F_A7_TX
F_A6_TX
F_A5_TX
F_A4_TX
F_A3_TX
F_A2_TX
F_A1_TX
/CS0-FLASH
/OE_TX
/WE_TX
C C
B B
nRESET
A A
100*4
100*4
RN8007
RN8007
100*4
100*4
RN8006
RN8006
100*4
100*4
RN8005
RN8005
100*4
100*4
RN8010
RN8010
100*4
100*4
RN8009
RN8009
100*4
100*4
RN8011
RN8011
R8185NCR8185
R8189NCR8189
R8190NCR8190
R8191NCR8191
R819233R8192
1
2
3
4 5
1
2
3
4 5
1
2
3
4 5
1
2
3
4 5
R8168 0R8168 0
1
2
3
4 5
1
2
3
4 5
1
2
3
4 5
100*4
100*4
U8012
U8012
109
NC1
95
NC2
94
NC3
76
NC4
25
8
D15
26
7
D14
28
6
D13
29
D12
30
8
D11
31
7
D10
32
6
D9
34
D8
35
8
D7
36
7
D6
37
6
D5
38
D4
41
8
D3
42
7
D2
43
6
D1
44
D0
45
A9
47
8
A8
49
7
A7
50
6
A6
51
A5
52
8
A4
53
7
A3
55
6
A2
56
A1
8
57
7
nRD
58
6
nWR
59
nCS
60
FIFO_SEL
61
33
END_SEL
67
LED_EN
68
PHY_ADDR_SEL
69
AUTO_MDIX_1
70
AUTO_MDIX_2
71
nRST
1
NC5
2
NC6
4
NC7
5
NC8
6
NC9
8
NC10
9
NC11
10
NC12
11
NC13
NC
NC
NC
NC
VDD33IO7VDD33IO13VDD33IO21VDD33IO27VDD33IO33VDD33IO39VDD33IO46VDD33IO54VDD33IO64VDD33IO66VDD33IO72VDD33IO81VDD33IO87VDD33IO93VDD33IO
VDD33BIAS
VDD18CORE3VDD18CORE14VDD18CORE
VDD18CORE40VDD18CORE65VDD18CORE74VDD18CORE
120
104
88
3V3LAN
LAN9311i
LAN9311i
VDD18TX2
VDD18TX1
121
118
100
73
125
122
VDD33IO
VDD33A2
EECS/EEPROMSIZE0
EECLK/EESCL/EEPROMSIZE1
EEDO/EEPROM_TYPE
VDD18PLL
107
129
117
114
GPIO11
GPIO10
VDD33A2
VDD33A1
VDD33A1
GPIO9
GPIO8
nP1LED0/GPIO0
nP1LED1/GPIO1
nP1LED2/GPIO2
nP1LED3/GPIO3
nP2LED0/GPIO4
nP2LED1/GPIO5
nP2LED2/GPIO6
nP2LED3/GPIO7
TXP1
TXN1
RXP1
RXN1
TXP2
TXN2
RXP2
RXN2
PME
EXRES
TEST2
TEST1
EEDI/EE_SDA
NC24
NC23
NC22
NC21
NC20
NC19
NC18
NC17
NC16
NC15
NC14
VSS18VSS
VSS
VSS
VSS97VSS48VSS80VSS_EPAD
112
113
128
IRQ
R81361kR8136
1k
3V3LAN
C8162
C8162
10uF/25V
10uF/25V
12
R81541kR8154
1k
12
R8137
R8137
1k(NC)
1k(NC)
0
C8146
C8146
10uF/25V
10uF/25V
12
R8155
R8155
12
R8147 1kR8147 1k
12
EthernetINT0
EthernetPME
3V3LAN
12
+
+
C8125
C8125
0.1u
0.1u
1k(NC)
1k(NC)
C8147
C8147
10uF/25V
10uF/25V
3V3LAN
R8203 49.9/FR8203 49.9/F
C8167
C8167
15pF
15pF
3V3LAN
12
+
+
49.9/F
49.9/F
R8198
R8198
1V8LAN
12
+
+
C8161
C8161
10uF/25V
C8149
C8149
30p
30p
10uF/25V
3V3LAN 1V8D
12
C8150
C8150
C8151
C8151
C8152
+
+
0.1u
0.1u
100p
100p
C8152
0.1u
0.1u
D8006D8006
77
78
79
82
92
91
90
89
86
85
84
83
111
110
116
115
126
127
123
124
63
62
119
R8175 12.4K/FR8175 12.4K/F
108
75
101
99
98
96
105
XI
106
XO
103
102
24
23
22
20
19
17
16
15
12
LINK
ACTIVITY
R8169 0R8169 0
R81710R8171
R8186 1MR8186 1M
X8001
X8001
2 1
25MHz
25MHz
C8148
C8148
30p
30p
D8007D8007
D8012(NC)D8012(NC)
D8008D8008
D8011D8011
C8165
C8165
15pF
15pF
C8126
C8126
0.1u
0.1u
R8200 49.9/FR8200 49.9/F
C8168
C8168
15pF
15pF
C8138
C8138
0.1u
0.1u
C8153
C8153
0.1u
0.1u
C8127
C8127
0.1u
0.1u
3V3LAN
C8173
C8173
0.01u
0.01u
10R/F
10R/F
R8199
R8199
R8202 49.9/FR820249.9/F
C8169
C8169
15pF
15pF
C8159
C8159
10uF/25V
10uF/25V
C8139
C8139
100p
100p
C8154
C8154
0.1u
0.1u
3V3LAN
12
+
+
C8140
C8140
0.1u
0.1u
C8155
C8155
0.1u
0.1u
LINK
C8164
C8164
0.01u
0.01u
C8128
C8128
0.1u
0.1u
C8141
C8141
0.1u
0.1u
C8156
C8156
0.1u
0.1u
LINK ACTIVITY ACTIVITY
C8170
C8170
0.01u
0.01u
U8104
U8104
1
2
3
4 5
C8142
C8142
0.1u
0.1u
C8157
C8157
0.1u
0.1u
SLVU2.8-4
SLVU2.8-4
C8129
C8129
10uF/25V
10uF/25V
0.1u
0.1u
C8158
C8158
0.1u
0.1u
C8160
C8160
8
7
6
12
C8130
C8130
+
+
0.1u
0.1u
C8171
C8171
0.01u
0.01u
C8131
C8131
0.1u
0.1u
C8172
C8172
0.01u
0.01u
1
3
6
8
4
5
2
7
C8166
C8166
0.022uF
0.022uF
1V8LAN
12
U8101
U8101
HX1260
HX1260
TD+
TD-
RD+
RD-
NC1
NC2
TDCT
RDCT
C8163
C8163
+
+
10uF/25V
10uF/25V
C8137
C8137
0.1u
0.1u
SPG-T1
SPG-T1
sl1003smt
sl1003smt
3
TX+
TX-
RX+
RX-
NC4
NC3
TXCT
RXCT
3V3D1V8LAN
NC
5
4
R8206
R8206
10K
10K
BLM41PG600SN1
BLM41PG600SN1
2
16
14
11
9
13
12
15
10
L8010NCL8010
U7011
U7011
AAT4618IGV
AAT4618IGV
IN
ON
2
L8013
L8013
1
D8015
D8015
ESD9L5.0ST5G
ESD9L5.0ST5G
R820475R8204
R820175R820175
>200MA
12
OUT
FAULT
GND
>200MA
12
3
75
1
3
1V8LAN
SPG-T2
SPG-T2
sl1003smt
sl1003smt
3V3LAN
ACTIVITY
12
R8207 1KR8207 1K
LINK
R8208 1KR8208 1K
C8145
C8145
1000p
1000p
3V3LAN
2
1
J8001
J8001
1
2
3
4
5
6
7
8
9
10
11
12
13
14
RJ45
RJ45
1V8LAN
5
4
3
2
1
5
4
3
2
1
Codec & Audio
D D
R8073
R8073
R8110
R8110
100K
100K
9d3V
12
C8058
C8058
+
+
C8057
C8057
0.01u
0.01u
10uF/16V
10uF/16V
B-
BB OUT
B OUT
C8106
C8106
4.7K
4.7K
VAG
6
7
9d3V
8
12
C8107
C8107
+
+
0.1u
R8101
R8101
C8089
C8089
0.1u
470pF
470pF
91k
91k
Vrms=800mV±10%@1KHz
60% system max. deviation
D8003
D8003
MMBZ20V
MMBZ20V
TP8012TP8012
1
C8097 22uFC8097 22uF
R8109
R8109
100
100
RX_AUDIO_FLAT
3V3D
R81211KR8121
1K
3
R81321KR8132
2
1K
RX Audio active high
RX_AUDIO_MUTE
U8009
U8009
V-
V-
4 5
B+
B+
A+
A+
-
-
+
+
3
B
C8094
C8094
2
1
A-
A-
-
-
+
+
A
A
NJM2904V
NJM2904V
R8063
R8063
100
100
22uF
22uF
DTC114EE
DTC114EE
A OUT
A OUT
B
10uF/16V
10uF/16V
VAG
R8108
R8108
10k
10k
Q8010
Q8010
V+
V+
R8130
R8130
12
C8064
C8064
C8066
C8066
+
+
47K
47K
10uF/16V
10uF/16V
0.1u
0.1u
1K
R81131KR8113
C8099
C8099
1000p
1000p
1
91k
91k
R8124
R8124
C8114
C8114
470pF
470pF
Vrms=800mV±10%@1KHz
C8119
C8119
C8124
C8124
1000p
1000p
1000p
1000p
C80801uC8080
9d3V
C80911uC8091
1u
10uF/16V
10uF/16V
1u
C8060
C8060
R8127
R8127
10k
10k
123
A-
A+
A-
A+
-
-
A
A
U8013
U8013
+
+
A OUT
A OUT
NJM2904V
NJM2904V
12
C8065
C8065
+
+
0.01u
0.01u
R8133
R8133
10k
10k
C8121
C8121
V+
V+
R8131
R8131
+
+
B
B
-
-
B OUT
B OUT
B-
B-
678
91k
91k
45
B+
B+
470pF
470pF
V-
V-
60% system max. deviation
VAG
D8001
D8001
Vrms=800mV±10%@1KHz
60% system max. deviation
MMBZ20V
MMBZ20V
TP8016TP8016
1
TP8014TP8014
1
C80901uC8090
C80881uC8088
R8129
R8129
100
100
1u
R8194
R8194
100
1u
100
Slot2 active high
Slot1 active high
SlotA_Audio
SlotB_Audio
Slot2_EN
Slot1_EN
C8056 47pC8056 47p
47p
47p
C8059
C8059
C8061 47pC8061 47p
C8062 47pC8062 47p
45
RN8001
RN8001
1V8D
100*4
100*4
R80640R8064
0
C8063
C8063
0.1u
R8078
R8078
R8196 1KR8196 1K
R8205NCR8205
47K
47K
TP8005TP8005
TP8006TP8006
C8081
C8081
R8111 10KR8111 10K
R8079
R8079
47K
47K
1
1
12
+
+
TLV320AIC29IRGZR
TLV320AIC29IRGZR
1V8D
NC
R81951KR8195
L8007
L8007
BLM18PG300SN1
BLM18PG300SN1
R8114
R8114
10K
10K
L8009
L8009
BLM18BD601SN1D
BLM18BD601SN1D
0.1u
C8082
C8082
1K
0.1u
0.1u
C8068
C8068
0.1u
0.1u
0.01u
0.01u
U8010
U8010
C8144
C8144
C8095
C8095
C8100
C8100
1
IOVDD
2
PWR_DN
3
RESET
4
GPIO2
5
GPIO1
6
AVDD2
7
AVSS2
8
AVDD1
9
NC1
10
NC2
11
NC3
12
NC4
C80861uC8086
C8143
C8143
0.01u
0.01u
220p
220p
R8112
R8112
0.01u
0.01u
C8116
C8116
46
49
48
47
DVSS
DVDD
T-PAD
AVSS113VREF14VBAT15AUX216AUX117BUZZ_IN/CP_INN
1u
1u
C80921uC8092
10K
10K
C8101
C8101
0.01u
0.01u
100p
100p
R81251KR8125
1K
C8120
C8120
0.1u
0.1u
2.2K
2.2K
R8139
R8139
3V3D
R8076 0R8076 0
/CODEC_PDN
/CODEC_RST
C C
3V3A
10uF/16V
10uF/16V
add C718(10uF)
TP8017
TP8017
TEMP_DET
TEMP_DET
1
TEMP_DET
REV_TEMP_DET
MIC_GND
R8077 0R8077 0
CODEC_PWT
B B
DB26_Ext_Mic_IN
C8115
C8115
100p
100p
EXT_MIC_CTRL
R8072 33R8072 33
45
123
678
678
43
40
45
41
44
42
SDIN
SCLK
BCLK
MCLK
WCLK
SDOUT
VGND/CP_OUTN
CP_OUTP19CP_INP20MICIN_HND21MICBIAS_HND22MICIN_HED23MICBIAS_HED
18
C8087 0.1uC 8087 0.1u
Q8007
Q8007
5
UMC4N
UMC4N
100
100
R8074
R8074
123
RN8002
RN8002
100*4
100*4
37SS38
DAV
MOSI39MISO
DRVSS2
OUT8P
BVDD
OUT8N
DRVSS1
SPKFC
DRVDD
SPK2
SPK1
OUT32N
MIC_DET
24
C8085 1uC8085 1u
R8097 15KR8097 15K
D8004 EDZTE613.6BD8004 EDZTE613.6B
30K
30K
R8103
R8103
1u
C81051uC8105
12
34
2
1
36
35
34
33
32
31
R8091 NCR8091 NC
30
29
28
R8092 0R8092 0
27
R8093 0R8093 0
26
25
R8119
R8119
C8110 10u/16V
C8110 10u/16V
1 2
+
+
C8113 0.1uC8113 0.1u
TP8011TP8011
100
100
3V3A
TP8009TP8009
12
C8070
C8070
C8071
C8071
+
+
10uF/10V
10uF/10V
0.1u
0.1u
1
1
9d3V
Q8006
Q8006
3 4
2
1
UMC4N
UMC4N
Q8008
Q8008
3 4
/CODEC_DAV
CODEC_CLK
CODEC_SDI
CODEC_SDO
CODEC_SCLK
uW_CS0_CODEC
CODEC_SSI_DO
CODEC_SSI_DI
CODEC_SSI_BCLK
CODEC_SSI_WCLK
2
A A
1
UMC4N
UMC4N
9V3A
Q8004
Q8004
3 4
2
1
UMC4N
UMC4N
Q8009
Q8009
3 4
2
1
UMC4N
UMC4N
R8128
R8128
100K
100K
5
R8134
R8134
100K
100K
5
12
+
+
10uF/16V
10uF/16V
C8053
C8053
5
5
L8005
L8005
BLM18PG181SN1D
BLM18PG181SN1D
C8054
C8054
0.1u
0.1u
TP8013TP8013
1
TP8015TP8015
1
C8055
C8055
0.1u
0.1u
9d3V
R8065 47KR8065 47K
R81261KR8126
1K
R81351KR8135
1K
5
4
3
2
1
5
D D
5VA
R800810R8008
10
C8008
C8008
10u/10v
10u/10v
4
100k
100k
R8009
1000p
1000p
R8009
R8012
R8012
68k
68k
U8003
U8003
TLV5614IPW
TLV5614IPW
12
15
14
16
OUTB13OUTA
AVDD
OUTD11OUTC
REFINAB
12
+
+
C8009
C8009
C8010
C8010
0.1u
0.1u
R8002
R8002
R8003 100R8003 100
R800410R8004
R80061KR8006
C8007 0.1uC8007 0.1u
R8010
R8010
R8013
R8013
C8011 0.1uC8011 0.1u
10
9
AGND
REFINCD
3
100
100
100K
100K
33K
33K
10
1K
C8002
C8002
C8003
C8003
C8004
C8004
0.01u
0.01u
100p
100p
100p
100p
R80050R8005
C8005
C8005
100p
100p
0
C8006NCC8006
NC
APC
Final_bias
MOD
TX_RF_CS
2
1
DVDD1PD2LDAC3DIN4SCLK5CS6FS7DGND
8
3V3D
R80140R8014
22uF/10V
22uF/10V
C8015
C8015
0
12
C8017
C8017
C8016
C8016
+
+
0.1u
0.1u
1000p
1000p
R8015
R8015
10k
10k
C C
B B
DAC5614_DIN
DAC5614_SCLK
DAC5614_FS
5VA
R804110R8041
10
1
2
3
4 5
RN8004
RN8004
C8031
C8031
10u/10v
10u/10v
100*4
100*4
+
+
12
8
7
6
C8038
C8038
0.1u
0.1u
C8039
C8039
1000p
1000p
C8025
C8025
47p
47p
C8026
C8026
47p
47p
R8042
R8042
C8027
C8027
47p
47p
C8040
C8040
100k
100k
0.1u
0.1u
R8035 1KR8035 1K
R8036 1kR8036 1k
R8038 1kR8038 1k
R8043
R8043
110k
110k
C8035
C8035
0.01u
0.01u
R804410R8044
10
NC
NC
C8036
C8036
0.01u
0.01u
C8032
C8032
C8037
C8037
+
+
0.01u
0.01u
12
C8041NCC8041
R80391kR8039
1k
C8033
C8033
0.01u
0.01u
R804510R8045
C8045NCC8045
NC
NC
C8001
C8001
0.01u
0.01u
10
C8012NCC8012
NC
RSSI
RX_RF_CS
TV
R80460R8046
0
C8013NCC8013
NC
R80470R8047
0
CV_RX_Pre_DAC
C8014NCC8014
NC
C8034 0.1uC8034 0.1u
12
15
14
16
10
9
U8007
U8007
TLV5614IPW
TLV5614IPW
OUTB13OUTA
AVDD
OUTD11OUTC
REFINCD
AGND
REFINAB
DVDD1PD2LDAC3DIN4SCLK5CS6FS7DGND
R8050 0R8050 0
3V3D
5614_Data
A A
5614_CLK
5614_FS
RN8003
RN8003
C8042
C8042
10u/10v
10u/10v
1
2
3
4 5
100*4
100*4
12
C8043
C8043
+
+
8
7
6
0.1u
0.1u
C8047
C8047
47p
47p
C8044
C8044
C8048
C8048
47p
47p
1000p
1000p
C8049
C8049
47p
47p
R8053
R8053
10k
10k
8
5
4
3
2
1
5
4
3
2
1
OMAP_Core_RX
D D
C7117
C7117
12p
12p
X7003
X7003
3 4
2 1
SSP-T7-F
SSP-T7-F
C7118
C7118
12p
12p
U7004C
U7004C
OMAP5912ZZG_a2
OMAP5912ZZG_a2
Y13
R71791KR7179
1K
R7194
R7194
4.7K
4.7K
LOW-PWR_RX
3V3D
R7195
R7195
4.7K
4.7K
R7180 10KR7180 10K
R7181 1KR7181 1K
R7182
R7182
R7183 10KR7183 10K
R7185 1KR7185 1K
R7186 NCR7186 NC
R7187 10KR7187 10K
TP7035TP7035
TP7036TP7036
R7190 10KR7190 10K
3V3D
识别
3V3D
R7199 10KR7199 10K
RTCK_RX
10K
10K
R7198 10KR7198 10K
/TRST_RX
TMS_RX
TDI_RX
TDO_RX
EMU0_RX
EMU1_RX
1
1
TCK_RX
3V3D
C C
TP7034TP7034
PWR_RST
JTAG
JTAG
B B
J7002
J7002
此部分电路画在板外
R7113 33R7113 33
12
R7161 33R7161 33
34
R7162 33R7162 33
56
78
R7166 33R7166 33
910
R7164 33R7164 33
1112
R7178 33R7178 33
1314
R7192 33R7192 33
R7121 33R7121 33
3V3D
C7128
C7128
0.1u
0.1u
R7123
R7123
10K
10K
1
R7184 33R7184 33
C7136
C7136
100p
100p
GPIO40
用于中转台识别
GPIO25用于RD960
C7135
C7135
10p
10p
3V3D
3V3D
3V3D
VSS
R19
GPIO1
J20
MPU_BOOT
N19
GPIO13/LCD.BLUE0
W19
BFAIL
T20
LOW_PWR
U20
MPU_RST
R12
PWRON_RESET
V18
CONF
W15
GPIO40/BCLKREQ
R10
GPIO23/MCLKREQ
P12
VSS
V5
GPIO24/MCLK
Y15
GPIO17/BCLK
W13
RTC_WAKE_INT/GPIO55
Y12
RTC_ON_NOFF
W10
MPUIO11
W9
GPIO25/MCSI2.DOUT
Y18
TRST
V17
TMS
Y19
TDI
AA19
TDO
Y17
RTCK
W18
TCK
V16
EMU0
W17
EMU1
VSS
A13
VSS
VSSB1VSSB5VSSB7VSS
A21
AA13
OSC32K_OUT
V13
P13
OSC32K_IN
VSS
VSSG1VSSK2VSS
F20
B16
K20
CLK32K_IN
TP7033TP7033
VSSN1VSS
R21
1
W3
OSC1_OUT
VSSU2VSS
W20
19.2M_OUT_RX
R71770R7177
0
Y2
OSC1_IN
CVDDRTC
CVDDDLL
DVDDRTC
LDO.FILTER
VSSY3VSS
VSS
AA1
AA7
AA21
CVDD
CVDD
CVDD
CVDD
CVDD1
CVDD2
CVDD2
CVDD2
CVDD3
CVDD3
CVDD3
CVDD3
CVDDA
DVDD1
DVDD1
DVDD2
DVDD3
DVDD4
DVDD4
DVDD4
DVDD4
DVDD5
DVDD5
DVDD5
DVDD6
DVDD7
DVDD8
DVDD9
VSS
A15
M2
Y9
Y20
AA3
A3
A9
E2
B13
B20
J21
R20
W12
A11
Y21
A19
E21
AA2
Y7
A5
A7
B10
B14
C2
H2
R1
AA11
Y16
L21
U21
V12
J1
1V6D
3V3D
1V8D
3V3D
C71581uC7158
1u
R7193 0R7193 0
C7129
C7129
10p
10p
1V6D
R7188 10R7188 10
C7137
C7137
0.1u
0.1u
R7189 10R7189 10
C7144
C7144
0.1u
0.1u
C7119
C7119
0.1u
0.1u
R7191 NCR7191 NC
C7154
C7154
100p
100p
C7120
C7120
0.01u
0.01u
1V6D
12
C7130
C7130
+
+
1V8D
C7155
C7155
0.1u
0.1u
22uF/10V
22uF/10V
C7156
C7156
0.01u
0.01u
12
C7134
C7134
+
+
22uF/10V(NC)
22uF/10V(NC)
12
C7138
C7138
+
+
22uF/10V(NC)
22uF/10V(NC)
3V3D
12
+
+
C7157
C7157
22uF/10V
22uF/10V
C7131
C7131
0.1u
0.1u
C7145
C7145
0.1u
0.1u
C7140
C7140
0.1u
0.1u
C7122
C7122
0.1u
0.1u
C7146
C7146
0.1u
0.1u
C7123
C7123
0.1u
0.1u
C7141
C7141
0.1u
0.1u
C7147
C7147
0.1u
0.1u
C7132
C7132
0.1u
0.1u
1V8D
C7142
C7142
0.01u
0.01u
C7148
C7148
0.1u
0.1u
C7124
C7124
0.1u
0.1u
3V3D
1V6D
C7149
C7149
0.1u
0.1u
C7133
C7133
0.1u
0.1u
C7143
C7143
100p
100p
12
C7159
C7159
+
+
22uF/10V(NC)
22uF/10V(NC)
12
C7160
C7160
+
+
22uF/10V(NC)
22uF/10V(NC)
C7170
C7170
100p(NC)
100p(NC)
C7175
C7175
100p(NC)
100p(NC)
A A
5
4
3
2
1
5
4
3
2
1
Omap connect Peripheral_RX
100p
100p
100p
98_PE
98_PC
98_PD
C7105
C7105
100p
100p
D7015 KPT-1608SGCD7015 KPT-1608SGC
1 2
D7016
D7016
KPT-1608SGC
KPT-1608SGC
100p
C7098
C7098
1 2
TP7031TP7031
1
D D
98_DOUTB
RX_PLL_CLK
RX_PLL_CS
RX_PLL_DATA
Synchronous_Timing
C C
B B
98_CLKOUT
98_FS
98_DOUTA
3V3D
RX_USB.DM
RX_USB.DP
C7106
C7106
100p
100p
C7115NCC7115
NC
100p
100p
C7099
C7099
100p
100p
C7102
C7102
TP7032TP7032
C7100
C7100
C7107
C7107
100p
100p
1
C7116NCC7116
NC
100p
100p
C7103
C7103
100p
100p
C7101
C7101
R714733R7147
R7148 33R7148 33
R7149 33R7149 33
R7150 33R7150 33
TP7037
TP7037
100p
100p
RXPLLCS
RXPLLCS
1
C7104
C7104
UART1_TXD_RX
UART1_RXD_RX
R7163
R7163
R7165
R7165
MCBSP3_CLKX
MCBSP3_FSX
MCBSP3_DX_TX
MCBSP3_DR_TX
RX_USB.DM
RX_USB.DP
2.2K
2.2K
2.2K
2.2K
U7004B
U7004B
OMAP5912ZZG_a2
OMAP5912ZZG_a2
N14
SPIF.CS0
33
R715233R715233R7151 33R7151 33
R7146 33R7146 33
R7153 NCR7153 NC
R7154NCR7154
R7155NCR7155
R7196 33R7196 33
R719733R7197
R715633R7156
R7157 33R7157 33
R7158 33R7158 33
R715933R7159
TP7044TP7044
RX_LED2+
RX_LED1+
TP7045TP7045
TP7030TP7030
R717333R7173
R717533R7175
R7176 1.5KR7176 1.5K
N15
SPIF.CS1
T19
SPIF.CS2
U19
SPIF.SCK
R18
SPIF.DOUT
P20
SPIF.DIN
V11
GPIO57/MMC.CLK
V6
GPIO17/UART2.TX
R9
GPIO18/UART2.RX
M15
GPIO7/MCSI1.CLK
W8
NC
GPIO9/MCSI1.SYNC
Y8
NC
MCSI1.DOUT/GPIO8/TRST
Y14
UART1.TX/UART1.IRTX
V14
33
GPIO37/UART1.RX/UART1.IRRX
M14
33
GPIO2
K14
UART3.RTS
U18
UART3.DSR
W21
UART3.DTR
K19
UART3.RX
K18
UART3.TX
T18
I2C.SCL
V20
GPIO48/I2C.SDA
V7
GPIO11/MCBSP2.CLKR
Y6
GPIO20/MCBSP2.CLKX
W6
GPIO12/MCBSP2.FSR
W7
GPIO21/MCBSP2.FSX
AA5
33
GPIO19/MCBSP2.DR
P10
GPIO22/MCBSP2.DX
V19
MPUIO1
W5
MPUIO5/MPUIO12
V8
MPUIO3/MMC2.DAT1
V9
GPIO7/MCSI2.SYNC
V10
1
1
MPUIO10/MPUIO7
E18
GPIO63
AA9
GPIO26/MCSI2.DIN
C21
GPIO27
P11
GPIO55/MMC.CMD
W11
MPUIO9/MPUIO6
Y10
GPIO27/MCSI2.CLK
R14
GPIO38/UART1-IRSEL
1
Y4
UART2.BCLK/SYS_CLK_IN
P14
MCBSP3.CLKX/GPIO43
P18
MCBSP3.FSX/GPIO3/SPI.CS3
AA17
MCSI1.SYNC/MCBSP3.DR
W14
MCBSP3.DX
P19
GPIO6/MCSI1.DIN/TIMER.EVENT3
W16
GPIO42/MCBSP3.CLKX
R8
33
USB.DM/I2C.SCL/UART1.TX/Z
P9
33
USB.DP/I2C.SDA/UART1.RX
W4
USB.PUEN
L1
NC
E5
NC1
CAM.LCLK/UWIRE.SCLK/GPIO39
GPIO44/UWIRE.CS3/SPIF.CS3
LCD.P8/GPIO29
LCD.P9/GPIO30
LCD.P10/GPIO31
LCD.P11/GPIO32
LCD.P12/GPIO33
LCD.P13/GPIO34
LCD.P14/GPIO35
CAM.RSTZ/GPIO37
CAM.HS/GPIO38
LCD.P15/GPIO2
LCD.RED0/GPIO14
KP.R4/MPUIO15
KP.R3/MPUIO13
KP.R2/MPUIO10
KP.R1/MPUIO9
KP.R0/MPUIO8
KB.C0/MPUIO0
KB.C1/MPUIO6
KB.C5/GPIO28
GPIO62/MCBSP1.CLKS
GPIO54/MCBSP1.CLKX
GPIO53/MCBSP1.FSX
GPIO51/MCBSP1.DR
GPIO52/MCBSP1.DX
CAM.D0/MPUIO12
CAM.D2/GPIO30
CAM.D5/UWIRE.SDI/GPIO33
CAM.D6/UWIRE.CS3/GPIO34
CAM.D7/UWIRE.CS0/GPIO35
CAM.VS/MPUIO14
GPIO50/PWTTIMER.PWM0
GPIO49/PWL/TIMER.PWM1
GPIO15/PWTTIMER.PWM2
GPIO11/HDQ
GPIO7/UART2.RCV
LCD.P0
LCD.P1
LCD.P2
LCD.P3
LCD.P4
LCD.P5
LCD.P6
LCD.P7
GPIO36
GPIO39
LCD.AC
LCD.HS
LCD.PCLK
LCD.VS
GPIO57
GPIO58
GPIO12
GPIO61
GPIO56
D18
B21
C19
G14
H13
A20
B19
C18
D17
D16
C17
B17
G13
A17
C16
R13
M19
L15
AA15
D15
B15
C20
C15
B18
N21
E19
E20
H14
F19
G18
F18
D20
G19
G20
G21
H15
H20
H18
L19
K15
J15
J14
J19
J18
L18
H19
R11
N18
D19
V15
M18
L14
N20
Y5
M20
P15
R7168 33R7168 33
R7169 33R7169 33
R7170 33R7170 33
R7171
R7171
R720033R7200
R717233R7172
R7174 33R7174 33
RX_FLControl
RX_FLControl1
C7125
C7125
100p
100p
RX_PLL_LD
RX_VCO_L
RX_VCO_H
RX
10K
10K
33
33
C7111
C7111
C7112
C7110
C7110
100p
100p
100p
100p
C7112
100p
100p
C7114
C7114
100p
100p
C7113
C7113
100p
100p
A A
5
4
3
2
1
5
4
3
2
1
Memory_RX
D D
U7004A
U7004A
OMAP5912ZZG_a2
A2
SDR_A0
SDR_A1
SDR_A2
SDR_A3
SDR_A4
SDR_A5
SDR_A6
SDR_A7
SDR_A8
SDR_A9
SDR_A10
SDR_A11
SDR_A12
SDR_D0
SDR_D1
SDR_D2
SDR_D3
SDR_D4
SDR_D5
SDR_D6
SDR_D7
SDR_D8
SDR_D9
SDR_D10
SDR_D11
SDR_D12
SDR_D13
SDR_D14
SDR_D15
/SDR_CS
SDR_BA0
SDR_BA1
SDR_CKE
SDR_DQMU
SDR_DQML
/SDR_WE
/SDR_RAS
/SDR_CAS
A9
A0
A1
A2
VDDE7E7VDDA9
A3
A4
A5
A6
A7
A8
A9
A10
A11
A12
BA0
BA1
CAS
RAS
LDQM
UDQM
WE
CLK
CKE
CS
VSSA1A1VSSJ1J1VSSE3E3VSSQA3A3VSSQC3C3VSSQB7B7VSSQD7
1V8D
U7006
U7006
MT48H8M16LFB4-75 IT
MT48H8M16LFB4-75 IT
D3
C7
B3
A7
J9
DQ0
DQ1
DQ2
VDDJ9
VDDQB3
VDDQA7
VDDQD3
VDDQC7
DQ3
DQ4
DQ5
DQ6
DQ7
DQ8
DQ9
DQ10
DQ11
DQ12
DQ13
DQ14
DQ15
NC
A8
B9
B8
C9
C8
D9
D8
E9
E1
D2
D1
C2
C1
B2
B1
A2
E2
TP7017TP7017
1
H7
SDR_A0
H8
SDR_A1
J8
SDR_A2
J7
SDR_A3
J3
SDR_A4
J2
SDR_A5
H3
SDR_A6
H2
SDR_A7
H1
10K
10K
SDR_BA1
10K
10K
10K
10K
SDR_A8
SDR_A9
SDR_A10
SDR_A11
SDR_A12
SDR_BA0
10K
10K
10K
10K
10K
10K
10K
10K
G3
H9
G2
G1
G7
G8
F7
F8
E8
F1
F9
F2
F3
G9
C C
/SDR_CAS
/SDR_RAS
SDR_DQML
SDR_DQMU
/SDR_WE
SDR_CLK
SDR_CKE
/SDR_CS
SDR_D0
SDR_D1
SDR_D2
SDR_D3
SDR_D4
SDR_D5
SDR_D6
SDR_D7
SDR_D8
SDR_D9
SDR_D10
SDR_D11
SDR_D12
SDR_D13
SDR_D14
SDR_D15
SDR_CLK
TP7018TP7018
1
TP7022TP7022
1
D7
R7136
R7136
R7139
R7139
R7140
R7140
R7138
R7138
R7137
R7137
R7141
R7141
R7142
R7142
B B
1V8D
PIN E2 Must be left unconnected
128Mbit ,can be extended to 256Mbit,512Mbit
管脚
C7096
C7096
100P
100P
1V8D
C7097
C7097
0.1u
0.1u
12
C7108
C7108
22uF/10V(NC)
22uF/10V(NC)
+
+
22uF/10V(NC)
22uF/10V(NC)
C7109
C7109
12
+
+
C7091
C7091
0.1u
0.1u
C7092
C7092
100P
100P
滤波电容靠近
C7094
C7094
C7093
C7093
0.1u
0.1u
100P
100P
SDRAM
C7095
C7095
0.1u
0.1u
SDRAM.A0
B2
SDRAM.A1
B6
SDRAM.A2
A1
SDRAM.A3
G10
SDRAM.A4
B9
SDRAM.A5
G12
SDRAM.A6
G11
SDRAM.A7
G9
SDRAM.A8
B12
SDRAM.A9
B8
SDRAM.A10
H10
SDRAM.A11
H9
SDRAM.A12
H11
SDRAM.A13
D6
SDRAM.D0
C6
SDRAM.D1
C5
SDRAM.D2
D7
SDRAM.D3
D5
SDRAM.D4
C7
SDRAM.D5
C4
SDRAM.D6
D8
SDRAM.D7
C10
SDRAM.D8
D14
SDRAM.D9
D11
SDRAM.D10
C13
SDRAM.D11
C11
SDRAM.D12
D13
SDRAM.D13
D12
SDRAM.D14
C12
SDRAM.D15
C14
SDRAM.DQSH
D4
SDRAM.DQSL
G8
SDRAM.CS
D9
SDRAM.CLKX
B3
SDRAM.BA0
C3
SDRAM.BA1
C9
SDRAM.CLK
H12
SDRAM.CKE
D10
SDRAM.DQMU
C8
SDRAM.DQML
H8
SDRAM.WE
H7
SDRAM.RAS
B4
SDRAM.CAS
FLASH.CS2/FLASH.BAA/FLASH.CS2L
FLASH.RP/FLASH.CS2UWE
FLASH.CLK/FLASH.CS2UOE
FLASH.BE1/FLASH.CS2UWE/GPIO60
FLASH.BE0/FLASH.CS2UOE/GPIO59
OMAP5912ZZG_a2
FLASH.D10
FLASH.D11
FLASH.D12
FLASH.D13
FLASH.D14
FLASH.D15
FLASH.RDY/GPIO10
FLASH.ADV
FLASH.CS0/GPIO62
FLASH.CS1/FLASH.CS1L
FLASH.CS1U/GPIO16
FLASH.CS2U/GPIO5
FLASH.CS3/GPIO3
RST_OUT/GPIO41
FLASH.A1
FLASH.A2
FLASH.A3
FLASH.A4
FLASH.A5
FLASH.A6
FLASH.A7
FLASH.A8
FLASH.A9
FLASH.A10
FLASH.A11
FLASH.A12
FLASH.A13
FLASH.A14
FLASH.A15
FLASH.A16
FLASH.A17
FLASH.A18
FLASH.A19
FLASH.A20
FLASH.A21
FLASH.A22
FLASH.A23
FLASH.A24
FLASH.A25
FLASH.D0
FLASH.D1
FLASH.D2
FLASH.D3
FLASH.D4
FLASH.D5
FLASH.D6
FLASH.D7
FLASH.D8
FLASH.D9
FLASH.OE
FLASH.WE
FLASH.WP
J8
D3
C1
E4
D2
F4
E3
J7
F3
G4
G3
G2
K8
H4
H3
K7
J2
J4
J3
F2
L8
K4
K3
L7
E1
N4
N2
N7
P2
P4
P7
R2
R3
R4
T2
T3
P8
U1
U3
T4
V3
U4
W2
V4
V2
L4
M7
M3
Y1
M4
P3
N8
W1
N3
AA20
M8
L3
F_A1
F_A2
F_A3
F_A4
F_A5
F_A6
F_A7
F_A8
F_A9
F_A10
F_A11
F_A12
F_A13
F_A14
F_A15
F_A16
F_A17
F_A18
F_A19
F_A20
F_A21
F_A22
F_A23
F_A24
F_D0
F_D1
F_D2
F_D3
F_D4
F_D5
F_D6
F_D7
F_D8
F_D9
F_D10
F_D11
F_D12
F_D13
F_D14
F_D15
/OE
/WE
/WP
RDY
CS1-FLASH
/CS3-FLASH
/RST-OUT
BE1
BE0
RDY
/RST-OUT
/WP
兼容大容量的
使用该引脚。
R71330R7133
FLASH
VFLASH_RX
情况下
VFLASH_RX
VFLASH_RX
R7129 10KR7129 10K
R7130 10KR7130 10K
0
F_A24
22uF/10V
22uF/10V
BE0
BE1
R7131 10KR7131 10K
TP7021TP7021
R7135 10KR7135 10K
R7143 NCR7143 NC
12
C7087
C7087
C70881uC7088
+
+
1u
TP7019TP7019
1
C7089
C7089
0.1u
0.1u
F_A1
F_A2
F_A3
F_A4
F_A5
F_A6
F_A7
F_A8
F_A9
F_A10
F_A11
F_A12
F_A13
F_A14
F_A15
F_A16
F_A17
F_A18
F_A19
F_A20
F_A21
F_A22
F_A23
F_A24
/WE
CS1-FLASH
/OE
1
/CS3-FLASH
C7090
C7090
100p
100p
G1
F1
E1
D1
F2
E2
D2
C2
C6
E6
F6
C7
D7
E7
F7
D8
G8
F3
E3
D6
E5
E8
F8
F5
C3
D3
C5
J1
H2
H1
E4
D4
C4
D5
J4
J5
G2
J8
U7005
U7005
A0
A1
A2
A3
A4
A5
A6
A7
A8
A9
A10
A11
A12
A13
A14
A15
A16
A17
A18
A19
A20
A21
A22
A23
LB
UB
WE
CE1-ps
OE
CEf
RY/BYf
RESET
WP/ACC
CE2ps
VCCf
VCCps
VSS1
VSS2
TV00570002CDGB
TV00570002CDGB
128Mbit NOR Flash ，can be extended to 256Mbit
3V3D
VFLASH_RX
R71450R R71450R
1V8D for 256Mbit NOR Flash
3VD for 128Mbit NOR Flash
DQ0
DQ1
DQ2
DQ3
DQ4
DQ5
DQ6
DQ7
DQ8
DQ9
DQ10
DQ11
DQ12
DQ13
DQ14
DQ15
NC1
NC2
NC3
NC4
NC5
NC6
NC7
NC8
NC9
NC10
NC11
NC12
NC13
NC14
NC16
NC17
NC18
NC19
NC20
NC21
NC22
NC23
NC24
NC25
NC26
NC27
NC28
J2
G3
K3
H4
H5
K6
G6
J7
K2
H3
J3
K4
J6
H6
K7
H7
A1
B1
C1
L1
M1
B2
L2
B3
L3
B4
F4
G4
L4
B5
G5
K5
L5
B6
L6
B7
G7
L7
A8
B8
H8
L8
M8
F_D0
F_D1
F_D2
F_D3
F_D4
F_D5
F_D6
F_D7
F_D8
F_D9
F_D10
F_D11
F_D12
F_D13
F_D14
F_D15
TP7043TP7043
1
VFLASH_RX
R7132 10KR7132 10K
A A
67
5
4
3
2
1
5
4
3
2
1
OMAP_Core_TX
D D
R709510R7095
10
C7050
C7050
0.1u
0.1u
C7071
C7071
0.1u
0.1u
1V6D
3V3D
C7051
C7051
0.1u
0.1u
C7065
C7065
100p
100p
C7072
C7072
0.1u
0.1u
3V3A
12
C7179
C7179
+
+
22uF/10V(NC)
22uF/10V(NC)
12
C7178
C7178
+
+
22uF/10V(NC)
22uF/10V(NC)
C7180
C7180
100p(NC)
100p(NC)
C7181
C7181
100p(NC)
100p(NC)
12
C7027
C7027
C7028
C7028
+
+
0.1u
0.1u
10u/25V
10u/25V
X7001
C7030 39pC7030 39p
C7031
3V3D
12
C7035
C7035
82p
82p
12
C7056
C7056
+
C7080
C7080
+
+
22uF/10V
22uF/10V
C7031
0.01u
0.01u
C7040NCC7040
NC
19.2MHz,TO IF AD9864
C7045
C7045
C7046
C7046
0.1u
0.1u
0.1u
0.1u
C7062
C7062
0.1u
+
22uF/10V(NC)
22uF/10V(NC)
0.1u
C7026
AA13
OSC32K_OUT
C7026
0.01u
0.01u
V13
P13
CLK32K_IN
OSC32K_IN
VSS
VSSG1VSSK2VSS
VSSN1VSS
F20
B16
K20
R21
19.2M_OUT_RX
19.2MHz,TO RX OMAP
C7036
C7036
12p
12p
X7002
X7002
3 4
2 1
SSP-T7-F
SSP-T7-F
C7039
C7039
12p
10K
10K
1K
10K
10K
1K
NC
10K
10K
33
TDI_TX
TDO_TX
RTCK_TX
TCK_TX
EMU0_TX
EMU1_TX
12p
U7001C
U7001C
Y13
VSS
R19
GPIO1
J20
MPU_BOOT
N19
GPIO13/LCD.BLUE0
W19
BFAIL
T20
LOW_PWR
U20
MPU_RST
R12
PWRON_RESET
V18
CONF
W15
GPIO40/BCLKREQ
R10
GPIO23/MCLKREQ
P12
VSS
E5
NC1
L1
NC2
Y15
GPIO17/BCLK
W13
RTC_WAKE_INT/GPIO55
Y12
RTC_ON_NOFF
W9
GPIO25/MCSI2.DOUT
Y18
TRST
V17
TMS
Y19
TDI
AA19
TDO
Y17
RTCK
W18
TCK
V16
EMU0
W17
EMU1
OMAP5912ZZG_a1
OMAP5912ZZG_a1
VSS
A13
VSS
A21
VSSB1VSSB5VSSB7VSS
C C
R7096 1KR7096 1K
R7097
识别
10K
10K
R7127
R7127
R7125
R7125
4.7K
4.7K
3V3D
R7097
R70981KR7098
R7099 10KR7099 10K
R7100
R7100
R71021KR7102
R7103NCR7103
R7104
R7104
1
R710733R7107
R7108 10KR7108 10K
R7109 10KR7109 10K
3V3D
/TRST_TX
TMS_TX
3V3D
1
LOW-PWR
TP7015TP7015
PWR_RST
GPIO40
用于中转台识别
B B
A A
CODEC_CLK
JTAG
JTAG
此部分电路画在板外
J7001
J7001
C7067
C7067
100p
100p
R7111 33R7111 33
12
R7112 33R7112 33
34
R7116 33R7116 33
56
78
R7117 33R7117 33
910
R7118 33R7118 33
1112
R7119 33R7119 33
1314
R7122 33R7122 33
R7120 33R7120 33
3V3D
R7115
R7115
10K
10K
C7082
C7082
0.1u
0.1u
3V3D
3V3D
R7101 33R7101 33
C7058
C7058
100p
100p
TP7016
TP7016
BCLK
BCLK
3V3D
GPIO25用于RD960
C7121
C7121
R7124
R7124
4.7K
4.7K
10p
10p
3V3D
TP7014TP7014
1
W3
OSC1_OUT
VSSU2VSS
W20
R70940R7094
C7032
C7032
0.01u
0.01u
Y2
OSC1_IN
CVDDRTC
CVDDDLL
DVDDRTC
LDO.FILTER
VSSY3VSS
VSS
AA1
AA7
AA21
CVDD
CVDD
CVDD
CVDD
CVDD1
CVDD2
CVDD2
CVDD2
CVDD3
CVDD3
CVDD3
CVDD3
CVDDA
DVDD1
DVDD1
DVDD2
DVDD3
DVDD4
DVDD4
DVDD4
DVDD4
DVDD5
DVDD5
DVDD5
DVDD6
DVDD7
DVDD8
DVDD9
VSS
0
A15
M2
Y9
Y20
AA3
A3
A9
E2
B13
B20
J21
R20
W12
A11
Y21
A19
E21
AA2
Y7
A5
A7
B10
B14
C2
H2
R1
AA11
Y16
L21
U21
V12
J1
1V6D
3V3D
1V8D
R7126
R7126
0(NC)
0(NC)
R7110 NCR7110 NC
C70811uC7081
1u
C7041
C7041
100p
100p
1V6D
R7114 0R7114 0
C7033
C7033
82p
82p
C7059
C7059
0.1u
0.1u
C7066
C7066
0.1u
0.1u
L7002
L7002
470nH
470nH
C70381uC7038
1u
C7042
C7042
0.1u
0.1u
R7105 10R7105 10
R7106 10R7106 10
1V8D
C7077
C7077
100p
100p
C7043
C7043
0.01u
0.01u
L7003 470nHL7003 470nH
C7034
C7034
82p
82p
12
C7044
C7044
+
+
22uF/10V
22uF/10V
1V6D
C7078
C7078
0.1u
0.1u
12
C7055
C7055
+
+
22uF/10V(NC)
22uF/10V(NC)
C7079
C7079
0.01u
0.01u
4
VCC
VCC
OUTVTGND
OUTVTGND
DSB321SDA
DSB321SDA
19.2M_OUT_IF
C7048
C7048
C7047
C7047
0.1u
0.1u
0.1u
0.1u
C7063
C7063
0.1u
0.1u
C7069
C7069
C7068
C7068
0.1u
0.1u
0.1u
0.1u
X7001
1V8D
1
23
C7049
C7049
0.1u
0.1u
C7070
C7070
0.1u
0.1u
C7064
C7064
0.01u
0.01u
68
5
4
3
2
1
5
4
3
2
1
Omap connect Peripheral_TX
U7001B
U7001B
OMAP5912ZZG_a1
D D
1
C7018
C7018
100p
100p
LED_S/P_EN1
DAC5614_SCLK
DAC5614_FS
DAC5614_DIN
EXT_ALARM_IN
HIGH_VOLTAGE_DETECT
EMERGENCY
GPS_1PPS
EthernetINT0
EXT_MIC_CTRL
5614_FS
5614_CLK
5614_Data
S/P_DAT
S/P_EN
S/P_CLK
I2C_SCL
I2C_SDA
EXT_PTT
R702733R7027
R7029 33R7029 33
R7022 33R7022 33
R7038 33R7038 33
R7039 33R7039 33
FAN_STOP_DET
R7066
R7066
10K
10K
TP7011TP7011
R7071 33R7071 33
R7073 33R7073 33
R7075 33R7075 33
R7077 33R7077 33
R708233R7082
R7083 33R7083 33
R7086 1.5KR7086 1.5K
33
TP7046
TP7046
TXPLLCS
R7324
R7324
C7022
C7022
100p
100p
R7323
R7323
TXPLLCS
C7017
C7017
100p
100p
470
470
470
470
10K
10K
10K
10K
5614 output RSSI/TV
to pll and low mod
C C
TX_PLL_CS
TX_PLL_DATA
TX_PLL_CLK
UART1_TXD_TX
UART1_RXD_TX
GPS_UART3_RXD
GPS_UART3_TXD
3V3D
R7321
R7321
R7322
R7322
to dac high mod
3V3D
MCBSP3_CLKX
MCBSP3_FSX
MCBSP3_DR_TX
MCBSP3_DX_TX
B B
C7025
C7025
USB0_DUSB0_D+
47pF
47pF
C7029
C7029
47pF
47pF
R7092
R7092
15K
15K
C7037
C7037
47pF
47pF
R7093
R7093
15K
15K
C7052
C7052
47pF
47pF
N15
MPUIO2/SPIF.CS1
T19
SPIF.CS2
U19
SPIF.SCK
R18
SPIF.DOUT
W8
MCSI1.SYNC/GPIO9
Y8
MCSI1.DOUT/GPIO8/TRST
M15
MCSI1.CLK/GPIO7
M14
GPIO2
V15
GPIO56/MCSI1.DIN
AA15
GPIO39/UART1-IRSHDN
W16
GPIO42
N14
GPIO45/SPIF.CS0
P3
GPIO5/FLASH.CS2
Y14
UART1.TX/UART1.IRTX
V14
GPIO37/UART1.RX/UART1.IRRX
K14
UART3.RTS
E18
GPIO63
K19
UART3.RX
K18
UART3.TX
T18
I2C.SCL
V20
I2C.SDA
V7
GPIO11/MCBSP2.CLKR
Y6
GPIO20/MCBSP2.CLKX
W6
GPIO12/MCBSP2.FSR
W7
GPIO21/MCBSP2.FSX
AA5
GPIO19/MCBSP2.DR
P10
GPIO22/MCBSP2.DX
V19
MPUIO1/UWIRE.SCLK
C18
LCD.P7
C19
LCD.P2
D18
LCD.P0
G14
LCD.P3
P20
GPIO4/SPIF.DIN
P19
GPIO6
H13
LCD.P4
U18
GPIO47/UART3.DSR
P11
GPIO55/MMC.CMD
R14
GPIO38
R11
1
33
GPIO58
Y4
UART2.BCLK/SYS_CLK_IN
P14
MCBSP3.CLKX
P18
MCBSP3.FSX
AA17
MCSI1.SYNC/MCBSP3.DR
W14
MCBSP3.DX
W21
GPIO46
L14
GPIO49
AA9
USB2.VP/GPIO26
R8
USB.DM/I2C.SCL/UART1.TX/Z
P9
USB.DP/I2C.SDA/UART1.RX
W4
USB.PUEN
Y1
FLASH.CS1/GPIO16
R13
GPIO36/CLK32K_OUT/MPUIO0/UART1-TX
OMAP5912ZZG_a1
USB2.RCV
MPUIO7
USB2.SPEED
USB2.SUSP
USB2.TXD/GPIO17
USB2.VM/GPIO18
LCD.P6
LCD.P5
LCD.P8/GPIO29
LCD.P9/GPIO30
LCD.P10/GPIO31
LCD.P11/GPIO32
LCD.P1
LCD.P13/GPIO34
LCD.P14/GPIO35
LCD.VS
LCD.AC
LCD.HS
LCD.PCLK
GPIO27
LCD.RED0/GPIO14
GPIO44
GPIO24/MCLK
MPUIO11
MPUIO13
MPUIO14
MPUIO15
GPIO15/TIMER.PWM2
USB2.SE0/MPUIO5
MPUIO12
MPUIO10/KB.R2
MPUIO9/KB.R1
MPUIO8/KB.R0
MPUIO0/KB.C0
MPUIO6/KB.C1
GPIO61/KB.C2
GPIO62/MCBSP1.CLKS
GPIO54/MCBSP1.CLKX
GPIO53/MCBSP1.FSX
GPIO51/MCBSP1.DR
GPIO52/MCBSP1.DX
MPUIO6
CAM.D2/GPIO30
CAM.LCLK/UWIRE.SCLK/GPIO39
CAM.D5/UWIRE.SDI/GPIO33
CAM.D6/UWIRE.CS3/GPIO34
CAM.D7/UWIRE.CS0/GPIO35
CAM.EXCLK/UWIRE.SDO/GPIO57
CAM.HS/GPIO38
GPIO28
CAM.RSTZ/GPIO37
SOSSI.D[15]/ GPIO2
GPIO50/PWTTIMER.PWM0
GPIO57
GPIO33
GPIO12
GPIO11/HDQ
MPUIO3
Y5
V10
V9
Y10
V6
R9
B19
A20
D17
D16
C17
B17
B21
A17
C16
B18
B15
C20
C15
C21
N21
P15
V5
W10
E20
L18
E19
M20
W5
L19
H14
F19
G18
F18
D20
D19
G20
G21
H15
H20
H18
W11
K15
J15
J14
J19
J18
H19
L15
G19
M19
D15
V11
M18
G13
N18
N20
V8
GPIO7
ANT_SW
R702333R7023
R7030 33R7030 33
R7031 33R7031 33
R7034 33R7034 33
R7036 33R7036 33
R7037 33R7037 33
R7024
R7024
1
TP7041TP7041
R7410
R7410
R7084 33R7084 33
10K
10K
10K
10K
RST_CTRL
C7021
C7021
C7016
C7016
C7020
C7020
C7019
C7019
100p
100p
100p
100p
100p
100p
100p
3V3D
C7023
C7023
100p
100p
100p
C7024
C7024
100p
100p
TX_FLControl
TX_FLControl1
TX_VCO_L
TX_VCO_H
TX
TX_PLL_LD
33
Synchronous_Timing
PRGM_IN5
PRGM_IN4
PRGM_IN3
PRGM_IN2
3V3D
nRESET
GPS_PWCTRL
EXT_PW_CTRL
CODEC_SSI_BCLK
CODEC_SSI_WCLK
CODEC_SSI_DO
CODEC_SSI_DI
/CODEC_RST
CODEC_SCLK
CODEC_SDO
uW_CS0_CODEC
CODEC_SDI
/CODEC_DAV
/CODEC_PDN
LOW_VOLTAGE_DETECT
SLOT_SYNC_FUNCTION
CODEC_PWT
ACC_IO3
ACC_IO2
EthernetPME
5VA_TX
R7326
R7326
10K
L6031
L6031
10K
5VA_TX
Q6021
Q6021
DTC114EE
DTC114EE
3
1
2
R7078 33R7078 33
ANT_SW
J6008
J6008
1
2
3
BLM18PG181SN1D
Antenna Switch
Antenna Switch
A A
BLM18PG181SN1D
68
5
4
3
2
1
5
Memory_TX
4
3
2
1
D D
U7001A
U7001A
SDR_A0_TX
SDR_A1_TX
SDR_A2_TX
SDR_A3_TX
SDR_A4_TX
SDR_A5_TX
SDR_A6_TX
SDR_A7_TX
SDR_A8_TX
SDR_A9_TX
SDR_A10_TX
SDR_A11_TX
SDR_A12_TX
SDR_D0_TX
SDR_D1_TX
SDR_D2_TX
SDR_D3_TX
SDR_D4_TX
SDR_D5_TX
SDR_D6_TX
SDR_D7_TX
SDR_D8_TX
SDR_D9_TX
SDR_D10_TX
SDR_D11_TX
SDR_D12_TX
SDR_D13_TX
SDR_D14_TX
SDR_D15_TX
/SDR_CS_TX
SDR_BA0_TX
SDR_BA1_TX
SDR_CKE_TX
SDR_DQMU_TX
SDR_DQML_TX
/SDR_WE_TX
/SDR_RAS_TX
/SDR_CAS_TX
A9
A0
A1
A2
VDDE7E7VDDA9
A3
A4
A5
A6
A7
A8
A9
A10
A11
A12
BA0
BA1
CAS
RAS
LDQM
UDQM
WE
CLK
CKE
CS
VSSA1A1VSSJ1J1VSSE3E3VSSQA3A3VSSQC3C3VSSQB7B7VSSQD7
1V8D
U7003
U7003
MT48H8M16LFB4-75 IT
MT48H8M16LFB4-75 IT
D3
C7
B3
A7
J9
DQ0
DQ1
DQ2
VDDJ9
VDDQB3
VDDQA7
VDDQD3
VDDQC7
DQ3
DQ4
DQ5
DQ6
DQ7
DQ8
DQ9
DQ10
DQ11
DQ12
DQ13
DQ14
DQ15
NC
D7
A8
SDR_D0_TX
B9
SDR_D1_TX
B8
SDR_D2_TX
C9
SDR_D3_TX
C8
SDR_D4_TX
D9
SDR_D5_TX
D8
SDR_D6_TX
E9
SDR_D7_TX
E1
SDR_D8_TX
D2
SDR_D9_TX
D1
SDR_D10_TX
C2
SDR_D11_TX
C1
SDR_D12_TX
B2
SDR_D13_TX
B1
SDR_D14_TX
A2
SDR_D15_TX
E2
TP7003TP7003
SDR_CLK_TX
1
TP7007TP7007
1
TP7002TP7002
1
10K
10K
R7013
R7013
10K
10K
R7014
R7014
10K
10K
R7015
R7015
10K
10K
R7016
R7016
H7
H8
J8
J7
J3
J2
H3
H2
H1
G3
H9
G2
G1
G7
G8
F7
F8
E8
F1
F9
F2
F3
G9
SDR_A0_TX
SDR_A1_TX
SDR_A2_TX
SDR_A3_TX
SDR_A4_TX
SDR_A5_TX
SDR_A6_TX
SDR_A7_TX
SDR_A8_TX
SDR_A9_TX
SDR_BA0_TX
SDR_BA1_TX
/SDR_CAS_TX
/SDR_RAS_TX
SDR_DQML_TX
SDR_DQMU_TX
/SDR_WE_TX
10K
10K
10K
10K
R7010
R7010
R7012
R7012
R7011
R7011
SDR_A10_TX
SDR_A11_TX
SDR_A12_TX
10K
10K
1V8D
C C
SDR_CLK_TX
SDR_CKE_TX
/SDR_CS_TX
B B
PIN E2 Must be left unconnected
128Mbit ,can be extended to 256Mbit,512Mbit
1V8D
C7010
C7010
0.1u
0.1u
C7011
C7011
0.1u
0.1u
C7012
C7012
0.1u
0.1u
C7013
C7013
0.1u
0.1u
C7014
C7014
0.1u
0.1u
C7015
C7015
0.1u
0.1u
C7001
C7001
0.1u
0.1u
C7053
C7053
22uF/10V(NC)
22uF/10V(NC)
12
+
+
22uF/10V(NC)
22uF/10V(NC)
C7054
C7054
12
+
+
A2
SDRAM.A0
B2
SDRAM.A1
B6
SDRAM.A2
A1
SDRAM.A3
G10
SDRAM.A4
B9
SDRAM.A5
G12
SDRAM.A6
G11
SDRAM.A7
G9
SDRAM.A8
B12
SDRAM.A9
B8
SDRAM.A10
H10
SDRAM.A11
H9
SDRAM.A12
H11
SDRAM.A13
D6
SDRAM.D0
C6
SDRAM.D1
C5
SDRAM.D2
D7
SDRAM.D3
D5
SDRAM.D4
C7
SDRAM.D5
C4
SDRAM.D6
D8
SDRAM.D7
C10
SDRAM.D8
D14
SDRAM.D9
D11
SDRAM.D10
C13
SDRAM.D11
C11
SDRAM.D12
D13
SDRAM.D13
D12
SDRAM.D14
C12
SDRAM.D15
C14
SDRAM.DQSH
D4
SDRAM.DQSL
G8
SDRAM.CS
D9
SDRAM.CLKX
B3
SDRAM.BA0
C3
SDRAM.BA1
C9
SDRAM.CLK
H12
SDRAM.CKE
D10
SDRAM.DQMU
C8
SDRAM.DQML
H8
SDRAM.WE
H7
SDRAM.RAS
B4
SDRAM.CAS
FLASH.CS1/FLASH.CS1L
FLASH.CS2/FLASH.BAA/FLASH.CS2L
FLASH.RP/FLASH.CS2UWE
FLASH.CLK/FLASH.CS2UOE
FLASH.BE1/FLASH.CS2UWE/GPIO60
FLASH.BE0/FLASH.CS2UOE/GPIO59
OMAP5912ZZG_a1
OMAP5912ZZG_a1
FLASH.D10
FLASH.D11
FLASH.D12
FLASH.D13
FLASH.D14
FLASH.D15
FLASH.RDY/GPIO10
FLASH.ADV
GPIO62/FLASH.CS0
FLASH.CS3/GPIO3
RST_OUT/GPIO41
J8
FLASH.A1
D3
FLASH.A2
C1
FLASH.A3
E4
FLASH.A4
D2
FLASH.A5
F4
FLASH.A6
E3
FLASH.A7
J7
FLASH.A8
F3
FLASH.A9
G4
FLASH.A10
G3
FLASH.A11
G2
FLASH.A12
K8
FLASH.A13
H4
FLASH.A14
H3
FLASH.A15
K7
FLASH.A16
J2
FLASH.A17
J4
FLASH.A18
J3
FLASH.A19
F2
FLASH.A20
L8
FLASH.A21
K4
FLASH.A22
K3
FLASH.A23
L7
FLASH.A24
E1
FLASH.A25
N4
FLASH.D0
N2
FLASH.D1
N7
FLASH.D2
P2
FLASH.D3
P4
FLASH.D4
P7
FLASH.D5
R2
FLASH.D6
R3
FLASH.D7
R4
FLASH.D8
T2
FLASH.D9
T3
P8
U1
U3
T4
V3
U4
FLASH.OE
W2
FLASH.WE
V4
FLASH.WP
V2
L4
M7
M3
M4
N8
W1
N3
AA20
M8
L3
CS0
CS1：pSRAM（FLASH
CS3：FLASH（FLASH
F_A1_TX
F_A2_TX
F_A3_TX
F_A4_TX
F_A5_TX
F_A6_TX
F_A7_TX
F_A8_TX
F_A9_TX
F_A10_TX
F_A11_TX
F_A12_TX
F_A13_TX
F_A14_TX
F_A15_TX
F_A16_TX
F_A17_TX
F_A18_TX
F_A19_TX
F_A20_TX
F_A21_TX
F_A22_TX
F_A23_TX
F_A24_TX
F_D0_TX
F_D1_TX
F_D2_TX
F_D3_TX
F_D4_TX
F_D5_TX
F_D6_TX
F_D7_TX
F_D8_TX
F_D9_TX
F_D10_TX
F_D11_TX
F_D12_TX
F_D13_TX
F_D14_TX
F_D15_TX
/OE_TX
/WE_TX
/WP_TX
RDY_TX
/CS3-FLASH_TX
/RST-OUT_TX
F_BE0_TX
：以太网
F_A1_TX
F_A2_TX
F_A3_TX
F_A4_TX
F_A5_TX
F_A6_TX
F_A7_TX
F_A8_TX
F_A9_TX
F_D0_TX
F_D1_TX
F_D2_TX
F_D3_TX
F_D4_TX
F_D5_TX
F_D6_TX
F_D7_TX
F_D8_TX
F_D9_TX
F_D10_TX
F_D11_TX
F_D12_TX
F_D13_TX
F_D14_TX
F_D15_TX
CS1_FLASH_TX
F_BE1_TX
/OE_TX
/WE_TX
/CS0-FLASH
/RST-OUT_TX
二合一芯片）
二合一芯片）
RDY_TX
/RST-OUT_TX
/WP_TX
兼容大容量的
使用该引脚。
R7008 0R7008 0
VFLASH_TX
FLASH
情况下
VFLASH_TX
R7004 10KR7004 10K
R7005 10KR7005 10K
F_A24_TX
VFLASH_TX
22uF/10V
22uF/10V
C7006
C7006
R7006 10KR7006 10K
TP7006TP7006
R7017 10KR7017 10K
R7018 NCR7018 NC
12
C70071uC7007
+
+
1u
TP7005TP7005
F_A1_TX
1
F_A2_TX
F_A3_TX
F_A4_TX
F_A5_TX
F_A6_TX
F_A7_TX
F_A8_TX
F_A9_TX
F_A10_TX
F_A11_TX
F_A12_TX
F_A13_TX
F_A14_TX
F_A15_TX
F_A16_TX
F_A17_TX
F_A18_TX
F_A19_TX
F_A20_TX
F_A21_TX
F_A22_TX
F_A23_TX
F_A24_TX
F_BE0_TX
F_BE1_TX
/WE_TX
CS1_FLASH_TX
/OE_TX
1
/CS3-FLASH_TX
C7009
C7009
C7008
C7008
100p
100p
0.1u
0.1u
128Mbit NOR Flash ，can be extended to 256Mbit
U7002
U7002
G1
A0
F1
A1
E1
A2
D1
A3
F2
A4
E2
A5
D2
A6
C2
A7
C6
A8
E6
A9
F6
A10
C7
A11
D7
A12
E7
A13
F7
A14
D8
A15
G8
A16
F3
A17
E3
A18
D6
A19
E5
A20
E8
A21
F8
A22
F5
A23
C3
LB
D3
UB
C5
WE
J1
CE1-ps
H2
OE
H1
CEf
E4
RY/BYf
D4
RESET
C4
WP/ACC
D5
CE2ps
J4
VCCf
J5
VCCps
G2
VSS1
J8
VSS2
TV00570002CDGB
TV00570002CDGB
VFLASH_TX3V3D
R70200R R70200R
DQ0
DQ1
DQ2
DQ3
DQ4
DQ5
DQ6
DQ7
DQ8
DQ9
DQ10
DQ11
DQ12
DQ13
DQ14
DQ15
NC1
NC2
NC3
NC4
NC5
NC6
NC7
NC8
NC9
NC10
NC11
NC12
NC13
NC14
NC16
NC17
NC18
NC19
NC20
NC21
NC22
NC23
NC24
NC25
NC26
NC27
NC28
J2
F_D0_TX
G3
F_D1_TX
K3
F_D2_TX
H4
F_D3_TX
H5
F_D4_TX
K6
F_D5_TX
G6
F_D6_TX
J7
F_D7_TX
K2
F_D8_TX
H3
F_D9_TX
J3
F_D10_TX
K4
F_D11_TX
J6
F_D12_TX
H6
F_D13_TX
K7
F_D14_TX
H7
F_D15_TX
A1
B1
C1
L1
M1
B2
L2
B3
L3
B4
F4
G4
L4
B5
G5
K5
L5
B6
L6
B7
G7
L7
A8
B8
H8
L8
M8
1V8D for 256Mbit NOR Flash
3VD for 128Mbit NOR Flash
TP7012TP7012
1
VFLASH_TX
R7007 NCR7007 NC
A A
69
5
4
3
2
1
5
4
3
2
1
C6022
C6022
0.1u
0.1u
C6007
C6007
0.1u
0.1u
TP6002TP6002
5VD
1
R6002
R6002
10k
10k
MMBZ6V8ALT1G
MMBZ6V8ALT1G
R6004
R6004
3.3K
3.3K
>200MA,3A
D6003
D6003
J8003
J8003
1
2
3
4
JK_PWR
JK_PWR
D D
C C
1
B6002B6002
1 2
D6014
D6014
3.0SMCJ20A
3.0SMCJ20A
B6001B6001
1
13.6V
12
R6031
R6031
4.7K
4.7K
D7017
D7017
KPT-1608SGC
KPT-1608SGC
>200MA,6A
B+
BLM41PG600SN1
BLM41PG600SN1
330uF/35V
330uF/35V
C6088
C6088
L6003
L6003
C6009
C6009
8200pF
8200pF
12
C6017
C6017
+
+
0.1u/50V
0.1u/50V
R6035
R6035
12K/F
12K/F
U6002
0.1u/50V
0.1u/50V
7
2
3
5
6
9
U6015
U6015
OUT
OUT
IN-
IN-
++-
++-
IN+
IN+
VEE
VEE
NJM2904V
NJM2904V
VOL_DET_H
VOL_DET_L
U6002
TPS5430DDA
TPS5430DDA
VIN
NC1
NC2
EN
GND
PowerPAD
VCC
VCC
OUT
OUT
IN-
IN-
-
-
IN+
IN+
VSENSE
8
7
6
PWR_REFL
R6036
R6036
1.1K
1.1K
R6051
R6051
1.1K
1.1K
8
PH
C6002
C6002
0.01u
0.01u
1
BOOT
4
R6050 470KR6050 470K
>200MA,3A
D6002
D6002
B340A
B340A
1 2
VOL_DET_L
VOL_DET_L
R6052
R6052
9.1K
9.1K
R6053
R6053
9.1K
9.1K
L6001
L6001
15uH
15uH
C6003
C6003
C6004
C6004
1000p
1000p
220uF/10V
220uF/10V
5VD
HIGH_VOLTAGE_DETECT
D7104
D7104
MMSZ5221B
MMSZ5221B
1 2
LOW_VOLTAGE_DETECT
D7105
D7105
MMSZ5221B
MMSZ5221B
12
12
C6005
C6005
+
+
+
+
22uF/10V
22uF/10V
B+ 5VD
R6038
R6038
12K
12K
R6037
R6037
3.3K
3.3K
C6014
R6003
R6003
22K
22K
C6011
C6011
8200pF
8200pF
C6012
C6012
1000p
1000p
C6014
1
2
3
L6002
L6002
12
10uH
10uH
C6010
C6010
R6013
R6013
0.1uF/50V
0.1uF/50V
100K
100K
C6018
C6018
C6078
C6078
470p/50V
470p/50V
R6041
R6041
2.2K/F
2.2K/F
>200MA,3A
C6006
C6006
22u/25V
22u/25V
33p/50V
33p/50V
R6034 470KR6034 470K
C6008
C6008
22u/25V
22u/25V
VOL_DET_H
PWR_REFH
4 5
5VD5VD
R6044
R6033
R6033
13K
13K
PWR_REFH
R6032
R6032
13K
13K
R6044
13K
13K
PWR_REFL
R6049
R6049
13K
13K
1 2
Q6002
Q6002
2SB1184
L6010
L6010
>200MA 3A
12
BLM41PG600SN1
BLM41PG600SN1
0.01u
0.01u
1
L6011
L6011
L6005
L6005
C60281uC6028
C6036
C6036
0.01u
0.01u
R6025 1KR6025 1K
C6020
C6020
0.01u
0.01u
>200MA,1A
1u
L6015
L6015
5VD
BLM41PG600SN1
BLM41PG600SN1
>200MA,4A
B B
A A
C6023
C6023
10uF/10V
10uF/10V
12
12
10uF/10V
10uF/10V
C6016
C6016
+
+
12
C6001
C6001
+
+
1uF/25V
1uF/25V
>200MA,4A
R6008
R6008
R6010
R6010
47K
47K
R6018NCR6018
NC
37
6
36
R6019
R6019
10k
10k
5
38
39
11
26
12
13
14
10
32
1
15
8
34
3
R6006 47KR6006 47K
R6011
R6011
47k
47k
R6012 47KR6012 47K
C6025 0.01uC6025 0.01u
47k
47k
TPS65021RHA
TPS65021RHA
VCC
VINDCDC1
VINDCDC2
VINDCDC3
PWRFAIL_SNS
LOWBAT_SNS
HOT_RESET
TRESPWRON
DEFLDO1
DEFLDO2
VSYSIN
DEFDCDC1
DEFDCDC2
DEFDCDC3
VBACKUP
PGND1
PGND2
PGND3
R6021 0R6021 0
R6024NCR6024
U6003
U6003
PWRFAIL
LOWBAT
VRTC
DCDC1_EN
DCDC2_EN
VDCDC1
VDCDC2
VINLDO
DCDC3_EN
LDO_EN
VLDO1
VLDO2
VDCDC3
RESPWON
SCLK
SDAT
AGND1
AGND2
PAD
NC
C60241uC6024
C6109
C6109
2.2uF
2.2uF
L6030
L6030
3VRTC
C6013
C6013
2.2uF/10V
2.2uF/10V
L6007 10uHL6007 10uH
1u
L6009 6.2uHL6009 6.2uH
R6075 33R6075 33
R6106 33R6106 33
BLM18PG181SN1D
BLM18PG181SN1D
C6110
C6110
220p
220p
C6033
C6033
22uF/10V
22uF/10V
L6006 10uHL6006 10uH
12
+
+
C6026
C6026
22uF/10V
22uF/10V
MBRM120LT1G
MBRM120LT1G
>200MA,200MA
3V3A
12
+
+
C60351uC6035
C6034
C6034
1u
0.1u
0.1u
31
21
16
25
24
9
7
L1
33
35
L2
19
23
22
20
18
4
L3
2
28
INT
27
30
29
40
17
41
0.1u
0.1u
R6007
R6007
47K
47K
C6044
C6044
EXT_PW_CTRL
>200MA,1.2A
>200MA,1A
C6027
C6027
0.1u
0.1u
D6007
D6007
12
12
R6022
R6022
200K
200K
L6005
L6005
C6015
C6015
+
+
C6019
C6019
0.1u
0.1u
22uF/10V
22uF/10V
L6008
L6008
BLM18PG181SN1D
BLM18PG181SN1D
C6029
C6029
TP6006TP6006
R6076 4.7KR6076 4.7K
R6077 4.7KR6077 4.7K
>200MA,900MA >200MA,900MA
BLM18PG181SN1D
BLM18PG181SN1D
2SB1184
3 2
R6020
R6020
47K
47K
R6028
R6028
3V3D
>200MA,1.2A
C60211uC6021
1u
1V8D
1
D6005
D6005
MMBZ5V6ALT1G
MMBZ5V6ALT1G
3V3D
I2C_SCL
I2C_SDA
MMBZ5V6ALT1G
MMBZ5V6ALT1G
>200MA 3A
1
R60231kR6023
10k
10k
2
1
TP6003TP6003
D6004
D6004
MMBZ5V6ALT1G
MMBZ5V6ALT1G
TP6004TP6004
PWR_RST
1V6D
1
TP6008TP6008
D6008
D6008
C6032
C6032
1000p
1000p
1k
C6041
C6041
0.1u
0.1u
3
1
Q6003
Q6003
DTC114EE
DTC114EE
3V3D
1812L150
1812L150
F6001
F6001
D6019
D6019
PMEG6010CEJ
PMEG6010CEJ
D6009
D6009
MBRM120LT1G
MBRM120LT1G
1 2
R6029 0R6029 0
U6004
U6004
1
MR
2
VCC
3
GND
PFI4PFO
TPS3705-33DGN
TPS3705-33DGN
12
EXT_PW
>200MA,3A
C6031
C6031
0.1uF/50V
0.1uF/50V
WDO
/RST
WDI
8
7
R6030 33R6030 33
6
5
RST_CTRL
R6027
R6027
120K
120K
70
5
4
3
2
1
5
C6093
C6120
C6120
150P
150P
C6089
C6089
8200pF/50V
8200pF/50V
R6057
R6057
7.5K
7.5K
C6114
C6114
4700P
4700P
C6093
0.1u/50V
0.1u/50V
U6011
U6011
2
VIN
3
EN
4
RT
6
COMP
U6105
U6105
2
IN
1
EN
6
GND1
SW
BOOT
SENSE
GND
PAD
9
MIC29302A
MIC29302A
8
C6094
C6094
0.1u
0.1u
1
5
7
TPS54340
TPS54340
OUT
ADJ
GND
L6013
L6004
L6004
B+
BLM41PG600SN1
BLM41PG600SN1
C6098
C6098
8200pF/50V
8200pF/50V
D D
C C
B B
A A
L6013
10uH
10uH
>200MA,3A >200MA,3A
12
C6097
C6097
R6015
R6015
0.1uF/50V
0.1uF/50V
120K
120K
R6014
R6014
18K
18K
9V8A 9V3A
12
C6040
C6040
+
+
10uF/ 25V
10uF/ 25V
>200MA
>200MA,3A
C6087
C6087
10uF/ 25V
10uF/ 25V
C6096
C6096
22u/25V
22u/25V
12
+
+
0.1u/50V
0.1u/50V
C6095
C6095
22u/25V
22u/25V
R6054
R6054
470K
470K
C6039
C6039
D6006
D6006
B340A
B340A
4
5
3
1 2
4
C6103
C6103
1000p(NC)
1000p(NC)
L6014 15uHL6014 15uH
C6101
C6101
68uF/35V
68uF/35V
VADJ = 0.8V
R6016
R6016
15K
15K
R6017
R6017
2.2K
2.2K
>200MA,3A
C6042
C6042
0.1u
0.1u
C6090
C6090
0.1u
0.1u
12
+
+
10uF/25V
10uF/25V
C6091
C6091
100pF
100pF
C6043
C6043
9V8A
R6005
R6005
91k
91k
R6009
R6009
8.2K
8.2K
>200MA,3A
C6105
C6105
100pF
100pF
L6018
L6018
BLM41PG600SN1
BLM41PG600SN1
C6058
C6058
10u/25V
10u/25V
C6065
C6065
10u/25V
10u/25V
12
+
+
C6075
C6075
>200MA,3A
12
C6099
C6099
10u/25V
10u/25V
12
C6057
C6057
+
+
0.1u
0.1u
3
22u/25V
22u/25V
>200MA,2A
12
C6100
C6100
+
+
0.1u
0.1u
U6005
U6005
XC6209F502PR
XC6209F502PR
0.1u
0.1u
R6039
R6039
47K
47K
C6053
C6053
10u/25V
10u/25V
XC6209F502PR
XC6209F502PR
C6108
C6108
C6052
C6052
1000p
1000p
RX
9V3A
C6037
C6037
10u/25V
10u/25V
XC6209F502PR
XC6209F502PR
R6090
R6090
4
12
C6060
C6060
+
+
0.1u
0.1u
U6009
U6009
VIN
ON/OFF3GND2NP(VREF)
12
+
+
5
1
4
VIN
C6056
C6056
0.1u
0.1u
U6008
U6008
47K
47K
C6102
C6102
1000p
1000p
VOUT
C6080
C6080
2.2uF
2.2uF
C6066NCC6066
NC
Q6007
Q6007
2SB1132
2SB1132
3 2
R6042
R6042
47k
47k
5
VOUT
TX
47k
47k
4
1
5VA_TX
C6081
C6081
2.2uF
2.2uF
Si2307BDS
Si2307BDS
R6001
R6001
TP6015TP6015
VIN
ON/OFF3GND2NP(VREF)
5VA_RX
C6049
C6049
0.1u
0.1u
R6045
R6045
4.7K
4.7K
C6071
C6071
1
1
5
VOUT
1
C6083NCC6083
NC
C6082
C6082
2
0.1u
0.1u
Q6001
Q6001
32
R6026
R6026
1.8K
1.8K
2
5VA
C6107
C6107
C6111
C6111
0.1u
0.1u
2.2uF
2.2uF
5VD
L6032
L6032
BLM18PG181SN1D(NC)
BLM18PG181SN1D(NC)
0.1u
0.1u
L6033
L6033
BLM18PG181SN1D
BLM18PG181SN1D
L6016
L6016
BLM18PG181SN1D
BLM18PG181SN1D
9V1A_RX
C6054
C6054
1000p
1000p
3
Q6009
Q6009
DTC114EE
DTC114EE
1
L6034
L6034
BLM18PG181SN1D
BLM18PG181SN1D
9V1A_TX
C6038
C6038
1000p
1000p
3
Q6004
Q6004
DTC114EE
DTC114EE
1
C6061
C6061
10u/25V
10u/25V
2
>200MA,2A
L6027NCL6027
NC
C6045
C6045
2.2uF
2.2uF
12
+
+
TP6013TP6013
1
C6067
C6067
2.2uF
2.2uF
5VD
GPS_PWCTRL
TP6010TP6010
RP102N331B
RP102N331B
1
1
VDD
2
GND
CE3NC
RP102N331B
RP102N331B
1
2
L6028
L6028
BLM18PG181SN1D
BLM18PG181SN1D
U6001
U6001
VOUT
R6071NCR6071
NC
Q6016
Q6016
2SB1132
2SB1132
3 2
R6068
R6068
47k
47k
1
RX
Q6017
Q6017
DTC114EE
DTC114EE
U6010
U6010
VDD
VOUT
GND
CE3NC
>200MA
C6116
C6116
2.2uF
2.2uF
XC6209F332PR
XC6209F332PR
R6063
R6063
47K
47K
5
C6046
C6046
4
2.2uF
2.2uF
R6048
R6048
4.7K
4.7K
2
5
C6068
C6068
4
2.2uF
2.2uF
U6023
U6023
C6112
C6112
1000p
1000p
C6047
C6047
0.1u
0.1u
3
1
C6069
C6069
0.1u
0.1u
4
3V3A_RX
C6048
C6048
220p
220p
C6055
C6055
2.2uF/10V
2.2uF/10V
C6070
C6070
220p
220p
5
VIN
VOUT
ON/OFF3GND2NP(VREF)
1
C6084NCC6084
1
5VA_RXIF
C6059
C6059
3V3A_TX
NC
TP6011TP6011
0.1u
0.1u
1
TP6014TP6014
1
C6117
C6117
2.2uF
2.2uF
3V3A_GPS
1
C6115
C6115
220p
220p
TP6018TP6018
R6055
R6055
47K
47K
C6074
C6074
1000p
1000p
ON/OFF3GND2NP(VREF)
1
C6072NCC6072
5VD
L6035
L6035
C6086
C6086
BLM18PG181SN1D(NC)
NC
BLM18PG181SN1D(NC)
0.1u
0.1u
71
5
4
3
2
1
E
D D
3V3D
R6043
R6043
add D814 D815 (ISR154-400)
10K
10K
J6003
J6003
3
2
1
JK_FAN1
JK_FAN1
R6046 10KR6046 10K
3V3D
C C
FAN_STOP_DET
R6072 100R6072 100
D6022
D6022
B340A-F
B340A-F
R6047 33R6047 33
3
Q6005
Q6005
1
>200MA,1A
12
2
DTC114EE
DTC114EE
C6118
C6118
100p
100p
B340A-F
B340A-F
>200MA,1A
D6025
D6025
>200MA,1A
12
R60400R6040
0
D
L6017
L6017
1 2
BLM41PG600SN1
BLM41PG600SN1
D6021 BAV70D6021 BAV70
1
2
C6050 2200UF
C6050 2200UF
1 2
C6113 330UF
C6113 330UF
1 2
C6106 330UF
C6106 330UF
1 2
C6119 470pC6119 470p
3
D6010
D6010
BAV70
BAV70
1
2
C
B+
B
A
3
+
+
+
+
+
+
>200MA,1A
Q6000
Q6000
23
4
FZT651
C6129
C6129
0.1uF
0.1uF
FZT651
1
12
D6026
D6026
PMEG6010CEJ
PMEG6010CEJ
FAN1
B B
A A
R6070
R6070
470
470
10K
10K
R6073
R6073
72
E
D
C
B
A
5
R10021KR1002
L1002
L1002
CV_TX
TP1006
TP1006
GND
GND
1
1K
C1044
C1044
33pF
33pF
1 2
601SN1
601SN1
1
TP1005 CVTXTP1005 CVTX
R1031
R1031
10K
10K
R1006
R1006
10K
10K
R1072
R1072
10K
10K
TX_FLControl
C1051NCC1051
NC
3V3A_TX
D D
MOD mod1
C C
C1042NCC1042
NC
R10281KR1028
1K
C1045
C1045
3300pF
3300pF
R1029
R1029
10K
10K
TX_PLL_LD
C1043
C1043
330pF
330pF
R1030
R1030
100K
100K
C1009
C1009
1000p
1000p
R10071kR1007
1k
C1086
C1086
4
1 2
1000pF
1000pF
R10201KR1020
1K
D1000
D1000
BAS16XV2T1G
BAS16XV2T1G
R1017
R1017
120
120
5VA_TX
C1049
C1049
1000p
1000p
R1021NCR1021
NC
4
6
C1034
C1034
1000p
1000p
COM
IN
1000pF
1000pF
C1050
C1050
0.1u
0.1u
C1040
C1040
Fback_TX
R10081kR1008
1k
2
GND
Vcc
5
D1002
D1002
1 2
RB520S-30
RB520S-30
NC
NO
5VA_TX
C1038
C1038
0.1u
0.1u
1 2
RB520S-30
RB520S-30
C10048pC1004
8p
U1002
U1002
TS5A3159DCKR
TS5A3159DCKR
3
1
D1003
D1003
R1023NCR1023
NC
D1004
D1004
1 2
RB520S-30
RB520S-30
L1003
L1003
3
5VA_TX
C1000
C1000
4.7uF/10V
4.7uF/10V
TP1000
TP1000
1
Fin
R101422R1014
C1025
C1025
0.012uF
0.012uF
U1004
U1004
FSA66P5X
FSA66P5X
C10129pC1012
9p
22
L1005
L1005
8.2n
8.2n
R1016
R1016
100
100
OUT
GND
Fin
C1007
C1007
2.4p
2.4p
L1008NCL1008
NC
R102256R1022
56
R10270R1027
0
1
Vin
2
3
C10119pC1011
C1024
C1024
0.068uF
0.068uF
9p
5VA_TX
R102510R1025
C1053
C1053
1000p
1000p
L1004
L1004
18n
18n
R10380R1038
C10061pC1006
1p
L1007
L1007
2.2n
2.2n
R1013
R1013
120
120
C1030
C1030
0.1uF
0.1uF
0
10
C1057
C1057
0.1u
0.1u
5
Vcc
4
ON/OFF
R10461KR1046
1K
C1005
C1005
2.4p
2.4p
8.2n
8.2n
L1006
L1006
2.2n
2.2n
R1024NCR1024
NC
C1077
C1077
R1040
R1040
1000pF
1000pF
1.5K
1.5K
R1043
R1043
470
470
C1026
C1026
0.022uF
0.022uF
C1001
C1001
470pF
470pF
R1001
R1001
4.7k
4.7k
3V3A_TX
C1013NCC1013
NC
L1000
L1000
601SN1
601SN1
C1060
C1060
0.1uF
0.1uF
C1018
C1018
470p
470p
12
C1014
C1014
0.1u
0.1u
L1001
L1001
601SN1
601SN1
C1061
C1061
0.1uF
0.1uF
1500p
1500p
R1003
R1003
100
100
C1015
C1015
100p
100p
C1019
C1019
R100010R1000
10
C1032
C1032
1000p
1000p
12
C1062NCC1062
NC
R1004
R1004
100
100
C1033
C1033
470p
470p
2
R1033NCR1033
NC
C1063
C1063
0.1uF
0.1uF
470p
470p
C1002
C1002
1
2
3
4
5
6
7
8
9
10
11
12
C10031uC1003
1u
C1008
C1008
0.1u
0.1u
C1016
C1016
C1017
C1017
100p
100p
0.1u
0.1u
VCCecl/cml
Fvco_main
Fvco_main
LD/PS_main
VCCcp_main
CPout_main
N/C
Xtalacgnd/OSC
Xtalin/OSC
Xtalout/NC
VCCxtal
GNDXtal
C1046
C1046
100p
100p
C1064
C1064
0.1uF
0.1uF
C1035
C1035
10p
10p
C1065
C1065
0.1uF
0.1uF
25
0.56u
0.56u
PowerPAD
L1012
L1012
U1000
U1000
sky72310
sky72310
Mux_out
VCCdigital
C1066
C1066
0.1uF
0.1uF
Clock
N/C1
Data
N/C2
N/C3
N/C4
N/C5
N/C6
N/C7
C1047
C1047
150p
150p
1
TX PLL
C1071
C1071
0.1uF
0.1uF
C1028
C1028
100p
100p
R101051R1010
C1010NCC1010
NC
TX_PLL_CLK
NC
R10361kR1036
1k
C1029
C1029
100p
100p
R101151R1011
51
R1026NCR1026
NC
R1034NCR1034
NC
TX_PLL_CS
TX_PLL_DATA
3V3A_TX
12
C1037
C1037
+
+
10u/10V
10u/10V
L1011
L1011
601SN1
601SN1
1 2
C1039
C1039
0.1u
0.1u
TX_RF_CS
51
R1032NCR1032
C1072
C1072
0.1uF
0.1uF
R100510R1005
10
24
23
22
21
CS
20
19
18
17
16
15
14
13
C1067
C1067
0.1uF
0.1uF
C1022
C1022
0.1u
0.1u
C1068NCC1068
NC
R100951R1009
51
C1023
C1023
100p
100p
X1000
X1000
6
VCC
VCONT
VCC
VCONT
5 2
OUT
GND
OUT
GND
TKL3273A
TKL3273A
C1069
C1069
C1070
C1070
0.1uF
0.1uF
0.1uF
0.1uF
1
34
TX_FLControl1
L1015
L1015
R104710R1047
C1129
C1129
0.1uF
0.1uF
12
601SN1
601SN1
10
L1016
L1016
12
601SN1
601SN1
R1051
R1051
R1050
R1050
100
100
100
100
C1092
C1092
C1093
C1093
NC
0.1u
0.1u
100p
100p
C1108
C1108
470p
470p
C1132
C1132
0.1uF
0.1uF
R1073NCR1073
NC
C1133
C1133
0.1uF
0.1uF
1
2
3
4
5
6
7
8
9
10
11
12
C1130
C1130
0.1uF
0.1uF
C1096
C1096
470p
470p
C1107
C1107
1000p
1000p
C1131
C1131
0.1uF
0.1uF
C1097
C1097
1500p
1500p
C1078
C1078
470p
470p
C1094
C1094
0.1u
0.1u
VCCecl/cml
Fvco_main
Fvco_main
LD/PS_main
VCCcp_main
CPout_main
N/C
Xtalacgnd/OSC
Xtalin/OSC
Xtalout/NC
VCCxtal
GNDXtal
C1110
C1110
L1027
L1027
C1119
C1119
100p
100p
C1134
C1134
0.1uF
0.1uF
C1095
C1095
100p
100p
sky72310
sky72310
10p
10p
0.56u
0.56u
2
25
C1135NCC1135
NC
C1079
C1079
0.1u
0.1u
C1085
C1085
0.1u
0.1u
U1006
U1006
VCCdigital
PowerPAD
Mux_out
Clock
C1136
C1136
0.1uF
0.1uF
N/C1
CS
Data
N/C2
N/C3
N/C4
N/C5
N/C6
N/C7
C1120
C1120
150p
150p
24
23
22
21
20
19
18
17
16
15
14
13
R105310R1053
10
C1137NCC1137
NC
C1098
C1098
0.1u
0.1u
C1138
C1138
0.1uF
0.1uF
R105651R1056
51
C1104
C1104
100p
100p
X1001
X1001
6
VCC
VCONT
VCC
VCONT
5 2
OUT
GND
OUT
GND
TKL3273A
TKL3273A
C1139
C1139
0.1uF
0.1uF
C1140
C1140
0.1uF
0.1uF
RX PLL
C1088NCC1088
NC
C1106
C1106
100p
100p
R105851R1058
RX_PLL_CLK
RX_PLL_CS
RX_PLL_DATA
51
3V3A_RX
L1025
L1025
601SN1
601SN1
1 2
12
+
+
C1114
R1070NCR1070
NC
R1075NCR1075
NC
C1112
C1112
10u/10V
10u/10V
C1114
0.1u
0.1u
RX_RF_CS
1
R105751R1057
51
C1105
C1105
100p
100p
1
34
R1071NCR1071
NC
R10801kR1080
1k
C1141
C1141
0.1uF
0.1uF
5VA_RX
3V3A_RX
R1048
R1048
TP1008
TP1008
1
Fin
Fin
4.7K
L1017
L1017
3V3A_RX
B B
R10491kR1049
1k
RX_PLL_LD
601SN1
601SN1
12
C1090
C1090
470p
470p
R1052
R1052
10K
10K C1087NCC1087
R10541kR1054
1k
D1001
D1001
1 2
BAS16XV2T1G
BAS16XV2T1G
R10551kR1055
1k
Fback_RX
C10802PC1080
2P
CV_RX
R1081
R1081
10k
10k
C1103
1
TP1007
TP1007
GND
GND
TP1013
TP1013
CVRX
CVRX
1
A A
C1103
RX_FLControl
1000pF
1000pF
R10681KR1068
1K
C1113
C1113
1000p
1000p
C1127
C1127
R1042NCR1042
NC
1500p
1500p
R1062
R1062
120
120
4
6
C1115
C1115
0.1u
0.1u
5VA_RX
COM
IN
5VA_RX
C1128
C1128
0.1u
0.1u
2
NC
GND
NO
Vcc
5
U1007
U1007
TS5A3159DCKR
TS5A3159DCKR
C1116
C1116
1000p
1000p
D1005
D1005
1 2
RB520S-30
RB520S-30
3
1
1 2
D1006
D1006
RB520S-30
RB520S-30
L1018
L1018
33n
33n
R1067NCR1067
NC
D1007
D1007
1 2
RB520S-30
RB520S-30
C1081
C1081
L1019
L1019
C1082
C1089
C1089
22P
22P
68n
68n
C1099
C1099
0.1u
0.1u
R1065NCR1065
NC
R1077
R1077
C1122
C1122
1000pF
1000pF
470
470
C1054
C1054
1000p
1000p
R106910R1069
5VA_RX
10
C1082
2.2P
2.2P
C1100
C1100
0.068u
0.068u
R10390R1039
0
C1058
C1058
0.1u
0.1u
R1059
R1059
R10741KR1074
1K
L1023
L1023
6.8n
6.8n
4.7P
4.7P
L1022
L1022
6.8n
6.8n
1.5K
1.5K
R1076
R1076
RX_FLControl1
5
4
3
4.7K
C1083
C1083
L1020
L1020
33n
33n
4.7P
4.7P
L1024NCL1024
C1091
C1091
NC
22p
22p
R10600R1060
Vcc
ON/OFF
C1101
C1101
0.012u
0.012u
U1005
U1005
FSA66P5X
FSA66P5X
R10640R1064
OUT
GND
0
C1102
C1102
R106168R1061
0.022uF
0.022uF
68
0
R106627R1066
27
1
Vin
2
3
150
150
5
4
73
5
C2000
C2000
470p
NC
270k
270k
1SV305
1SV305
NC
NC
D2011
D2011
1SV305
1SV305
D2012
D2012
1SV305
1SV305
D2014
D2014
C2018
C2018
R2010
R2010
18nH
18nH
R2041
R2041
18nH
18nH
C2062
C2062
D2020NCD2020
21
21
21
C2002
C2002
0.5p
0.5p
0.5p
0.5p
C2070NCC2070
470p
470p
470p
0.1u
0.1u
C20202pC2020
2p
R2015
R2015
56k
56k
R2021
R2021
D2005
D2005
1sv279
1sv279
2 1
C2058
C2058
0.1u
0.1u
21
C20846pC2084
6p
21
C20886pC2088
6p
21
L2035
L2035
39n
39n
C2114
C2114
4.7p
4.7p
C2121
C2121
4.7p
4.7p
L2050
L2050
33n
33n
TX VCO
D D
CV_TX
C C
C2069
C2069
220p
220p
L2025
L2025
C2017
C2017
220p
220p
L2054NCL2054
NC
C2025NCC2025
NC
NC
470nH
470nH
C2026NCC2026
L2005
L2005
470nH
470nH
L2006NCL2006
NC
12
L2011NCL2011
NC
RX VCO
B B
C2090
C2090
220p
220p
CV_RX
CV_RX_Pre
L2053NCL2053
1 2
NC
C2138NCC2138
C2139NCC2139
NC
NC
A A
220p
220p
C2124
C2124
L2048
L2048
470n
470n
CV_TX_Pre
L2033
L2033
470n
470n
C2137NCC2137
NC
C2145NCC2145
NC
L2043NCL2043
NC
L2045NCL2045
NC
NC
5
C2148NCC2148
2 1
2 1
D2003
D2003
1SV305
1SV305
C2146NCC2146
NC
D2026NCD2026
NC
D2025NCD2025
NC
mod1
C2136NCC2136
C2144NCC2144
NC
D2008
D2008
BB145B
BB145B
NC
D2022NCD2022
NC
2 1
C2147NCC2147
NC
C2135NCC2135
D2021NCD2021
D2024NCD2024
21
NC
1SV305
1SV305
BB145B
BB145B
BB145B
BB145B
2 1
R2031
R2031
180k
180k
2 1
NC
NC
2 1
1SV305
1SV305
2 1
D2001
D2001
D2002
D2002
D2004
D2004
2 1
D2017
D2017
NC
BB145B
BB145B
D2007
D2007
BB145B
BB145B
D2009
D2009
BB145B
BB145B
1SV305
1SV305
D2027NCD2027
D2006
D2006
D2013
D2013
C2134NCC2134
2 1
C2010
C2010
3.6p
3.6p
21
C2014
C2014
21
3.6p
3.6p
C2016NCC2016
L2007
L2007
27n
27n
R2032
R2032
C2047
C2047
4.7u
4.7u
C2052NCC2052
NC
21
C2063
C2063
3.6p
3.6p
21
C20663pC2066
21
3p
L2026
L2026
27n
27n
C2133NCC2133
NC
2 1
2 1
D2019NCD2019
NC
NC
D2015
D2015
1SV305
1SV305
D2016
D2016
1SV305
1SV305
D2018
D2018
1SV305
1SV305
2 1
C2003
C2003
39k
39k
C2126NCC2126
C2071
C2071
1.5p
1.5p
NC
L2008
L2008
10n
10n
C2048
C2048
C20136pC2013
470p
470p
R2001
R2001
8.2k
8.2k
C2082
C2082
0.1u
0.1u
C2091NCC2091
C2110
C2110
0.1u
0.1u
C2122
C2122
3pF
3pF
C2001
C2001
0.1u
0.1u
6p
NC
C2009NCC2009
NC
470p
470p
L2027
L2027
10n
10n
R2000
R2000
3.3k
3.3k
C2015
C2015
20p
20p
12p
12p
C2059
C2059
C2073
C2073
C2099
C2099
L2003
L2003
470n
470n
C2039
C2039
0.1u
0.1u
C2065NCC2065
NC
470p
470p
C2092
C2092
470p
470p
4
2
47p
47p
C2021
C2021
3.6p
3.6p
4
100k
100k
C2049
C2049
0.1u
0.1u
R2042
R2042
8.2k
8.2k
C20646pC2064
C2019
C2019
6p
470p
470p
R2016
R2016
C2077
C2077
C2111
C2111
470p
470p
L2049
L2049
10n
10n
31
R2033
R2033
3.3k
3.3k
L2024
L2024
470n
470n
C2067
C2067
18p
18p
L2034
L2034
10n
10n
L2001
L2001
470n
470n
L2009
L2009
470n
470n
2
C2072
C2072
10p
10p
R2048
R2048
8.2k
8.2k
C20878pC2087
R2063
R2063
8.2k
8.2k
C2115NCC2115
C2004
C2004
Q2003
Q2003
2SC5010
2SC5010
R2012
R2012
120
120
C2068
C2068
47p
47p
C2074
C2074
0.1u
0.1u
C2085NCC2085
NC
8p
C2094
C2094
22p
22p
C2101
C2101
0.1u
0.1u
NC
C21197pC2119
7p
C2054
C2054
0.1u
0.1u
3
Q2001
Q2001
UMC4(NTR)
Q2004
Q2004
BLM18AG601SN1
BLM18AG601SN1
0
L20220L2022
L2044
L2044
BLM18AG601SN1
BLM18AG601SN1
C2158
C2158
0.1u
0.1u
0
L20470L2047
R2069
R2069
470
470
3
5
C2051
C2051
C2060NCC2060
C2118NCC2118
5
L2017
L2017
0.1u
0.1u
NC
NC
UMC4(NTR)
UMC4(NTR)
UMC4(NTR)
12
R200910R2009
1 2
12
10
C2050
C2050
22P
22P
C2055NCC2055
NC
L2029
L2029
1 2
601SN1
601SN1
L2031
L2031
601SN1
601SN1
R205710R2057
C2109
C2109
33P
33P
C2120NCC2120
NC
34
2
1
34
2
1
C2053
C2053
2.2uF
2.2uF
C2045NCC2045
NC
10
C2113NCC2113
NC
Q2013
Q2013
uPC8179TB
uPC8179TB
C2012
C2012
C2024
C2024
0.1u
0.1u
5
3
2
C2157
C2157
2.2uF
2.2uF
5
3
2
TX_VCO_L
R20061kR2006
R20231kR2023
1k
1k
0.1u
0.1u
C2027
C2027
0.1u
0.1u
L20610L2061
0
R20170R2017
4
OUT
GND3
GND2
Vcc
GND1
IN
1
Q2006
Q2006
uPC8179TB
uPC8179TB
C2159
C2159
0.1u
0.1u
L20590L2059
0
4
OUT
GND3
GND2
Vcc
GND1
IN
1
R20261kR2026
1k
C2032
C2032
470p
470p
C2043
C2043
C2103
C2103
9V1A_TX
22P
22P
0
L2018
L2018
6
R2050
R2050
100K
100K
R2051
R2051
100K
100K
C2149
C2149
470p
470p
33P
33P
L2039
L2039
100nH
100nH
L2060
L2060
6
39nH
39nH
100nH
100nH
C2033
C2033
0.1u
0.1u
39nH
39nH
L2015
L2015
R2014NCR2014
NC
9V1A_RX
C2150
C2150
0.1u
0.1u
R20111kR2011
1k
BLM18AG601SN1
BLM18AG601SN1
C2029
C2029
470P
470P
CV_RX_Pre
C2081
C2081
470P
470P
C2130
C2130
470P
470P
R20600R2060
0
74
1 2
601SN1
601SN1
L2000
L2000
R2005
R2005
100K
100K
C2140
C2140
C2141
C2141
470P
470P
0.1u
R2068
R2068
470
470
C2143
C2143
470P
470P
R2039
R2039
R206510R2065
10
470
470
3V3A_TX
3V3A_RX
Fback_RX
0.1u
C2142
C2142
0.1u
0.1u
R2002
R2002
100
100
220p
220p
C20076pC2007
6p
L2013
L2013
1 2
601SN1
601SN1
L2023
L2023
470n
470n
C2057
C2057
R2044
R2044
220p
220p
100
100
31
C20616pC2061
6p
Q2007
Q2007
2SC5010
2SC5010
L2028
L2028
470n
470n
R2045
R2045
120
120
R2046
R2046
L2030
L2030
3.3k
3.3k
470n
470n
L2032
L2032
31
470n
470n
2
C2089
C2089
33p
33p
C2093
C2093
47p
47p
L2037
L2037
470n
470n
R2059
R2059
L2040
L2040
3.3k
3.3k
470n
470n
L2046
L2046
470n
470n
31
2
C2123
C2123
20p
20p
C2125
C2125
47p
47p
L2051
L2051
C2127
C2127
470n
470n
12p
12p
R207282R2072
82
C2080
C2080
220p
220p
Q2011
Q2011
2SC5010
2SC5010
R205582R2055
82
Q2014
Q2014
2SC5010
2SC5010
C2105
C2105
220p
220p
601SN1
601SN1
R2049
R2049
100
100
1 2
C20838pC2083
8p
R2062
R2062
100
100
C21128pC2112
8p
L2002
L2002
R2007
R2007
100K
100K
Fback_TX
R2038
R2038
470
470
R202810R2028
10
TX_VCO_H
L2010
L2010
12
L2036
L2036
BLM18AG601SN1
BLM18AG601SN1
C2160
C2160
0.1u
0.1u
C2128
C2128
470P
470P
CV_TX_Pre
C2078
C2078
0.1u
0.1u
C2131
C2131
0.1u
0.1u
C2161NCC2161
NC
5
5
2
C2022
C2022
470p
470p
12
C2162NCC2162
NC
2
C2042
C2042
22p
22p
C2046NCC2046
NC
C2163NCC2163
Q2010
Q2010
UMC4(NTR)
UMC4(NTR)
Q2015
Q2015
UMC4(NTR)
UMC4(NTR)
C2095
C2095
470p
470p
C2104
C2104
33p
33p
C2023
C2023
0.1u
0.1u
NC
R2058
R2058
15k
15k
R2086NCR2086
NC
R2066
R2066
8.2k
8.2k
R20610R2061
0
R2018
R2018
15k
15k
R2034
R2034
8.2k
8.2k
C2096
C2096
0.1u
0.1u
R20250R2025
1
2
C2037
C2037
2.4p
2.4p
12
31
RX_VCO_H
31
NC
C21076pC2107
6p
D2023NCD2023
C2076
C2076
470P
470P
C20983pC2098
L2042
L2042
1
C2154NCC2154
NC
NC
C20303pC2030
3p
L2016
L2016
12n
12n
R2087NCR2087
NC
1 2
NC
R2082NCR2082
NC
12
BAS16XV2T1G
BAS16XV2T1G
3p
15n
15n
1
12
L2055NCL2055
D2010
D2010
C20414pC2041
4p
D2028NCD2028
C21085pC2108
1 2
601SN1
601SN1
1 2
NC
R2083NCR2083
NC
C20313pC2031
3p
L2014
L2014
12n
12n
CV_RX_Pre_DAC
L2052
L2052
1 2
601SN1
601SN1
R2047
R2047
4.7K
4.7K
C2102
C2102
33p
33p
5p
TP2001
TP2001
RXLO
RXLO
L2058NCL2058
1
L2004
L2004
R20220R2022
CV_Pre_RT
C2038
C2038
3.6P
3.6P
0
C2036
C2036
22p
22p
5VA_RX
TP2000
TP2000
5VA_TX
1
TXLO
TXLO
RX_LO
R20200R2020
TX_LO
0
Q2002
Q2002
2SC4617
2SC4617
31
12
C2008
C2008
D2000
L2012
L2012
47n
47n
Q2005
Q2005
PBR941
PBR941
R203722R2037
22
1 2
NC
C2086
C2086
0.1u
0.1u
R2056
R2056
3.3k
3.3k
L2056NCL2056
R20521kR2052
1k
470P
470P
R2013
R2013
3.3k
3.3k
C2100
C2100
33p
33p
BAS16XV2T1G
BAS16XV2T1G
1 2
R2008
R2008
150
150
C2035
C2035
22p
22p
12
+
+
RX_VCO_L
C2129
C2129
470p
470p
D2000
C2152NCC2152
NC
C2153
C2153
NC
NC
C2132
C2132
0.1u
0.1u
R2003
R2003
4.7K
4.7K
Q2018NCQ2018
L2057NCL2057
NC
NC
C2155NCC2155
NC
12
+
+
C2156
C2156
NC
NC
C2028
C2028
470p
470p
CV_Pre_RT
Q2017NCQ2017
NC
31
C2151NCC2151
NC
2
Q2009
Q2009
2SC4617
2SC4617
C2075
C2075
470P
470P
2
12
+
+
C2079
C2079
4.7u/10V
4.7u/10V
R20731kR2073
1k
C20973pC2097
3p
L2041
L2041
15n
15n
C2106
C2106
2.4p
2.4p
C2006
C2006
2
470P
470P
+
C2011
+
C2011
4.7uF/10V
4.7uF/10V
R2088NCR2088
NC
32
1
0
C2056NCC2056
NC
C2044NCC2044
NC
34
R20761kR2076
1k
2
1
R2019NCR2019
NC
34
R20781kR2078
1k
2
1
R2053
R2053
150
150
L2038
L2038
100n
100n
32
Q2012
Q2012
PBR941
PBR941
C2117NCC2117
R206710R2067
10
NC
C2116NCC2116
NC
5
4
3
2
1
12
L3001
C3030
C3030
220p
220p
C3104
C3104
120p
120p
R3065
R3065
100
100
L3001
BLM41PG600SN1
BLM41PG600SN1
L3004
L3004
BLM41PG600SN1
BLM41PG600SN1
C3040
C3040
3.9P
3.9P
C3043
C3043
120pF
120pF
C3047
C3047
5.6P
5.6P
C3087NCC3087
R3038NCR3038
NC
NC
12
C30512PC3051
2P
R3029
R3029
3.3k
3.3k
TX_LO
C30341pC3034
1p
L3007
L3007
16nH
16nH
APC_COMP
UDZS175.1B
UDZS175.1B
D3003
D3003
LPF
R3028NCR3028
NC
C3031
C3031
1000p
1000p
C3035
C3035
1.5p
1.5p
L3008
L3008
16nH
16nH
C30523PC3052
3P
电感封装更改
R3021
R3021
47K
47K
R3035
R3035
3.3K
3.3K
1 2
REV_TEMP_DET
R300110R3001
10
12
L3002
L3005
L3005
5T/nH
5T/nH
C3091
C3091
1500p
1500p
R3045
R3045
TP3020TP3020
3.3K
3.3K
4
1
L3002
BLM41PG600SN1
BLM41PG600SN1
L3003
L3003
BLM41PG600SN1
BLM41PG600SN1
C3038
C3038
12P
12P
C3055
C3055
39P
39P
匹配形式更改
R3040
R3040
100
100
L3018
L3018
220n
220n
C3098NCC3098
NC
1
2
Q3003
Q3003
3
BFG540W
BFG540W
R3069
R3069
10ohm
10ohm
TP3022TP3022
TP3021TP3021
1
12
C3020
C3020
C3021
C3021
C3022
C3022
C3023
270p
270p
470p
470p
C3042NCC3042
NC
L3031
L3031
8nH
8nH
C3048NCC3048
NC
L3015
L3015
BLM18AG601SN1
BLM18AG601SN1
12
C3023
22p
22p
39p
39p
新增
C3039NCC3039
NC
C3045
C3045
15P
15P
新增
L3016
L3016
BLM18AG601SN1
BLM18AG601SN1
1 2
R30560R3056
0
R3053NCR3053
NC
R3073
R3073
4.7k
4.7k
C3085
C3085
C3088
C3088
1500p
1500p
C3080
C3080
1000p
1000p
R3090
R3090
15k
15k
0.1uF
0.1uF
C3103
C3103
68p
68p
L3021
L3021
22nH
22nH
R3062
R3062
VGG
R305768R3057
68
100
100
1
C3019
1
TP3017TP3017
C3018
C3018
1000pF
1000pF
1
Final_bias
TP3019TP3019
C3019
470p
470p
1
C3097
C3097
100p
100p
C3127NCC3127
NC
C3105
C3105
1000P
1000P
C3014
C3014
C3015
C3015
C3016
C3016
C3017
C3046
C3046
8.2P
8.2P
R3014
R3014
R3052
R3052
5.6 nH
5.6 nH
1200p
1200p
2.2k
2.2k
C3075
C3075
100p
100p
R30617PR3061
7P
C3069
C3069
0.22u
0.22u
0.1uF
0.1uF
C3041NCC3041
C3058NCC3058
NC
TP3002
TP3002
Final_bias
Final_bias
C3076
C3076
1000p
1000p
TP3016TP3016
C3065
C3065
R3018
R3018
1
C3017
47p
47p
NC
0.47u
0.47u
8.2k
8.2k
0.15u
0.15u
D D
C3110
C3110
R3003
R3003
15p
15p
2.2
2.2
R3005
R3005
2.2
2.2
R3007
R3007
C3059NCC3059
2.2
2.2
NC
R3009
R3009
2.2
2.2
C3064NCC3064
TP3003
TP3003
9V1A_TX
9V1A_TX
1
L3014
L3014
BLM41PG600SN1
BLM41PG600SN1
L3023
L3023
2.2nH
2.2nH
C31018PC3101
8P
TP3018TP3018
1
1
新增
C3111NCC3111
NC
32
PD850S35
PD850S35
1
Q3001
Q3001
R30131KR3013
1K
NC
C3102NCC3102
NC
C3073
C3073
0.1uF
0.1uF
C3074
C3074
10u/25V
10u/25V
R3064NCR3064
NC
C3068
C3068
0.068u
0.068u
新增
C3122
C3122
82P
82P
C3118NCC3118
C3117
C3117
2.2nH
2.2nH
NC
L3025
L3025
56P
56P
C3071
C3071
4.7nH
C3077
C3077
4.7nH
4.7nH
L3022
L3022
BLM18AG601SN1
BLM18AG601SN1
L3013
L3013
2.7nH
2.7nH
C3090
C3090
C3094NCC3094
12
C3078NCC3078
NC
100P
100P
NC
4.7nH
D S
R3067
R3067
2.2K
2.2K
R3068
R3068
12K
12K
Q3002
Q3002
RD02MU12B
RD02MU12B
G
TP3012TP3012
C3079
C3079
0.1uF
0.1uF
C3083
C3083
220p
220p
L3017
L3017
8T/nH
8T/nH
C3092
C3092
100P
100P
R3048
R3048
330 ohm
330 ohm
C3100NCC3100
NC
R3059
R3059
100
100
C3106
C3106
C3107NCC3107
1000p
1000p
NC
TP3013TP3013
1
1
C C
B B
TP3006
TP3006
VGG
VGG
1
VGG
A A
R3051
R3051
0 ohm
0 ohm
R3054NCR3054
NC
TP3011TP3011
9V1A_TX
12
C3096
C3096
L3019
L3019
100 P
100 P
2.2nH
2.2nH
L3020NCL3020
NC
TP3014TP3014
TP3015TP3015
1
1
C3033
C3033
C3032
C3032
68pF
68pF
3300p
3300p
C3150NCC3150
NC
L3009
L3009
16nH
16nH
C3056
C3056
3.9P
3.9P
R3030
R3030
10K
10K
C3082
C3082
0.1u
0.1u
TP3005
TP3005
REV_TEMP_OUT
REV_TEMP_OUT
REV_TEMP_DET
C3053NCC3053
1
R3023
R3023
68k
68k
R3063
R3063
33K
33K
B+
12
+
+
C3024
C3024
22u/25V
22u/25V
NC
C3084
C3084
0.047uf
0.047uf
R30581KR3058
1K
R3020NCR3020
9V3A
APC
C3060
C3060
1000p
1000p
C3067NCC3067
NC
NC
C3026
C3026
C3025
C3025
0.018uF
0.018uF
3300p
3300p
L3012
L3012
39nH
39nH
R3011
R3011
68 ohm
68 ohm
R3019
R3019
22nH
22nH
R3022
R3022
11p
11p
U3001
U3001
IN+
IN+
VEE
VEE
-
-
6
IN-
IN-
IN+
IN+
7
++-
++-
OUT
OUT
IN-
IN-
VCC
VCC
8
OUT
OUT
AD8566
AD8566
compatible AD8566
R3042
R3042
1.5K
1.5K
D3004
D3004
3
DAN222
DAN222
TEMP_DET
C3112NCC3112
NC
R3082
R3082
470K
470K
C3028
C3028
C3027
C3027
1200p
1200p
33p
33p
U1
定耦
更改为
M3001 Directional CoupleM3001 Directional Couple
Fcouple34
1
Pin
Pout
55Rcouple
R3006
R3006
100 ohm
100 ohm
C3061
C3061
1000p
1000p
R3012
R3012
180 ohm
180 ohm
D3002
D3002
RB706F
RB706F
3
R3025NCR3025
R3024NCR3024
NC
NC
45
3
2
R3036
R3036
1
15k
15k
R30390R3039
0
C3120
C3120
0.1uF
0.1uF
R30600R3060
0
1
2
R3066NCR3066
NC
D8014
D8014
12
1SS390
1SS390
C3108
C3108
R3072
R3072
33k
33k
3.3k
3.3k
R3081
R3081
470K
470K
R3084
R3084
470K
470K
C3114
C3114
220p
220p
C3115
C3115
0.1uF
0.1uF
3300p
3300p
4
2
6
C3063NCC3063
NC
R30310R3031
0
R3079
R3079
470K
470K
C3029
C3029
2
1
R3071
R3071
1.5K
1.5K
L3010
L3010
27nH
27nH
R3016NCR3016
NC
U3003
U3003
NJM2904V
NJM2904V
6
7
8
0
R30850R3085
TP3001TP3001
R3010
R3010
150 ohm
150 ohm
R3015
R3015
100
100
R3026NCR3026
NC
IN+
IN+
-
-
IN-
IN-
OUT
OUT
VCC
VCC
C3086
C3086
150P
150P
R3087NCR3087
R3017
R3017
13P
13P
C3072
C3072
1000p
1000p
NC
++-
++-
1
R3027NCR3027
R3032
R3032
30k
30k
NC
R3004
R3004
100 ohm
100 ohm
R3008
R3008
180 ohm
180 ohm
R3076
R3076
130k
130k
45
VEE
VEE
3
IN+
IN+
2
IN-
IN-
1
OUT
OUT
R30440R3044
3
1
2
1
2
D3006NCD3006
NC
D3005NCD3005
NC
J3001
J3001
ANTENNA
ANTENNA
1
SMA6251A6
SMA6251A6
254
3
3
R3002
R3002
L3011
L3011
27k
27k
1uH
1uH
D3001
D3001
RB706F
RB706F
2
3
1
C3066
C3066
1000p
1000p
R3033
R3033
2.2k
2.2k
C3089
C3089
220p
220p
R3043
R3043
150k
150k
0
C3099
C3099
220p
220p
R3037
R3037
150k
150k
U3002
U3002
TA75W01FU
TA75W01FU
6
7
8
R3034
R3034
IN+
IN+
-
-
IN-
IN-
OUT
OUT
VCC
VCC
R3055
R3055
68k
68k
1.2k
1.2k
R30410R3041
++-
++-
R3049
R3049
51k
51k
C3062NCC3062
45
VEE
VEE
NC
3
IN+
IN+
2
IN-
IN-
R3047
R3047
1
OUT
OUT
1.5k
1.5k
R3050
R3050
510 ohm
510 ohm
C3095
C3095
220p
220p
R3046
R3046
0
82K
82K
9V3A
TP3008
L3024
L3024
1uH
1uH
C3121
C3121
220p
220p
TP3008
TEMP
TEMP
1
12
t
t
RT3001
RT3001
100k
100k
R3086NCR3086
NC
C3116
C3116
18K
18K
C3109
C3109
220p
220p
C3113
C3113
220p
220p
APC_COMP
R3080
R3080
100k
100k
R3083
R3083
56k
56k
R3077
R3077
100k
100k
C3123
C3123
220p
220p
R3074
R3074
470k
470k
75
5
4
3
2
1
10
L4001
L4001
BLM18PG600SN1
BLM18PG600SN1
9V1A_RX
TV
D D
J4001
J4001
ANTENNA
ANTENNA
SMA6251A6
SMA6251A6
254
3
1
R4006
R4006
L4010
L4010
1uH
1uH
27K
27K
C C
B B
C4044
C4044
1.5p
1.5p
L4007
L4007
18nH
18nH
C40241pC4024
1p
220p
220p
C4001
C4001
R40010R4001
0
C4041
C4041
L4008
L4008
18nH
18nH
6pF
6pF
C40253pC4025
3p
12
C4006
C4006
220p
220p
C4045
C4045
5pF
5pF
L4009
L4009
18nH
18nH
C4026
C4026
1.5p
1.5p
C40041uC4004
1u
C4109NCC4109
9
U4001
U4001
TA75S01F
TA75S01F
1
IN+
IN+
+
+
2
VEE
VEE
-
-
3 4
IN-
IN-
TV_TONE
C40300C4030
0
C4042
C4042
3pF
3pF
C4108NCC4108
NC
NC
VCC
VCC
OUT
OUT
5
C4007
C4007
1000p
1000p
L4011NCL4011
NC
1 2
9V1A_RX
NC
D4025NCD4025
R4012
R4012
100K
100K
C4100NCC4100
C4110NCC4110
C4104
C4104
NC
C4031
C4031
9pF
9pF
NC
82p
82p
RX_LO
R4008
R4008
100K
100K
R4007
R4007
10K
10K
1 2
D4009NCD4009
NC
D4012
D4012
1SV279
1SV279
L4014
L4014
10nH
10nH
R4021NCR4021
NC
8
7
9V1A_RX
6
L4002
L4002
BLM18PG600SN1
BLM18PG600SN1
12
C4096
C4096
10u/16v
10u/16v
5
12
+
+
C4002
C4002
0.1uF
0.1uF
C4003
C4003
470p
470p
R4002
R4002
680
680
4
3
2
1
1
Q4001
C4050NCC4050
NC
C4009
C4009
1500pF
1500pF
C4068
C4068
5pF
5pF
UMT1N
UMT1N
C40370C4037
0
C4059
C4059
2.7p
2.7p
L4022
L4022
22n
22n
C40571uC4057
Q4001
2
3 456
R4011
R4011
27K
27K
C4014
C4014
1u
470p
470p
L4013
L4013
15nH
15nH
C4072
C4072
L4003
L4003
C4010
C4010
470p
470p
220n
220n
R4014
R4014
5.6K
5.6K
C4017
C4017
0.1u
0.1u
C4038
C4038
18pF
18pF
R4020
R4020
1.2K
1.2K
C40602pC4060
2p
L4023
L4023
22n
22n
C4069
7pF
7pF
C4069
6pF
6pF
L4024
L4024
18n
18n
C40612pC4061
2p
R400410R4004
10
C4005
C4005
470P
R4018
R4018
100K
100K
D4017NCD4017
NC
D4018
D4018
1SV279
1SV279
C4098
C4098
12pF
12pF
GND
GND
TP4008
TP4008
470P
C4040
C4040
4pF
4pF
12
SMS3940-029LF
SMS3940-029LF
D4007
D4007
1
R4019
R4019
100K
100K
L4020
L4020
D4024NCD4024
NC
D4023
D4023
1SV279
1SV279
4 3
R4005
R4005
100K
100K
10nH
10nH
TP4009
TP4009
MIXER_IN
MIXER_IN
12
12
1 2
C4094
C4094
1000pF
1000pF
2
1 2
C4039
12
1 2
C4097
C4097
12pF
12pF
D4021NCD4021
NC
D4022
D4022
1SV279
1SV279
R4041
R4041
4.7k
4.7k
C4039
10pF
10pF
T4002
T4002
1 6
4BLH
4BLH
12
C4107
C4107
100pF
100pF
C4103NCC4103
NC
C40230C4023
0
C4099NCC4099
NC
C4048
C4048
3pF
3pF
L4017
L4017
C4049
C4049
15nH
15nH
3.6pF
L4018
L4018
15nH
15nH
3.6pF
C4053
C4053
4pF
4pF
C4052
C4052
6pF
6pF
C4054
C4054
3pF
3pF
R40430R4043
0
R402651R4026
43
51
52
C4074
C4074
100pF
100pF
L4026
L4026
47n
47n
R4003
R4003
100K
C4019
C4019
1SV279
1SV279
8pF
8pF
L4033
L4033
10nH
10nH
D4020NCD4020
NC
D4019
D4019
4 3
5 2
T4001
T4001
4BLH
4BLH
12
1 2
TP4004
TP4004
GND
GND
100K
1 2
12
1 2
16
R4013
R4013
L4004
L4004
2.7K
2.7K
12nH
12nH
C4018
1
3
4
Q4002
Q4002
BFG540W
BFG540W
1 2
C4066
C4066
100p
100p
C4071NCC4071
NC
C4095
C4095
1000pF
1000pF
R40420R4042
0
C4018
15pF
15pF
C4027
C4027
C4106
C4106
C4102NCC4102
11p
11p
100pF
100pF
NC
C4073NCC4073
NC
TP4003
TP4003
RX_LO
RX_LO
R4015
R4015
1.2K
1.2K
2
C4070
C4070
2.7pF
2.7pF
C4008
C4008
470P
470P
R4010
R4009
R4009
100K
100K
1 2
C4047
C4047
12pF
12pF
R4016
R4016
12
12
100K
100K
D4010NCD4010
NC
D4011
D4011
1SV279
1SV279
1 2
1 2
R4027
R4027
100
100
R4029
R4029
100
100
R4010
100K
100K
1 2
C4032
C4032
5pF
5pF
C4046
C4046
L4012
L4012
12pF
12pF
10nH
10nH
R4017
R4017
12
12
100K
100K
12
12
NC
D4015
D4015
1 2
1 2
L4019
L4019
1 2
BLM18PG600SN1
BLM18PG600SN1
C4063
C4063
0.1u
0.1u
D4013NCD4013
NC
D4014
D4014
1SV279
1SV279
L4025NCL4025
NC
R4030
R4030
100
100
D4016NCD4016
1SV279
1SV279
C4033
C4033
10pF
10pF
C4055
C4055
470p
470p
C4058NCC4058
NC
C40640C4064
0
C4105
C4105
82p
82p
C4101NCC4101
NC
C4043NCC4043
NC
HSM88A
HSM88A
C40561uC4056
1u
D4006
D4006
C40340C4034
0
R4024
R4024
3.3K
3.3K
R4031
R4031
330
330
R4028
R4028
1.2K
1.2K
C40350C4035
C40360C4036
0
0
L4015NCL4015
L4016NCL4016
NC
NC
3
C4051NCC4051
C4067
C4067
220p
220p
R402268R4022
68
L4021
L4021
27nH
27nH
2
Q4003
Q4003
BFG540W
BFG540W
NC
R402368R4023
68
C4062
C4062
470p
470p
R4025
R4025
1.2K
1.2K
1
C4065
C4065
10pF
10pF
3
4
2
1
5VA_RXIF
IF_OUT
A A
L4027
L4027
BLM18PG600SN1
BLM18PG600SN1
C4088NCC4088
NC
12
L4028
L4028
0.1uF
0.1uF
C4083NCC4083
C4075
C4075
0.1uF
0.1uF
C4089NCC4089
NC
NC
C4082
C4082
0.1uF
0.1uF
Q4004
Q4004
PBR941
PBR941
R4032
R4032
5.1K
5.1K
C4076
C4076
R403451R4034
0.1u
0.1u
51
32
R4037
R4037
30k
30k
C4086
C4086
0.1u
0.1u
1
R4039
R4039
30k
30k
C40926PC4092
6P
L4030
L4030
820n
820n
C4093NCC4093
NC
2
R4033
R4033
1.2K
1.2K
C4077
C4077
0.1u
32
C4079
C4079
0.1u
0.1u
R4038 20KR4038 20K
PBR941
PBR941
Q4005
Q4005
0.1u
R4036
R4036
4.7K
4.7K
1
R4040
R4040
56K
56K
C4080NCC4080
NC
L4031
L4031
270nH
270nH
R4035
R4035
330
330
C4087
C4087
0.1u
0.1u
3
D4008NCD4008
NC
1
TP4005
TP4005
GND
GND
C4081
C4081
0.1u
0.1u
1
TX TP
TX TP
TP4006
TP4006
L4032
L4032
220nH
220nH
C4084
C4084
C4078
C4078
6pF
6pF
1
IN
OUT
IN
OUT
GND GND
GND GND
Z4001
Z4001
73.35MHZ
73.35MHZ
2 345 6
15pf
15pf
L4029
L4029
470nH
470nH
C4090
C4090
15pF
15pF
TX TP
TX TP
TP4007
TP4007
C4091NCC4091
NC
1
TP4010
TP4010
GND
GND
C4085
C4085
0.01u
0.01u
76
10
9
8
7
6
5
4
3
2
1
5
TP5001IFTP5001
TP5002
TP5002
GND
GND
D D
C C
1 2
1 2
3V3A_RX
12
B B
C5041
C5041
+
+
10u/10v
10u/10v
C5043
C5043
0.1u
0.1u
L5008
L5008
601S
601S
L5011
L5011
601S
601S
IF_OUT
R50010R5001
0
C5011
C5011
0.1u
0.1u
C5030
C5030
0.1u
0.1u
C5038
C5038
0.1u
0.1u
1 2
1
601S
601S
L5014
L5014
C5001
C5001
0.01u
0.01u
L5006
L5006
10u
10u
C5021
C5021
100p
100p
C5016
C5016
220p
220p
IF
1
R500251R5002
51
C5039
C5039
100p
100p
330nH
330nH
L5001
L5001
L5002
L5002
1 2
601S
601S
L5004
L5004
1 2
601S
601S
L5007
L5007
10u
10u
C5022
C5022
100p
100p
C5028
C5028
1000p
1000p
C5034
C5034
0.01u
0.01u
R5016
R5016
1.8k
1.8k
1
2
3
4
5
6
7
8
9
10
11
12
C5040
C5040
100p
100p
4
C50036pC5003
6p
C5008
C5008
470p
470p
C5009
C5009
0.1u
0.1u
C5010
C5010
0.1u
0.1u
C5014
C5014
0.1u
0.1u
46
48
47
IFIN
VDDI
MXOP
MXON
GNDF
IF2N
IF2P
VDDF
GCP
GCN
VDDA
GNDA
VREFP
VREFN
RREF13VDDQ14IOUTC15GNDQ16VDDC17GNDC18CLKP19CLKN20GNDS21GNDD22PC23PD
R5014
R5014
100k
100k
C5044
C5044
0.1u
0.1u
C5049
C5049
0.1uF
0.1uF
C5004
C5004
0.01u
0.01u
45
CXIF
GNDI
43
44
CXVL
U5001
U5001
AD9864
AD9864
C5045
C5045
0.1u
0.1u
C5051
C5051
0.1u
0.1u
LOP
3
IF
C5005
C5005
0.1u
0.1u
C5012 1000pC5012 1000p
42
40
38
39
37
41
LON
VDDL
VDDP
GNDP
CXVM
IOUTL
GNDL
FREF
GNDS
SYNCB
GNDH
FS
DOUTB
DOUTA
CLKOUT
VDDH
VDDD
PE
PowerPAD
24
模拟地和数字地问题
L5016 3.3uL5016 3.3u
R5020 5.6kR5020 5.6k
R5021
R5021
510
510
C5059
C5059
1uF
1uF
vp
36
35
34
33
32
31
98_FS1
30
98_DOUTB1
29
98_DOUTA1
28
98_CLKOUT1
27
26
25
49
L5012
L5012
601S
601S
98_PE1
98_PD1
98_PC1
分开供电
C5013
C5013
R5004
R5004
5600pf
5600pf
3.3k
3.3k
C5020 0.1uC5020 0.1u
R5008
R5008
R5009 33R5009 33
R5010 33R5010 33
R5012 33R5012 33
1 2
R5015 33R5015 33
R5017 33R5017 33
R5018 33R5018 33
C5050
C5050
30p
30p
D5002
D5002
1SV325
1SV325
2 1
TP5003
TP5003
2FLO
2FLO
C5017
C5017
0.22uF
0.22uF
C5037
C5037
0.1u
0.1u
C5048
C5048
1
10K
10K
C50351uC5035
C5002
C5002
47p
47p
C5015
C5015
3900pf
3900pf
1u
22P
22P
C50061uC5006
1u
R5003
R5003
820
820
98_FS
98_DOUTA
98_CLKOUT
C5036
C5036
0.1u
0.1u
TP5005
TP5005
18M
18M
1
C5007
C5007
220P
220P
L5005
L5005
1 2
L5010
L5010
601S
601S
98_PE
98_PD
98_PC
C5046
C5046
10p
10p
98_DOUTB1
6.8uH
6.8uH
3V3D
C5042
C5042
39P
39P
L5015
L5015
0.56uH
0.56uH
R5022
R5022
2 1
1.2k
1.2k
C5023
C5023
15p
15p
D5001
D5001
1SV305
1SV305
C5052
C5052
100p
100p
L5003
L5003
1 2
601S
601S
TP5004
TP5004
CV2
CV2
1
C5031
C5031
5.6
5.6
C5047
C5047
10p
10p
R5019 33R5019 33
C5053NCC5053
NC
C5024
C5024
18p
18p
L5009
L5009
220n(HQ)
220n(HQ)
C5054
C5054
100p
100p
R5005
R5005
10k
10k
R5011
R5011
8.2k
8.2k
C5055
C5055
100p
100p
2
Q5002
Q5002
2SC3356
2SC3356
2
C5029
C5029
22p
22p
C5033
C5033
30p
30p
C5056
C5056
100p
100p
R5006
R5006
180
180
31
R5013
R5013
270
270
L5013
L5013
470nH
470nH
98_FS1
98_DOUTB
98_DOUTA1
98_CLKOUT1
98_PE1
98_PD1
98_PC1
C5057
C5057
100p
100p
C50181uC5018
1u
C5025
C5025
0.01u
0.01u
C5032
C5032
22p
22p
19.2M_OUT_IF
From OMAP
C5058
C5058
100p
100p
C5019
C5019
470p
470p
Q5001
Q5001
2SC4617
2SC4617
2
12
+
+
31
C5026
C5026
10u/10V
10u/10V
5VA_RX
R5007
R5007
4.7k
4.7k
C5027
C5027
470p
470p
1
A A
5
4
3
2
1
77
Parts List
UHF1 (400‐470MHz)
78
No.
Ref No.
Print No.
Part No.
Description
1
C1000
T4H
3104994750060
4.7uF
2
C1001
T4H
3101054710010
470PF
3
C1002
T4H
3101054710010
470PF
4
C1003
T4H
3101051050160
1UF
5
C1004
B5G
3101050400010
4PF 6 C1005
B5H
3101050600010
6PF 7 C1006
B5H
3101050100030
1PF 8 C1007
B5H
3101050600010
6PF 9 C1008
T5H
3101051040010
0.1UF
10
C1009
T4H
3101051020010
1000PF
11
C1011
B5H
3101051200020
12PF
12
C1012
B5H
3101051200020
12PF
13
C1014
T5H
3101051040010
0.1UF
14
C1015
T5H
3101051010030
100PF
15
C1016
T4H
3101051010030
100PF
16
C1017
T4H
3101051040010
0.1UF
17
C1018
T4H
3101054710010
470PF
18
C1019
T4H
3101051520000
1500PF
19
C1022
T5H
3101051040010
0.1UF
20
C1023
T4H
3101051010030
100PF
21
C1024
T4H
3101066830000
68000PF
22
C1025
T4H
3101061230000
0.012UF
23
C1026
T4H
3101062230020
0.022UF
24
C1028
T5H
3101051010030
100PF
25
C1029
T5H
3101051010030
100PF
26
C1030
T4H
3101061040020
0.1UF
27
C1032
T5H
3101051020010
1000PF
28
C1033
T4H
3101054710010
470PF
29
C1034
T4H
3101051020010
1000PF
30
C1035
T5H
3101051000020
10PF
31
C1037
T4G
3104991060060
10uF
32
C1038
T4I
3101051040010
0.1UF
33
C1039
T4G
3101051040010
0.1UF
34
C1040
T4I
3101051020010
1000PF
35
C1043
T5F
3101053310030
330PF
36
C1044
T5G
3101053300000
33PF
37
C1045
T5F
3101053320010
3300PF
38
C1046
T5H
3101051010030
100PF
39
C1047
T5H
3101051510000
150PF
40
C1049
T4H
3101051020010
1000PF
12. Parts List
UHF1 (400‐470MHz)
Parts List
79
No.
Ref No.
Print No.
Part No.
Description
41
C1050
T4H
3101051040010
0.1UF
42
C1053
T4H
3101051020010
1000PF
43
C1054
T9B
3101051020010
1000PF
44
C1057
T4H
3101051040010
0.1UF
45
C1058
T9B
3101051040010
0.1UF
46
C1060
T4H
3110071040000
0.1UF
47
C1061
T4H
3110071040000
0.1UF
48
C1063
T4H
3110071040000
0.1UF
49
C1064
T4H
3110071040000
0.1UF
50
C1065
T4H
3110071040000
0.1UF
51
C1066
T4H
3110071040000
0.1UF
52
C1067
T4H
3110071040000
0.1UF
53
C1069
T4H
3110071040000
0.1UF
54
C1070
T4H
3110071040000
0.1UF
55
C1071
T4H
3110071040000
0.1UF
56
C1072
T4H
3110071040000
0.1UF
57
C1077
T4H
3101051020010
1000PF
58
C1078
T9B
3101054710010
470PF
59
C1079
T9B
3101051040010
0.1UF
60
C1080
B9C
3101050200010
2PF
61
C1081
B8C
3101050500010
5PF
62
C1082
B8C
3101052490010
2.4PF
63
C1083
B8B
3101050500010
5PF
64
C1085
T8B
3101051040010
0.1UF
65
C1086
T4I
3101051020010
1000PF
66
C1089
B8C
3101052400010
24PF
67
C1090
T9A
3101054710010
470PF
68
C1091
B8C
3101052400010
24PF
69
C1092
T8B
3101051040010
0.1UF
70
C1093
T8B
3101051010030
100PF
71
C1094
T9B
3101051040010
0.1UF
72
C1095
T9B
3101051010030
100PF
73
C1096
T9B
3101054710010
470PF
74
C1097
T9B
3101051520000
1500PF
75
C1098
T8B
3101051040010
0.1UF
76
C1099
T9B
3101061040020
0.1UF
77
C1100
T9B
3101066830000
68000PF
78
C1101
T9B
3101061230000
0.012UF
79
C1102
T9B
3101062230020
0.022UF
80
C1103
T9B
3101051020010
1000PF
81
C1104
T8B
3101051010030
100PF
82
C1105
T8B
3101051010030
100PF
Parts List
UHF1 (400‐470MHz)
80
No.
Ref No.
Print No.
Part No.
Description
83
C1106
T8B
3101051010030
100PF
84
C1107
T8B
3101051020010
1000PF
85
C1108
T8B
3101054710010
470PF
86
C1110
T8B
3101051000020
10PF
87
C1112
T9C
3104991060060
10uF
88
C1113
T9B
3101051020010
1000PF
89
C1114
T9C
3101051040010
0.1UF
90
C1115
T9B
3101051040010
0.1UF
91
C1116
T9B
3101051020010
1000PF
92
C1119
T8B
3101051010030
100PF
93
C1120
T8B
3101051510000
150PF
94
C1122
T9B
3101051020010
1000PF
95
C1127
T9A
3101051520000
1500PF
96
C1128
T9A
3101051040010
0.1UF
97
C1129
T9B
3110071040000
0.1UF
98
C1130
T9B
3110071040000
0.1UF
99
C1131
T9B
3110071040000
0.1UF
100
C1132
T9B
3110071040000
0.1UF
101
C1133
T9B
3110071040000
0.1UF
102
C1134
T9B
3110071040000
0.1UF
103
C1136
T9B
3110071040000
0.1UF
104
C1138
T9B
3110071040000
0.1UF
105
C1139
T9B
3110071040000
0.1UF
106
C1140
T9B
3110071040000
0.1UF
107
C1141
T9B
3110071040000
0.1UF
108
C2000
B4H
3101054710010
470PF
109
C2001
B4H
3101051040010
0.1UF
110
C2002
B4I
3101051040010
0.1UF
111
C2003
B4I
3101054710010
470PF
112
C2004
B4H
3101052210010
220PF
113
C2006
B4G
3101054710010
470PF
114
C2007
B4H
3101060600010
6PF
115
C2008
B4G
3101054710010
470PF
116
C2010
B4H
3101060400010
4PF
117
C2011
B4G
3104994750060
4.7uF
118
C2012
B5G
3101051040010
0.1UF
119
C2013
B4H
3101050800000
8PF
120
C2014
B4H
3101064790010
4.7PF
121
C2015
B4H
3101052200010
22PF
122
C2017
B4H
3101052210010
220PF
123
C2018
B4H
3101060590060
0.5PF
124
C2019
B4H
3101054700010
47PF
UHF1 (400‐470MHz)
Parts List
81
No.
Ref No.
Print No.
Part No.
Description
125
C2020
B4H
3101062490000
2.4PF
126
C2021
B4H
3101051200020
12PF
127
C2022
T4G
3101054710010
470PF
128
C2023
T4G
3101051040010
0.1UF
129
C2024
B4G
3101051040010
0.1UF
130
C2027
T5G
3101051040010
0.1UF
131
C2028
T4G
3101054710010
470PF
132
C2029
T5G
3101054710010
470PF
133
C2030
T4G
3101050300000
3PF
134
C2031
T4G
3101050300000
3PF
135
C2032
T4G
3101054710010
470PF
136
C2033
T5G
3101051040010
0.1UF
137
C2035
T4G
3101052200010
22PF
138
C2036
T4G
3101052200010
22PF
139
C2037
T4G
3101052490010
2.4PF
140
C2038
T4G
3101053690000
3.6PF
141
C2039
B4H
3101051040010
0.1UF
142
C2041
T4G
3101050400010
4PF
143
C2042
T4G
3101052200010
22PF
144
C2043
T4G
3101062200010
22PF
145
C2047
B4H
3101074750000
4.7UF
146
C2048
B5G
3101054710010
470PF
147
C2049
B5G
3101051040010
0.1UF
148
C2050
T5G
3101052200010
22PF
149
C2051
T5G
3101051040010
0.1UF
150
C2053
T4G
3101062250000
2.2UF
151
C2054
B4H
3101051040010
0.1UF
152
C2057
B4G
3101052210010
220PF
153
C2058
B4G
3101051040010
0.1UF
154
C2059
B4G
3101054710010
470PF
155
C2061
B4H
3101060600010
6PF
156
C2062
B4G
3101060590060
0.5PF
157
C2063
B4G
3101063690000
3.6PF
158
C2064
B4G
3101050700010
7PF
159
C2066
B4G
3101060300010
3PF
160
C2067
B4G
3101052700000
27PF
161
C2068
B4G
3101054700010
47PF
162
C2069
B4H
3101052210010
220PF
163
C2071
B4G
3101062790000
2.7PF
164
C2072
B4G
3101051800070
18PF
165
C2073
B9B
3101054710010
470PF
166
C2074
B9B
3101051040010
0.1UF
Parts List
UHF1 (400‐470MHz)
No.
Ref No.
Print No.
Part No.
Description
167
C2075
B8B
3101054710010
470PF
168
C2076
B8B
3101054710010
470PF
169
C2077
B9B
3101054710010
470PF
170
C2078
B9B
3101051040010
0.1UF
171
C2079
B8B
3104994750060
4.7uF
172
C2080
B9B
3101052210010
220PF
173
C2081
B9B
3101054710010
470PF
174
C2082
B9B
3101051040010
0.1UF
175
C2083
B9C
3101060800010
8PF
176
C2084
B9C
3101050600010
6PF
177
C2086
B8B
3101051040010
0.1UF
178
C2087
B9B
3101051000020
10PF
179
C2088
B9B
3101050600010
6PF
180
C2089
B9B
3101053900000
39PF
181
C2090
B9C
3101052210010
220PF
182
C2092
B9B
3101063690000
3.6PF
183
C2093
B9C
3101055600000
56PF
184
C2094
B9C
3101052700000
27PF
185
C2095
T9C
3101054710010
470PF
186
C2096
T9C
3101051040010
0.1UF
187
C2097
T8C
3101050300000
3PF
188
C2098
T8C
3101050300000
3PF
189
C2099
B8C
3101054710010
470PF
190
C2100
T9C
3101053300000
33PF
191
C2101
B8C
3101051040010
0.1UF
192
C2102
T8C
3101053300000
33PF
193
C2103
T9C
3101053300000
33PF
194
C2104
T9C
3101053300000
33PF
195
C2105
B9C
3101052210010
220PF
196
C2106
T9D
3101053690000
3.6PF
197
C2107
T8D
3101050600010
6PF
198
C2108
T8D
3101050500010
5PF
199
C2109
T9C
3101053300000
33PF
200
C2110
B9C
3101051040010
0.1UF
201
C2111
B9C
3101054710010
470PF
202
C2112
B9C
3101060800010
8PF
203
C2114
B9C
3101060400010
4PF
204
C2119
B9C
3101050800000
8PF
205
C2121
B9C
3101064790010
4.7PF
206
C2122
B9C
3101060300010
3PF
207
C2123
B9C
3101052700000
27PF
208
C2124
B9C
3101052210010
220PF
82
UHF1 (400‐470MHz)
Parts List
83
No.
Ref No.
Print No.
Part No.
Description
209
C2125
B9C
3101055600000
56PF
210
C2127
B9C
3101052000020
20PF
211
C2128
T9C
3101054710010
470PF
212
C2129
T9C
3101054710010
470PF
213
C2130
B9B
3101054710010
470PF
214
C2131
B9B
3101051040010
0.1UF
215
C2132
B9A
3101051040010
0.1UF
216
C2140
B5G
3101054710010
470PF
217
C2141
B5G
3101051040010
0.1UF
218
C2142
B4G
3101051040010
0.1UF
219
C2143
B4G
3101054710010
470PF
220
C2149
T9C
3101054710010
470PF
221
C2150
T9C
3101051040010
0.1UF
222
C2157
T9C
3101062250000
2.2UF
223
C2158
T9C
3101051040010
0.1UF
224
C2159
T9C
3101051040010
0.1UF
225
C2160
T8C
3101051040010
0.1UF
226
C3014
T2C
3101061540000
0.15UF
227
C3015
T2C
3101061220000
1200PF
228
C3016
T2C
3101061040020
0.1UF
229
C3017
T2C
3101064700000
47PF
230
C3018
T2C
3101081020010
1000PF
231
C3019
T2C
3101084710010
470PF
232
C3020
T2B
3101083900010
39PF
233
C3021
T2B
3101062710000
270PF
234
C3022
T2B
3101064710000
470PF
235
C3023
T2C
3101062200010
22PF
236
C3024
T2B
3101092260010
22UF
237
C3025
T2B
3101063320000
3300PF
238
C3026
T2B
3101061830000
0.018UF
239
C3027
T2B
3101063300000
33PF
240
C3028
T2B
3101061220000
1200PF
241
C3029
T2B
3101063320000
3300PF
242
C3030
T2C
3101062210000
220PF
243
C3031
T2B
3101081020010
1000PF
244
C3032
T2B
3101063320000
3300PF
245
C3033
T2B
3101066800000
68PF
246
C3034
T2F
3101370100000
1pF
247
C3035
T2F
3101371590000
1.5pF
248
C3038
T1D
3101371200000
12pF
249
C3040
T2D
3101373990000
3.9pF
250
C3043
T2E
3101371210000
120pF
Parts List
UHF1 (400‐470MHz)
84
No.
Ref No.
Print No.
Part No.
Description
251
C3045
T1E
3101371500000
15pF
252
C3046
T2D
3101378290000
8.2pF
253
C3047
T2D
3101375690000
5.6pF
254
C3051
T2E
3101370200000
2pF
255
C3052
T1F
3101370300000
3pF
256
C3055
T1C
3101373900000
39pF
257
C3056
T1F
3101373990000
3.9pF
258
C3060
T2G
3101061020000
1000PF
259
C3061
T1H
3101061020000
1000PF
260
C3065
T3C
3101064740000
0.47UF
261
C3066
T1G
3101051020010
1000PF
262
C3068
T3C
3101066830050
0.068UF
263
C3069
T3C
3101062240000
0.22UF
264
C3071
T3C
3210306479000
4.7nH
265
C3072
T2G
3101051020010
1000PF
266
C3073
T5E
3101061040020
0.1UF
267
C3074
T4E
3101081060010
10UF
268
C3075
T5E
3101061010010
100PF
269
C3076
T4E
3101061020000
1000PF
270
C3077
T4D
3210306479000
4.7nH
271
C3079
T4D
3101061040020
0.1UF
272
C3080
T4F
3101061020000
1000PF
273
C3082
T3G
3101061040020
0.1UF
274
C3083
T4D
3101062210000
220PF
275
C3084
T3G
3101054730000
0.047UF
276
C3085
T4F
3101061040020
0.1UF
277
C3086
T3G
3101051510000
150PF
278
C3088
T4F
3101061520010
1500PF
279
C3089
T2G
3101052210010
220PF
280
C3090
T3D
3101061010010
100PF
281
C3091
T4F
3101061520010
1500PF
282
C3092
T3D
3101061010010
100PF
283
C3095
T1G
3101052210010
220PF
284
C3096
T3E
3101061010010
100PF
285
C3097
T4E
3101061010010
100PF
286
C3099
T2G
3101052210010
220PF
287
C3101
T4E
3101060800010
8PF
288
C3103
T4F
3101066800000
68PF
289
C3104
T4F
3101051210000
120PF
290
C3105
T3F
3101061020000
1000PF
291
C3106
T3E
3101061020000
1000PF
292
C3108
T3H
3001053330010
33KΩ
UHF1 (400‐470MHz)
Parts List
85
No.
Ref No.
Print No.
Part No.
Description
293
C3109
T2H
3101052210010
220PF
294
C3110
T3C
3101061500010
15PF
295
C3113
T3G
3101052210010
220PF
296
C3114
T3H
3101052210010
220PF
297
C3115
T3H
3101061040020
0.1UF
298
C3116
T3H
3001051830000
18KΩ
299
C3117
T3C
3210306229000
2.2nH
300
C3120
T2G
3101061040020
0.1UF
301
C3121
T2G
3101052210010
220PF
302
C3122
T3D
3101068200040
82PF
303
C3123
T2D
3101052210010
220PF
304
C4001
T9F
3101052210010
220PF
305
C4002
T9G
3101051040010
0.1UF
306
C4003
T9G
3101052210010
220PF
307
C4004
T9F
3101061050020
1UF
308
C4005
T9G
3101054710010
470PF
309
C4006
T9G
3101052210010
220PF
310
C4007
T9F
3101051020010
1000PF
311
C4008
T9H
3101054710010
470PF
312
C4009
T9G
3101051040010
0.1UF
313
C4010
T9G
3101052210010
220PF
314
C4014
T9G
3101052210010
220PF
315
C4017
T8G
3101051040010
0.1UF
316
C4018
T8G
3101051500080
15PF
317
C4019
T8G
3101050800000
8PF
318
C4023
T9F
3001050000000
0Ω
319
C4024
T9I
3101050100030
1PF
320
C4025
T9I
3101050300000
3PF
321
C4026
T8I
3101051590000
1.5PF
322
C4027
T8G
3101051100010
11PF
323
C4030
T8H
3001050000000
0Ω
324
C4031
T8H
3101050900000
9PF
325
C4032
T8H
3101050500010
5PF
326
C4033
T8H
3101051000020
10PF
327
C4034
T8H
3001050000000
0Ω
328
C4035
T8H
3001050000000
0Ω
329
C4036
T8G
3001050000000
0Ω
330
C4037
T8G
3001050000000
0Ω
331
C4038
T8G
3101051800070
18PF
332
C4039
T9F
3101051000020
10PF
333
C4040
T8F
3101050400010
4PF
334
C4041
T9I
3101050600010
6PF
Parts List
UHF1 (400‐470MHz)
No.
Ref No.
Print No.
Part No.
Description
335
C4042
T8H
3101050300000
3PF
336
C4044
T9H
3101051590000
1.5PF
337
C4045
T9I
3101050500010
5PF
338
C4046
T8H
3101051200020
12PF
339
C4047
T8H
3101051200020
12PF
340
C4048
T9F
3101050300000
3PF
341
C4049
T9F
3101053690000
3.6PF
342
C4052
T9F
3101050600010
6PF
343
C4053
T9F
3101050400010
4PF
344
C4054
T9F
3101050300000
3PF
345
C4055
B9E
3101054710010
470PF
346
C4056
B9E
3101061050020
1UF
347
C4057
T9G
3101051050160
1UF
348
C4059
B9E
3101052790060
2.7PF
349
C4060
B9E
3101050200010
2PF
350
C4061
B9E
3101050200010
2PF
351
C4062
B9D
3101054710010
470PF
352
C4063
B9D
3101061040020
0.1UF
353
C4064
B9D
3001060000000
0Ω
354
C4065
B9E
3101051000020
10PF
355
C4066
B9F
3101051010030
100PF
356
C4067
B9E
3101052210010
220PF
357
C4068
B9E
3101050500010
5PF
358
C4069
B9E
3101050600010
6PF
359
C4070
B9E
3101052790060
2.7PF
360
C4072
B9E
3101050700010
7PF
361
C4074
B9F
3101051010030
100PF
362
C4075
T9E
3101061040020
0.1UF
363
C4076
T9D
3101051040010
0.1UF
364
C4077
T9E
3101051040010
0.1UF
365
C4078
T9E
3101050600010
6PF
366
C4079
T9E
3101051040010
0.1UF
367
C4081
T9E
3101051040010
0.1UF
368
C4082
T9D
3101051040010
0.1UF
369
C4084
T9E
3101061500010
15PF
370
C4085
B9F
3101051030020
0.01UF
371
C4086
T9D
3101051040010
0.1UF
372
C4087
T9D
3101051040010
0.1UF
373
C4090
B9F
3101061500010
15PF
374
C4092
T9D
3101050600010
6PF
375
C4094
T9F
3101051020010
1000PF
376
C4095
B9E
3101051020010
1000PF
86
UHF1 (400‐470MHz)
Parts List
87
No.
Ref No.
Print No.
Part No.
Description
377
C4096
T9G
3101081060010
10UF
378
C4097
T8F
3101051200020
12PF
379
C4098
T8F
3101051200020
12PF
380
C4104
T9H
3101058200000
82PF
381
C4105
T9H
3101058200000
82PF
382
C4106
T9G
3101051010030
100PF
383
C4107
T9F
3101051010030
100PF
384
C5001
T8E
3101051030020
0.01UF
385
C5002
T8E
3101054700010
47PF
386
C5003
T8E
3101060600010
6PF
387
C5004
T8E
3101051030020
0.01UF
388
C5005
T8D
3101051040010
0.1UF
389
C5006
T8D
3101061050020
1UF
390
C5007
T8D
3101052210010
220PF
391
C5008
T8E
3101054710010
470PF
392
C5009
T8E
3101051040010
0.1UF
393
C5010
T8E
3101051040010
0.1UF
394
C5011
T8E
3101051040010
0.1UF
395
C5012
T8E
3101051020010
1000PF
396
C5013
T8D
3101055620010
5600PF
397
C5014
T8E
3101051040010
0.1UF
398
C5015
T8D
3101053920000
3900PF
399
C5016
T8E
3101062210000
220PF
400
C5017
T8D
3101062240000
0.22UF
401
C5018
B8D
3101051050160
1UF
402
C5019
B8E
3101054710010
470PF
403
C5020
T8D
3101051040010
0.1UF
404
C5021
T8E
3101051010030
100PF
405
C5022
T8E
3101051010030
100PF
406
C5023
B8D
3101051500080
15PF
407
C5024
B8D
3101051800070
18PF
408
C5025
B8E
3101051030020
0.01UF
409
C5026
B8E
3104991060060
10uF
410
C5027
B8E
3101054710010
470PF
411
C5028
T8E
3101051020010
1000PF
412
C5029
B8E
3101052200010
22PF
413
C5030
T8E
3101051040010
0.1UF
414
C5031
B8D
3101055690020
5.6PF
415
C5032
B8E
3101052200010
22PF
416
C5033
B8E
3101053000010
30PF
417
C5034
T8E
3101051030020
0.01UF
418
C5035
T8D
3101051050160
1UF
Parts List
UHF1 (400‐470MHz)
88
No.
Ref No.
Print No.
Part No.
Description
419
C5036
T8D
3101051040010
0.1UF
420
C5037
T8D
3101051040010
0.1UF
421
C5038
T8E
3101051040010
0.1UF
422
C5039
T8E
3101051010030
100PF
423
C5040
T8E
3101051010030
100PF
424
C5041
T8E
3104991060060
10uF
425
C5042
T8D
3101053900000
39PF
426
C5043
T8E
3101051040010
0.1UF
427
C5044
T8E
3101051040010
0.1UF
428
C5045
T8E
3101051040010
0.1UF
429
C5046
T8D
3101051000020
10PF
430
C5047
T8D
3101051000020
10PF
431
C5048
B8D
3101052200010
22PF
432
C5049
B8E
3101051040010
0.1UF
433
C5050
B8D
3101053000010
30PF
434
C5051
B8E
3101061040020
0.1UF
435
C5052
T8D
3101051010030
100PF
436
C5054
T8D
3101051010030
100PF
437
C5055
T8D
3101051010030
100PF
438
C5056
T8D
3101051010030
100PF
439
C5057
T8D
3101051010030
100PF
440
C5058
T8E
3101051010030
100PF
441
C5059
B8E
3101071050010
1UF
442
C6001
B7C
3101061050020
1UF
443
C6002
T6B
3101051030020
0.01UF
444
C6003
T6B
3101051020010
1000PF
445
C6004
T7C
3110992270000
220UF
446
C6005
T7C
3101082260020
22UF
447
C6006
T7B
3101092260010
22UF
448
C6007
T7C
3101051040010
0.1UF
449
C6008
T7B
3101092260010
22UF
450
C6009
T6B
3101068220000
8200PF
451
C6010
T6B
3101061040110
0.1UF
452
C6011
T6B
3101068220000
8200PF
453
C6012
T6B
3101051020010
1000PF
454
C6013
B6B
3101062250000
2.2UF
455
C6014
T7B
3101061040110
0.1UF
456
C6015
B7B
3101051040010
0.1UF
457
C6016
B7C
3101071060000
10UF
458
C6017
T5A
3101061040110
0.1UF
459
C6018
T5A
3101054710010
470PF
460
C6019
B7B
3101082260020
22UF
UHF1 (400‐470MHz)
Parts List
89
No.
Ref No.
Print No.
Part No.
Description
461
C6020
B6B
3101051030020
0.01UF
462
C6021
B6B
3101061050020
1UF
463
C6022
B5F
3101051040010
0.1UF
464
C6023
B7B
3101071060000
10UF
465
C6024
B6B
3101061050020
1UF
466
C6025
B6B
3101051030020
0.01UF
467
C6026
B6C
3101082260020
22UF
468
C6027
B6C
3101051040010
0.1UF
469
C6028
B6C
3101061050020
1UF
470
C6029
B6C
3101051030020
0.01UF
471
C6031
T8A
3101061040110
0.1UF
472
C6032
T7A
3101051020010
1000PF
473
C6033
B7C
3101082260020
22UF
474
C6034
B7C
3101051040010
0.1UF
475
C6035
B7C
3101061050020
1UF
476
C6036
B7C
3101051030020
0.01UF
477
C6037
T5E
3101081060010
10UF
478
C6038
T4E
3101051020010
1000PF
479
C6039
T4D
3101061040110
0.1UF
480
C6040
T4D
3101081060010
10UF
481
C6041
B6F
3101051040010
0.1UF
482
C6042
T5E
3101051040010
0.1UF
483
C6043
T5E
3101081060010
10UF
484
C6044
B6B
3101051040010
0.1UF
485
C6045
T8C
3101062250000
2.2UF
486
C6046
T8C
3101062250000
2.2UF
487
C6047
T8C
3101051040010
0.1UF
488
C6048
T8C
3101052210010
220PF
489
C6049
T8C
3101051040010
0.1UF
490
C6052
T8B
3101051020010
1000PF
491
C6053
T8B
3101081060010
10UF
492
C6054
T8C
3101051020010
1000PF
493
C6055
T8C
3101062250000
2.2UF
494
C6056
T5E
3101051040010
0.1UF
495
C6057
T8B
3101051040010
0.1UF
496
C6058
T8B
3101081060010
10UF
497
C6059
T7C
3101051040010
0.1UF
498
C6060
T8B
3101051040010
0.1UF
499
C6061
T8C
3101081060010
10UF
500
C6065
T5E
3101081060010
10UF
501
C6067
T5F
3101062250000
2.2UF
502
C6068
T4F
3101062250000
2.2UF
Parts List
UHF1 (400‐470MHz)
No.
Ref No.
Print No.
Part No.
Description
503
C6069
T4F
3101051040010
0.1UF
504
C6070
T4F
3101052210010
220PF
505
C6071
T5F
3101051040010
0.1UF
506
C6074
T5F
3101051020010
1000PF
507
C6075
T5F
3101051040010
0.1UF
508
C6078
T5A
3101053300000
33PF
509
C6080
T8C
3101062250000
2.2UF
510
C6081
T5F
3101062250000
2.2UF
511
C6082
T8C
3101051040010
0.1UF
512
C6086
T5F
3101051040010
0.1UF
513
C6087
T4D
3101081060010
10UF
514
C6088
T5B
3103993370000
330UF
515
C6089
T4B
3101068220000
8200PF
516
C6090
T4C
3101051040010
0.1UF
517
C6091
T4C
3101051010030
100PF
518
C6093
T4B
3101061040110
0.1UF
519
C6094
T4B
3101051030020
0.01UF
520
C6095
T4B
3101092260010
22UF
521
C6096
T4B
3101092260010
22UF
522
C6097
T5B
3101061040110
0.1UF
523
C6098
T4B
3101068220000
8200PF
524
C6099
T8G
3101081060010
10UF
525
C6100
T8H
3101051040010
0.1UF
526
C6101
T4C
3101092260010
22UF
527
C6102
T8H
3101051020010
1000PF
528
C6105
T5E
3101051010030
100PF
529
C6106
B5B
3103993370000
330UF
530
C6107
T8H
3101051040010
0.1UF
531
C6109
B6B
3101062250000
2.2UF
532
C6110
B6B
3101052210010
220PF
533
C6111
T8H
3101062250000
2.2UF
534
C6112
T8H
3101051020010
1000PF
535
C6113
B5C
3103993370000
330UF
536
C6114
T5B
3101064720000
4700PF
537
C6115
T8H
3101052210010
220PF
538
C6116
T8H
3101062250000
2.2UF
539
C6117
T8H
3101062250000
2.2UF
540
C6118
B4C
3101051010030
100PF
541
C6119
B4B
3101064710000
470PF
542
C6120
T5B
3101061510050
150PF
543
C6129
B5C
3101061040110
0.1UF
544
C7001
B6G
3101051040010
0.1UF
90
UHF1 (400‐470MHz)
Parts List
91
No.
Ref No.
Print No.
Part No.
Description
545
C7006
B6G
3101082260020
22UF
546
C7007
B5G
3101061050020
1UF
547
C7008
B5G
3101051040010
0.1UF
548
C7009
B5G
3101051010030
100PF
549
C7010
B6H
3101051040010
0.1UF
550
C7011
B6H
3101051040010
0.1UF
551
C7012
B6H
3101051040010
0.1UF
552
C7013
B6H
3101051040010
0.1UF
553
C7014
B6G
3101051040010
0.1UF
554
C7015
B6G
3101051040010
0.1UF
555
C7016
T6G
3101051010030
100PF
556
C7017
T6F
3101051010030
100PF
557
C7018
T6F
3101051010030
100PF
558
C7019
T6H
3101051010030
100PF
559
C7020
T6H
3101051010030
100PF
560
C7021
T6G
3101051010030
100PF
561
C7022
T6F
3101051010030
100PF
562
C7023
T6H
3101051010030
100PF
563
C7024
T6H
3101051010030
100PF
564
C7025
B6G
3101054700010
47PF
565
C7026
T7E
3101051030020
0.01UF
566
C7027
B7E
3101081060010
10UF
567
C7028
T7E
3101051040010
0.1UF
568
C7029
B6G
3101054700010
47PF
569
C7030
T7E
3101053900000
39PF
570
C7031
T7E
3101051030020
0.01UF
571
C7032
T6F
3101051030020
0.01UF
572
C7033
T7E
3101058200000
82PF
573
C7034
T7E
3101058200000
82PF
574
C7035
T7E
3101058200000
82PF
575
C7036
T6F
3101051200020
12PF
576
C7037
T6F
3101054700010
47PF
577
C7038
T7E
3101061050020
1UF
578
C7039
T6F
3101051200020
12PF
579
C7041
B6G
3101051010030
100PF
580
C7042
B6G
3101051040010
0.1UF
581
C7043
B6G
3101051030020
0.01UF
582
C7044
B6G
3101082260020
22UF
583
C7045
B6G
3101051040010
0.1UF
584
C7046
B6G
3101051040010
0.1UF
585
C7047
B6G
3101051040010
0.1UF
586
C7048
B6G
3101051040010
0.1UF
Parts List
UHF1 (400‐470MHz)
92
No.
Ref No.
Print No.
Part No.
Description
587
C7049
B6G
3101051040010
0.1UF
588
C7050
B6G
3101051040010
0.1UF
589
C7051
B6G
3101051040010
0.1UF
590
C7052
B6G
3101054700010
47PF
591
C7058
T6G
3101051010030
100PF
592
C7059
B6G
3101051040010
0.1UF
593
C7062
B6E
3101051040010
0.1UF
594
C7063
B6E
3101051040010
0.1UF
595
C7064
B6E
3101051030020
0.01UF
596
C7065
B6E
3101051010030
100PF
597
C7066
T6F
3101051040010
0.1UF
598
C7067
T6F
3101051010030
100PF
599
C7068
B6G
3101051040010
0.1UF
600
C7069
B6G
3101051040010
0.1UF
601
C7070
B6G
3101051040010
0.1UF
602
C7071
B6G
3101051040010
0.1UF
603
C7072
B6G
3101051040010
0.1UF
604
C7077
B6G
3101051010030
100PF
605
C7078
B6G
3101051040010
0.1UF
606
C7079
B6G
3101051030020
0.01UF
607
C7080
B6G
3101082260020
22UF
608
C7081
B6G
3101061050020
1UF
609
C7082
T6I
3101051040010
0.1UF
610
C7087
T5D
3101082260020
22UF
611
C7088
T5D
3101061050020
1UF
612
C7089
B6D
3101051040010
0.1UF
613
C7090
B6D
3101051010030
100PF
614
C7091
B6E
3101051040010
0.1UF
615
C7092
B6E
3101051010030
100PF
616
C7093
B6E
3101051040010
0.1UF
617
C7094
B6E
3101051010030
100PF
618
C7095
B6E
3101051040010
0.1UF
619
C7096
B6E
3101051010030
100PF
620
C7097
B6E
3101051040010
0.1UF
621
C7098
T7D
3101051010030
100PF
622
C7099
T6D
3101051010030
100PF
623
C7100
T6D
3101051010030
100PF
624
C7101
T7D
3101051010030
100PF
625
C7102
T6D
3101051010030
100PF
626
C7103
T6D
3101051010030
100PF
627
C7104
T6D
3101051010030
100PF
628
C7105
T6D
3101051010030
100PF
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