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Motorola APX 6000 Service Manual
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Schematics, Boards Over
lays, and Parts Lists
: Controller Board
8-129
8.8
Controller Board
Figure 8-63. HLN5979B/ HLN5960AC
ontroller Bo
ard Overall Schematic
OMAP_RESET
ACC_SPKR_UNMUTE
F_DISP_BD_ID
JTAG<11..0>
F_DISP_RW_EN
OMAP_RESET
F_DISP_DATA_CMD
F_DISP_RW
I2C_CLK
I2C_DATA
F_DISP_DATA_7
F_DISP_DATA_6
F_DISP_DATA_3
F_DISP_DATA_4
F_DISP_DATA_5
KP_ROW<4..0>
KP_COL<4..0>
F_DISP_DATA_0
F_DISP_DATA_2
ON_OFF_SWITCH
TOGGLE_1
EMERG_BTN
T_DISP_SPI_MOSI
T_DISP_SPI_CLK
T_DISP_SPI_CS
T_DISP_DATA_CMD
TOGGLE_0
SEC_CLEAR
T_DISP_RESET
VOLUME
FREQ_SEL<3..0>
F_DISP_DATA_1
F_DISP_DATA_4
F_DISP_DATA_3
F_DISP_DATA_5
F_DISP_DATA_7
I2C_CLK
F_DISP_DATA_CMD
I2C_DATA
F_DISP_DATA_6
ON_OFF_SWITCH
ARM_SPI_MOSI
ARM_SPI_CLK
F_DISP_DATA_2
F_DISP_DATA_1
T_DISP_RESET
VOLUME
FREQ_SEL<3..0>
T_DISP_DATA_CMD
T_DISP_SPI_CS
TOGGLE_1
TOGGLE_0
SEC_CLEAR
KP_COL<4..0>
KP_ROW<4..0>
JTAG<11..0>
F_DISP_DATA_0
F_DISP_RW_EN
F_DISP_BD_ID
F_DISP_RW
BT_SPARE_1.8
SUBDESIGN_SUFFIX=2
EMERG_BTN
USER_INTERFACE
DISPLAY DATA
DISPLAY/LED
TOP DISPLAY
TOP CONTROLS
CONTROL LINES
KEYPAD
JTAG
F_DISP_DATA_4
F_DISP_DATA_3
F_DISP_DATA_5
F_DISP_DATA_7
I2C_CLK
F_DISP_DATA_CMD
ACC_SPKR_UNMUTE
I2C_DATA
F_DISP_DATA_6
ON_OFF_SWITCH
SPI_ARM_MOSI
SPI_ARM_CLK
F_DISP_DATA_2
F_DISP_DATA_1
T_DISP_RESET
VOLUME
FREQ_SEL<3..0>
T_DISP_DATA_CMD
T_DISP_SPI_CS
TOGGLE_1
TOGGLE_0
SEC_CLEAR
EMERG_BTN
KP_COL<4..0>
KP_ROW<4..0>
JTAG<11..0>
F_DISP_DATA_0
F_DISP_RW_EN
F_DISP_BD_ID
F_DISP_RW
OMAP_RESET
BT_SPARE_1.8
SUBDESIGN_SUFFIX=6
USER INTERFACE
MACKINAW_CORE_CONTROLLER
EXPANSION
RF INTERFACE
INTERFACE
MACE_RESET
MAKO_USB1_POS_DP
MAKO_USB1_NEG_DP
AVR_BOOT
EXP_BOARD_TYPE
V_COIN_CELL
AVR_STATUS_1.8
MACE_WAKEUP
MACE_RESET
USB1_POS_DP
USB1_NEG_DP
AVR_BOOT
EXP_BRD_ID
V_COIN_CELL
AVR_STATUS_1.8
MACE_WAKEUP
SSI_RED_RX_CODEC
BT_AVR_RESET
ABACUS_SPI_CS
TRIDENT_SPI_CS
TRIDENT_SSI<2..0>
PRE_CLASS_D_POS_DP
HIGH_SECURE_DATA_GATE
MAKO_OPTB_SEL3_GCAI
GPIO_3_RTS_FILLSENSE
16.8_MHZ_SINEWAVE
LOCK_DET
BATT_STATUS
SECURE_HIGH_NORM
SIDE_2
SSI_RED_RX_MACE
RXDIN_5V
EXT_MIC_POS_DP
EXT_MIC_NEG_DP
SIDE_1
UART2_GPS_TX
GPS_SHUTDOWN
32KHZ_GPS_CLK
SSI_RED_TX_CODEC
UART2_GPS_RX
PA_SHTDN
ABACUS_SSI<2..0>
ISET
RF_BRD_RSTB
F2_PARAMP
PTT
EXT_SPKR_POS_DP
EXT_SPKR_NEG_DP
AUDIO_MIC_POS_DP
AUDIO_MIC_NEG_DP
RTS_FILLSEN_5V
MAKO_OPTB_SEL2_GCAI
PRE_CLASS_D_NEG_DP
SPI_DSP<2..0>
EEPROM_SPI_CS
4MHZ_MACE_CLK
SSI_OPT_FSYNC
SSI_OPT_CLK
SSI_MACE_TX_DIN
MONITOR
SSI_BLACK_TX_MACE
SSI_BLACK_RX
F2_DMCS
RF_DAC_SPI_CS
MAKO_USB2_NEG_DP
MAKO_USB2_POS_DP
MAKO_OPTB_SEL0_GCAI
ONE_WIRE_GCAI
KEYFAIL_CTRL
KVL_DETACH
MMC<5..0>
EMMC_RESET
BT_PTT
UART_GPS_TX
UART_GPS_RX
GPS_SHUTDOWN
CPLD_32KHZ_GPS_CLK
AUDIO_MIC_NEG_DP
PRE_CLASS_D_POS_DP
PRE_CLASS_D_NEG_DP
AUDIO_MIC_POS_DP
PA_SHTDN
GPS_ANT
ABACUS_SPI_CS
TRIDENT_SPI_CS
TX_SSI<2..0>
16.8_MHZ_SINEWAVE
LOCK_DET
BAT_STATUS
RX_SSI<2..0>
ISET
RF_BRD_RSTB
F2_PARAMP
SPI_DSP<2..0>
EEPROM_SPI_CS
F2_DMCS
RF_DAC_SPI_CS
V_COIN_CELL
TX_INHIBIT
GPS_ANT
EMMC_RESET
MMC<5..0>
BT_PTT
BT_AVR_RESET
MAKO_OPTB_SEL0_GCAI
ONE_WIRE_GCAI
KEYFAIL_CTRL
KVL_DETACH
MAKO_USB2_POS_DM
MAKO_USB2_NEG_DP
GPIO_3_RTS_FILLSENSE
MAKO_OPTB_SEL3_GCAI
RXDIN_5V
RTS_FILLSEN_5V
MAKO_OPTB_SEL2_GCAI
SSI_MACE_TX_DIN
SSI_RED_RX_MACE
EMERG_BTN
TX_INHIBIT
OMAP_RESET
OMAP_SSI_FSYNC
SSI_OPT_CLK
SIDE_2
MONITOR
SIDE_1
HIGH_SECURE_DATA_GATE
SECURE_HIGH_NORM
SSI_BLACK_TX_MACE
SSI_BLACK_RX
4MHZ_MACE_CLK
PTT
EXT_SPKR_POS_DP
EXT_SPRK_NEG_DP
EXT_MIC_NEG_DP
EXT_MIC_POS_DP
SSI_RED_RX_CODEC
BT_SPARE_1.8
SSI_RED_TX_CODEC
ACC_SPKR_UNMUTE
KVL_DETACH
KEYFAIL_CTRL
GPIO_0
GCAI_1_WIRE
GPIO_1_DP_TXDC_FILLREQ
SSI_MACE_TX_DIN
SSI_RED_RX_MACE
EXP_BRD_ID
AVR_STATUS_1.8
AVR_BOOT
EMERG_BTN
TX_INHIBIT
OMAP_RESET
MACE_RESET
MACE_WAKEUP
OPT_SSI_SYNC
SSI_OPT_CLK
SIDE_2
MONITOR
SIDE_1
USB1_NEG_DP
USB1_POS_DP
HIGH_SECURE_DATA_GATE
SECURE_HIGH_NORM
SSI_BLACK_TX_MACE
SSI_BLACK_RX
4MHZ__MACE_CLK
PTT
EXT_SPKR_POS_DP
EXT_SPKR_NEG_DP
GPIO_3_RTS_FILLSENSE
OPTB_SEL3_SWITCH_EN
GCAI_GPIO_2_INPUT
MAKO_OPTB_SEL2_GCAI12
EXT_MIC_POS_DP
EXT_MIC_NEG_DP
GCAI_GPIO_1_INPUT
GPIO_2_DM_RXDC_FILLDATA
EXP_BRD_ID
AVR_STATUS_1.8
AVR_BOOT
MACE_RESET
MACE_WAKEUP
USB1_NEG_DP
USB1_POS_DP
SUBDESIGN_SUFFIX=4
SIDE CONTROLS
GCAI
SSI_RED_TX_CODEC
SSI_RED_RX_CODEC
BT_AVR_RESET
MMC<5..0>
GPS_TX
GPS_RX
GPS_SHUTDOWN
GPS_BT_32KHZ
GPS_ANT
EMMC_RESET
BT_PTT
BT_SPARE_1.8
ACC_SPKR_UNMUTE
MEMORY
CARD
GPS
EXPANSION_INTERFACE
AUDIO_MIC_NEG_DP
PRE_CLASS_D_POS_DP
PRE_CLASS_D_NEG_DP
AUDIO_MIC_POS_DP
PA_SHTDN
V_COIN_CELL
GPS_ANT
F2_PARAMP
16.8_MHZ_SINEWAVE
RF_BRD_RSTB
DMCS
TX_SSI<2..0>
TRIDENT_SPI_CS
EEPROM_SPI_CS
RX_SSI<2..0>
SPI_DSP<2..0>
ABACUS_SPICS
RF_DAC_SPI_CS
ISET
LOCK_DET
TX_INH
BSTAT
SUBDESIGN_SUFFIX=1
RF_CONNECTOR
ATOD
RX
SERIAL
DAC
TX
AUDIO
378
380
Table of Contents
Foreword
4
Manual Revisions
4
Product Safety and Rf Exposure Compliance
4
Computer Software Copyrights
4
Document Copyrights
4
Disclaimer
4
Trademarks
4
Document History
5
Table of Contents
7
List of Tables
10
List of Figures
12
Commercial Warranty
17
Limited Warranty
17
Motorola Communication Products
17
Chapter 1 Introduction
21
General
21
Notations Used in this Manual
22
Chapter 2 Radio Power
23
General
23
Table 2-1. Batteries
23
DC Power Routing - Transceiver Board
24
Figure 2-1. DC Power Distribution
24
DC Power Routing - VOCON Board
25
Table 2-2. Transceiver Voltage Regulators
25
Chapter 3 Theory of Operation
27
Figure 3-1. APX 5000/ APX 6000/ APX 6000XE/ SRX 2200 Overall Block Diagram
28
Figure 3-2. Transceiver (VHF) Block Diagram (Power and Control Omitted)
29
Transceiver Board
29
Figure 3-3. Transceiver (UHF1 and UHF2) Block Diagram (Power and Control Omitted)
30
Figure 3-4. Transceiver (7/800) Block Diagram (Power and Control Omitted)
30
Table 3-1. Battery Connector M101
31
Table 3-2. VOCON Connector J1001
31
Figure 3-5. Receiver Block Diagram (VHF)
33
Figure 3-6. Receiver Block Diagram (UHF1 and UHF2)
34
Figure 3-7. Receiver Block Diagram (7/800)
34
Figure 3-8. Transmitter Block Diagram (VHF)
37
Figure 3-9. Transmitter Block Diagram (UHF1 and UHF2)
37
Figure 3-10. Transmitter Block Diagram (7/800)
38
Directional Coupler
39
Antenna Switch
40
Harmonic Filter
40
Figure 3-11. Synthesizer Block Diagram (VHF)
43
Figure 3-12. Synthesizer Block Diagram (UHF1 and UHF2)
43
Figure 3-13. Synthesizer Block Diagram (7/800)
44
Table 3-3. Port Expander Pin Settings
46
Controller
50
Figure 3-14. Controller Interconnection Diagram
50
Figure 3-15. Controller Electrical Overview
52
Figure 3-16. Controller DC Block Diagram
53
Table 3-4. DC Supplies and Sources for Controller
54
Table 3-5. Mako's LDO and Supplies
55
Figure 3-17. V_SW_1.4 Switched Power Supply
56
Figure 3-18. 5V Switched Power Supply
57
Table 3-6. Pulse Switching Combination
57
Figure 3-19. Power-Up Timing Regulators
58
Figure 3-20. VOCON Clock Architecture
59
Table 3-7. VOCON Clock Distribution
59
Figure 3-21. Overview of OMAP Interconnection with VOCON Peripherals
60
Figure 3-22. OMAP Memory Interface
61
Figure 3-23. Timing of Power-Up and Initialization of Emmc
63
Figure 3-24. Emmc Topography
64
Figure 3-25. Block Diagram of VOCON and EXPANSION Boards as Related to Emmc
65
Figure 3-26. RX / TX SSI Configuration
66
Figure 3-27. Audio SSI Configuration
66
Figure 3-28. SPI and I2C Configuration
67
Figure 3-29. CPLD Block Diagram
68
Figure 3-30. Audio TX Path Block Diagram
69
Figure 3-31. VOCON RX Audio Path Block Diagram
70
Figure 3-32. Control Top Block Diagram
71
Figure 3-33. Display Circuit Detail Overview Block Diagram
72
Table 3-8. Color Schemes
74
Figure 3-34. Lighting Controller Overview
75
Figure 3-35. Lighting Controller - SRX 2200
76
Figure 3-36. Keypad Interface Outline
77
Table 3-9. Key Map Matrix
77
Side Controls
78
Figure 3-37. GCAI Signal Configuration
79
Figure 3-38. GCAI Connector
79
Table 3-11. GCAI Connector Pin Assignment
80
Figure 3-39. GCAI Connector - Back View
81
Figure 3-40. VOCON to RF Board Interface
82
Figure 3-41. APX 5000/ APX 6000/ APX 6000XE/ SRX 2200 Encryption Architecture
83
Table 3-12. Encryption Algorithms and Corresponding Kit Numbers
84
Global Positioning Sytem (GPS)
86
Figure 3-42. GPS Block Diagram (VHF/700-800 Mhz)
87
Table 3-13. Power and I/O Pins for NI5500
87
Accelerometer
88
Figure 3-43. GPS Block Diagram (UHF1 and UHF2)
88
Figure 3-44. Directions of the Detectable Accelerations
88
Figure 3-45. Accelerometer Block Diagram
89
Table 3-14. SPI Interface
89
Table 3-15. Register Address Map
90
Bluetooth
91
Figure 3-46. Relation of Bluetooth Antenna Assembly to Expansion Board
91
Figure 3-47. Bluetooth Connection Flowchart
92
Figure 3-48. Bluetooth/Controller Interface with Clock Sources
93
Figure 3-49. Bluetooth Functional Block Diagram
93
Figure 3-50. Bluetooth Low-Frequency Circuit Block Diagram
94
Figure 3-51. Bluetooth Low-Frequency Pairing Data Path
94
Figure 3-52. Detailed Low-Frequency Transmit/Receive Paths
95
Figure 3-53. Chip Power-Up/Power-Down Sequence (Exernal Input/Output Shown)
95
Figure 3-54. Current Distribution Tree for Bluetooth Circuitry
96
Figure 3-55. Bluetooth LF UART Connection Block Diagram
97
Table 3-16. Bluetooth Host Processor UART I/O
97
Table 3-17. SPI I/O
98
Table 3-18. USB I/O
98
Figure 3-56. Bluetooth USB Interface too Main VOCON
99
Table 3-19. GPIO I/O
99
Chapter 4 Troubleshooting Procedures
101
Handling Precautions
101
Recommended Service Tools
102
Table 4-1. Recommended Service Tools
102
Standard Bias Table
103
Table 4-2. Standard Operating Bias - DC Voltages
103
Table 4-3. Standard Operating Bias - Clock Sources
103
Power-Up Self-Check Errors
104
Table 4-4. Power-Up Self-Check Error Codes
104
Power-Up Self-Check Diagnostics and Repair (Not for Field Use)
105
Table 4-5. Power-Up Self-Check Diagnostic Actions
105
Chapter 5 Troubleshooting Charts
107
List of Troubleshooting Charts
107
Table 5-1. Troubleshooting Charts
107
Main Troubleshooting Flowchart
109
Power-Up Failure
111
DC Supply Failure
121
Top/CID Display Failure
128
Main Display Failure
129
Volume Set Error
130
Channel Select Error
131
Keypad Error
132
5.10 Side Button Error
133
VOCON RX Audio Error
134
VOCON RX Audio Error
135
VOCON TX Audio Error
136
5.15 Keyload Failure
138
5.16 Secure Hardware Failure
139
5.17 Emmc Memory Failure
140
RX RF Failure
141
5.19 FGU Failure
152
5.20 FGU Power Failure
153
5.21 GPS Failure
154
Bluetooth Failure
156
PA Failure
162
Chapter 6 Troubleshooting Waveforms
173
List of Waveforms
173
Table 6-1. List of Waveforms
173
Clocks
175
Figure 6-1. 32 Khz Clock Waveform
175
Figure 6-2. 4 Mhz Clock Waveform
176
Figure 6-3. 12 Mhz Clock Waveform
177
Figure 6-4. 16.8 Mhz Clock Waveform
178
Figure 6-5. 24 Mhz Clock Waveform
179
Audio SSI
180
Figure 6-6. Audio SSI - Red Tx Waveform
180
Figure 6-7. Audio SSI - Red Rx Waveform
181
Figure 6-8. Audio SSI - Sync. Waveform
182
Figure 6-9. Audio SSI - BCLK. Waveform
183
Rx Ssi
184
Figure 6-10. RX SSI - CLK. Waveform
184
Figure 6-11. RX SSI - da Waveform
185
Figure 6-12. RX SSI - Fsync. Waveform
186
Tx Ssi
187
Figure 6-13. TX SSI - TX CLK. Waveform
187
Figure 6-14. TX SSI - da Waveform
188
Figure 6-15. TX SSI - Fsync. Waveform
189
Spi
190
Figure 6-16. SPI - CLK Waveform
190
Figure 6-17. MOSI Waveform
191
Figure 6-18. MISO Waveform
192
Figure 6-19. CS Waveform
193
I2C Bus
194
Figure 6-20. I2C Bus - SCA Waveform
194
Figure 6-21. I2C Bus - SCA 5V Waveform
195
Figure 6-22. I2C Bus - SDA Waveform
196
One Wire
197
Figure 6-23. 1-Wire Waveform
197
Gcai
198
Figure 6-24. GCAI - GPIO0 Waveform
198
Figure 6-25. GCAI - GPIO4 Waveform
199
6.10 Usb
200
Figure 6-26. USB - D- Waveform
200
Figure 6-27. USB - D+ Waveform
201
6.11 Uart
202
Figure 6-28. UART - RX Waveform
202
Figure 6-29. UART - TX Waveform
203
6.12 Sdram
204
Figure 6-30. SDRAM - CLK Waveform
204
Figure 6-31. SDRAM - CLKX Waveform
205
6.13 Flash Control
206
Figure 6-32. FLASH CONTROL - ADV Waveform
206
Figure 6-33. FLASH CONTROL - CS3 Waveform
207
Figure 6-34. FLASH CONTROL - OE Waveform
208
Figure 6-35. FLASH CONTROL - RDY Waveform
209
Figure 6-36. FLASH CONTROL - WE Waveform
210
Expandable Memory (Emmc)
211
Figure 6-37. Emmc: Power-On until Final Initialization Waveforms
211
Figure 6-38. Emmc: Correct Detection, Configuration and Initialization Waveforms
212
Figure 6-39. Emmc: Failure to Properly Detect, Configure and Initialize Waveforms
213
Figure 6-40. MMC_CLK @ < 400 Khz During "Clock Frequency Identification Mode
214
Figure 6-41. MMC_CLK @ < 24 Mhz During "Clock Frequency Data Transfer Mode
215
Figure 6-42. MMC_CMD Actual Waveform When Probing with Active Probes; Short Wires; GND Pin Soldered
216
Figure 6-43. MMC_CMD Misleading Waveform When Probing with Passive Probe; Long Wires; GND Clip
217
Figure 6-44. MMC_DAT0, MMC_DAT1, MMC_DAT2, MMC_DAT3 Data Lines During Data Transmission between Emmc and OMAP
218
Figure 6-45. F2_TIMER_OUT Clock from CPLD into OMAP for Emmc Operation
219
6.15 Receive Baseband Signals
220
Figure 6-46. Received Baseband Waveforms
220
6.16 Gps
221
Figure 6-47. GPS TCXO Waveforms
221
Figure 6-48. GPS RTC Waveforms
222
Figure 6-49. GPS UART DATA Waveforms
223
6.17 Bluetooth Troubleshooting Waveforms
224
Table 6-2. Bluetooth Command to TX
224
Table 6-3. Bluetooth Command to RX
225
Table 6-4. Low Frequency Command to TX
225
Table 6-5. Low Frequency Command to RX
225
Table 6-6. Bluetooth Test Points
226
Figure 6-50. Startup Waveforms - Vmax of TP16
227
Figure 6-51. Startup - Timing Difference of TP9 to TP16
228
Figure 6-52. Startup - Timing Difference of TP5 to TP16 and Voltage Statistics
229
Figure 6-53. Startup - Timing Difference of TP4 to TP16 and Time Statistics
230
Figure 6-54. Startup - Timing Difference of TP4 to TP5 and Time Statistics
231
Figure 6-55. Startup - Vmax of TP5 and Time Statistics
232
Figure 6-56. Startup - Vmax of TP4 and Time Statistics
233
Figure 6-57. Startup - Vmax of TP5 and Voltage Statistics
234
Figure 6-58. Startup - Vmax of TP9 and Voltage Statistics
235
Figure 6-59. Startup - Vmax of TP10 and Time Statistics
236
Figure 6-60. Startup - Vmax of TP16 and Voltage Statistics
237
Figure 6-61. Startup - Vmax of TP13 and Voltage Statistics
238
Figure 6-62. Startup - Vmax of TP11 and Voltage Statistics
239
Figure 6-63. Startup - Timing Difference of TP13 to TP16 and Time Statistics
240
Figure 6-64. Startup - Timing Difference of TP10 to TP13 and Time Statistics
241
Figure 6-65. Startup - Timing Difference of TP11 to TP13 and Time Statistics
242
Figure 6-66. Bluetooth CW on Spectrum Analyzer
243
6.18 Bluetooth Steady-State
244
Figure 6-67. Expansion Board - USB D+ Vmax and Packet Timing with Statistics
244
Figure 6-68. Expansion Board - USB D- Vmax and Packet Timing with Statistics
245
Figure 6-69. Expansion Board - VSW_3.6 Voltage Statistics
246
Figure 6-70. Expansion Board - 32 Khz Clock Vmax with Statistics
247
Figure 6-71. Expansion Board - LF Coil with TX and RX Waveform Measured by a Conducted Cable on LF Coil
248
6.19 LF CW on Spectrum Analyzer
249
Figure 6-72. LF CW on Spectrum Analyzer
249
Chapter 7 Troubleshooting Tables
251
List of Board and IC Signals
251
Table 7-2. VOCON Board to RF Board Connector Interface PIN-OUT
252
Table 7-3. VOCON Board to EXPANSION Board Connector Interface PIN-OUT
254
Table 7-4. VOCON Board to Control Top with Top Display Interface PIN-OUT
257
Table 7-5. VOCON Board to Front Display Interface PIN-OUT
259
Table 7-6. VOCON Board to Keypad Interface PIN-OUT
260
Table 7-7. EXPANSION Board to Accessory Connector (GCAI) Interface PIN-OUT
261
Table 7-8. EXPANSION Board to Side Buttons Interface PIN-OUT
262
Table 7-9. EXPANSION Board to Speaker and Microphones Interface PIN-OUT
263
Table 7-10. EXPANSION Board to AVR / JTAG Interface PIN-OUT
264
Table 7-11. Primary IC Reference Designators
265
Table 7-12. Overall GPIO Pin Functions Across Multiple Boards
266
Chapter 8 Schematics, Boards Overlays, and Parts Lists
277
List of Transceiver Schematics and Board Overlays
277
Table 8-1. List of Transceiver Schematics and Board Overlays
277
List of VOCON Schematics and Board Overlays
278
List of Expansion Board Schematics and Overlays
278
Table 8-2. List of VOCON Schematics and Board Overlays
278
Table 8-3. List of VOCON Schematics and Board Overlays
278
Transceiver (RF) Boards: VHF
279
Figure 8-1. NUD7120A Transceiver (RF) Board Overall Circuit Schematic
279
Figure 8-2. NUD7120A Harmonic Filter Circuit
280
Figure 8-3. NUD7120A GPS Circuit
281
Figure 8-4. NUD7120A Miscellaneous Connector Circuit
282
Figure 8-5. NUD7120A Receiver Front End Circuit
283
Figure 8-6. NUD7120A Receiver Back End Circuit
284
Figure 8-7. NUD7120A DC Power Circuit
285
Figure 8-8. NUD7120A Transmitter and Automatic Level Control Circuits
286
Figure 8-9. NUD7120A Frequency Generation Unit (Synthesizer) Circuit – 1 of 2
287
Figure 8-10. NUD7120A Frequency Generation Unit (VCO) Circuit – 2 of 2
288
Figure 8-11. NUD7120A Mixer and if Filter Circuits
289
Figure 8-12. NUD7120A Power Amplifier Circuit
290
Figure 8-13. NUD7120A Transceiver (RF) Board Layout – Side 1
291
Figure 8-14. NUD7120A Transceiver (RF) Board Layout – Side 2
292
Transceiver (RF) Boards: UHF1
301
Figure 8-15. NUE7365A/ NUE7369A Transceiver (RF) Board Overall Circuit Schematic
301
Figure 8-16. NUE7365A/ NUE7369A UHF1 Harmonic Filter Circuit
302
Figure 8-17. NUE7365A/ NUE7369A GPS Circuit
303
Figure 8-18. NUE7365A/ NUE7369A Miscellaneous Connector Circuit
304
Figure 8-19. NUE7365A Receiver Front End Circuit
305
Figure 8-20. NUE7365A/ NUE7369A Receiver Back End Circuit
306
Figure 8-21. NUE7365A/ NUE7369A DC Power Circuit
307
Figure 8-22. NUE7365A/ NUE7369A Transmitter and Automatic Level Control Circuits
308
Figure 8-23. NUE7365A Frequency Generation Unit (Synthesizer) Circuit – 1 of 2
309
Figure 8-24. NUE7365A Frequency Generation Unit (VCO) Circuit – 2 of 2
310
Figure 8-25. NUE7365A/ NUE7369A Mixer and if Filter Circuits
311
Figure 8-26. NUE7365A Power Amplifier Circuit
312
Figure 8-27. NUE7365A Transceiver (RF) Board Layout – Side 1
313
Figure 8-28. NUE7365A Transceiver (RF) Board Layout – Side 2
314
Figure 8-29. NUE7369A Receiver Front End Circuit
324
Figure 8-30. NUE7369A Frequency Generation Unit (Synthesizer) Circuit – 1 of 2
325
Figure 8-31. NUE7369A Frequency Generation Unit (VCO) Circuit – 2 of 2
326
Figure 8-32. NUE7369A Power Amplifier Circuit
327
Figure 8-33. NUE7369A Transceiver (RF) Board Layout – Side 1
328
Figure 8-34. NUE7369A Transceiver (RF) Board Layout – Side 2
329
Transceiver (RF) Boards: UHF2
337
Figure 8-35. NUE7366A Transceiver (RF) Board Overall Circuit Schematic
337
Figure 8-36. NUE7366A UHF2 Harmonic Filter Circuit
338
Figure 8-37. NUE7366A GPS Circuit
339
Figure 8-38. NUE7366A Miscellaneous Connector Circuit
340
Figure 8-39. NUE7366A Receiver Front End Circuit
341
Figure 8-40. NUE7366A Receiver Back End Circuit
342
Figure 8-41. NUE7366A DC Power Circuit
343
Figure 8-42. NUE7366A Transmitter and Automatic Level Control Circuits
344
Figure 8-43. NUE7366A Frequency Generation Unit (Synthesizer) Circuit – 1 of 2
345
Figure 8-44. NUE7366A Frequency Generation Unit (VCO) Circuit – 2 of 2
346
Figure 8-45. NUE7366A Mixer and if Filter Circuits
347
Figure 8-46. NUE7366A Power Amplifier Circuit
348
Figure 8-47. NUE7366A Transceiver (RF) Board Layout – Side 1
349
Figure 8-48. NUE7366A Transceiver (RF) Board Layout – Side 2
350
Transceiver (RF) Boards: 700-800 Mhz
357
Figure 8-49. NUF6750A Transceiver (RF) Board Overall Circuit Schematic
357
Figure 8-50. NUF6750A Harmonic Filter Circuit
358
Figure 8-51. NUF6750A GPS Circuit
359
Figure 8-52. NUF6750A Miscellaneous Connector Circuit
360
Figure 8-53. NUF6750A Receiver Front End Circuit
361
Figure 8-54. NUF6750A Receiver Back End Circuit
362
Figure 8-55. NUF6750A DC Power Circuit
363
Figure 8-56. NUF6750A Transmitter and Automatic Level Control Circuits
364
Figure 8-57. NUF6750A Frequency Generation Unit (Synthesizer) Circuit – 1 of 2
365
Figure 8-58. NUF6750A Frequency Generation Unit (VCO) Circuit – 2 of 2
366
Figure 8-59. NUF6750A Mixer and if Filter Circuits
367
Figure 8-60. NUF6750A Power Amplifier Circuit
368
Figure 8-61. NUF6750A Transceiver (RF) Board Layout – Side 1
369
Figure 8-62. NUF6750A Transceiver (RF) Board Layout – Side 2
370
Controller Board
379
Figure 8-63. HLN5979B/ Hln5960Acontroller Board Overall Schematic
379
Figure 8-64. HLN5979B/ HLN5960A Controller Board Display, Controls and JTAG Schematics
380
Figure 8-65. HLN5979B Controller Board Display/Keypad Lighting Control Circuits
381
Figure 8-66. HLN5979B/ HLN5960A Controller Board LCD and Keypad Connector Circuits
382
Figure 8-67. HLN5979B/ HLN5960A Controller Board Expansion Board Interface Circuits
383
Figure 8-68. HLN5979B Controller Board CPLD Circuit
384
Figure 8-69. HLN5979B/ HLN5960A Controller Board OMAP User Interface Circuit
385
Figure 8-70. HLN5979B/ HLN5960A Controller Board Memory Interface Circuit
386
Figure 8-71. HLN5979B/ HLN5960A Controller Board Audio Circuit
387
Figure 8-72. HLN5979B/ HLN5960A Controller Board MAKO/DC Circuits
388
Figure 8-73. HLN5979B/ HLN5960A Controller Board Serial Interface Circuit
389
Figure 8-74. HLN5979B/ HLN5960A Controller Board RF Interface Circuit
390
Figure 8-75. HLN5979B Controller Board Layout – Side 1
391
Figure 8-76. HLN5979B Controller Board Layout – Side 2
392
Figure 8-77. HLN5960A Controller Board Display/Keypad Lighting Control Circuits
398
Figure 8-78. HLN5960A Controller Board CPLD Circuit
399
Figure 8-79. HLN5960A Controller Board Layout – Side 1
400
Figure 8-80. HLN5960A Controller Board Layout – Side 2
401
Expansion Board
407
Figure 8-81. HLN5978B Expansion Board Overall Circuit Schematic
407
Figure 8-82. HLN5977A/ HLN5978B Audio Circuit
408
Figure 8-83. HLN5977A/ HLN5978B Secure Circuit
409
Figure 8-84. HLN5978B Expandable Memory Circuit
410
Figure 8-85. HLN5978B GPS Bluetooth Circuit – 1 of 2
411
Figure 8-86. HLN5978B GPS Bluetooth Circuit – 2 of 2
412
Figure 8-87. HLN5977A/ HLN5978B Expansion Board Layout – Side 1
413
Figure 8-88. HLN5977A/ HLN5978B Expansion Board Layout – Side 2
414
Appendix A Replacement Parts Ordering
421
Basic Ordering Information
421
Transceiver Board, VOCON Board and Expander Board Ordering Information
421
Motorola Online
421
Mail Orders
421
Telephone Orders
421
Fax Orders
422
Parts Identification
422
Product Customer Service
422
A.6 Fax Orders
422
Glossary
423
Index
433
Other manuals for Motorola APX 6000
User Guide
200 pages
Manual
105 pages
Guide
25 pages
4
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Motorola APX 6000 Specifications
General
Brand
Motorola
Model
APX 6000
Category
Two-Way Radio
Language
English
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