Kenwood Tk 780h1 Owners Manual

							51
TK-780/ H
Test Equipment Required for Alignment
Test Equipment Major Specifications
1. Standard Signal Generator Frequency Range 136 to 174MHz
(SSG) Modulation Frequency modulation and external modulation
Output –127dBm/0.1µV to greater than –7dBm/100mV
2. Power Meter Input Impedance 50Ω
Operation Frequency 136 to 174MHz or more
Measurement Capability Vicinity of 100W
3. Deviation Meter Frequency Range 136 to 174MHz
4. Digital Volt Meter Measuring Range 1 to 20V DC
(DVM) Accuracy High input impedance for minimum circuit loading
5. Oscilloscope DC through 30MHz
6. High Sensitivity Frequency Range 10Hz to 1000MHz
Frequency Counter Frequency Stability 0.2ppm or less
7. Ammeter 20A
8. AF Volt Meter Frequency Range 50Hz to 10kHz
(AF VTVM) Voltage Range 1mV to 20V
9. Audio Generator (AG) Frequency Range 20Hz to 20kHz or more
Output 0 to 1V
10. Distortion Meter Capability 3% or less at 1kHz
Input Level 50mV to 10Vrms
11. 4Ω Dummy Load Approx. 4Ω, 10W or more
12. Regulated Power Supply 13.6V, approx. 20A (adjustable from 9 to 20V)
Useful if ammeter requipped
ADJUSTMENT
Lead wire  +
MICShiel wire  –1 8
Tuning cable (E30-3383-05)
Adapter cable (E30-3383-05) is required for
injecting an audio if PC tuning is used.
See "PC Mode" section for the connection.
MIC connector
(Front view)
1 : BLC
2 : PSB
3 : E
4 : PTT
5 : ME
6 : MIC
7 : HOOK
8 : CM
Test cable for microphone input (E30-3360-08) 
						

							52
TK-780/ H
ADJUSTMENT
Adjustment Location

Switch
MODULAR
MIC JACKMONITORSCAN POWER
BUSY/
TX LEDVOLUME
 UP
VOLUMEDOWNSYSTEM UP
(Trunking Format)
GROUP UP
(Conventional Format)   
SYSTEM DOWN
(Trunking Format)
GROUP DOWN   
(Conventional Format)    SUB 
DISPLAYMONITOR PRIORITY
SERVICEAUXILIAY
HANDSET
SCAN MAIL
PROGRAMMABLE
 FUNCTION KEYSALPHANUMERIC
 DISPLAY

Adjustment Point

Note
• Flash memory
The firmware program (User mode, Test mode, Tuning
mode, etc.) and the data programmed by the FPU (KPG-49D)
for the flash memory, is stored in memory.  When parts are
changed, program the data again.
• EEPROM
The tuning data (Deviation, Squelch, etc.) for the
EEPROM, is stored in memory.  When parts are changed,
readjust the transceiver.
Measurement
Test-
equipmentUnitTerminalAdjustment
Unit Parts MethodSpecifications/Remarks Condition
Item
1. PLL lock 1) Set test mode DVM TX-RX TP1 PLL TC101 1.5V±0.1V
voltage CH : CH3 - Sig1
Power meter(A/2)
AUX : ON (Talk-around mode) F. conter TC102 1.5V
PTT : ON (Transmit)
2) CH : CH2 - Sig1 Check 8.0V or less
PTT : ON (Transmit)
Common Section
Repair Jig (Chassis)
Use jig (Part No. : A10-4010-02) for repairing the TK-780/
780H. The jig facilitates the voltage check when the voltage
on the component side TX-RX unit (A/2) is checked during
repairs.
L6 VR1TX-RX UNIT (A/2)
PLL/VCOTC101 TC1
TC102
TP1 
						

							53
ADJUSTMENT
Measurement
Test-
equipmentUnitTerminalAdjustment
Unit Parts MethodSpecifications/Remarks Condition
Item
TK-780/ H
Receiver Section
1.Discriminator1) Set test mode SSG Rear ANT TX-RX L6AF output maximum. Maximum point +0mV, –20mV.CH : CH1 - Sig1 - Narrow panel (A/2)
SSG output : –53dBm AF VTVM ACC
AF : 0.45V/4Ω
Oscilloscope(EXT.SP)
2. Sensitivity 1) Set test mode SSG ANT Adjust for
Select “SENS” in tuning mode.maximum SINAD.
“L SENS” AF VTVM ACC
SSG freq’ Distortion (EXT.SP)
K, HK : 146.050MHz meter
K2,HK2 : 136.050MHz
OscilloscopeSSG output : –118dBm/0.31µVAG
SSG MOD : 3kHz
AF output : 1V/4Ω
2) “C SENS” Adjust for
SSG freq’ maximum SINAD.
K,HK : 160.050MHz
K2,HK2 : 149.050MHz
3) “H SENS” Adjust for
SSG freq’ maximum SINAD.
K,HK : 173.950MHz
K2,HK2 : 161.950MHz
3. Squelch 1) Set test mode Squelch closed
Select “SQL” in tuning mode. once.
SSG freq’ Then squelch must
K,HK : 160.050MHz be opened.
K2,HK2 : 149.050MHz
SSG output
: Value of 12dB SINAD
SSG MOD : 3kHz (Wide)
  1.5kHz (Narrow)
4. Image 1) Set test mode TX-RX TC1 Adjust for maximum
response CH : CH2 - Sig1 (A/2) noise level
Wide or Narrow
(HK only) SSG output : –30dBm
SSG freq’ : 235.750MHz
SSG MOD : OFF
SQ : OFF
5. Squelch 1) Set test mode Check Squelch must be opened.
check CH : CH1 - Sig1(Wide/Narrow)
SSG output : 
15dB SINAD level
2) SSG output : OFFSquelch must be closed.
(Wide/Narrow)
6. QT check 1) Set test mode
CH : CH1 - Sig5
SSG MOD
INT : 1kHz
EXT : 151.4Hz
SSG system MOD DEV
: ±3.75kHz
SSG output : 
10dB SINAD level
2) CH : CH1 - Sig4 Check Squelch must be closed.
 CH1 - Sig6
 CH1 - Sig7 
						

							ADJUSTMENT
Measurement
Test-
equipmentUnitTerminalAdjustment
Unit Parts MethodSpecifications/Remarks Condition
Item
54
TK-780/ H
Transmitter Section
1. Frequency 1) Set test modePower meterRear ANT Check K,HK : 160.100MHz±100HzSelect “FREQ” in tuning mode.F. counter panel K2,HK2 : 149.100MHz±100Hz
PTT : ON
2. Power 1) Maximum power TX-RX VR1 27.0W : K,K2±0.5W : K,K2
output Set test mode (A/2) 50.0W : HK,HK2±2.0W : HK,HK2
Select “H POW” in tuning mode.“L HPOW 256” : K2,HK
“H HPOW 256” : K,HK2
PTT : ON
3. High power 1) Set test mode 25.0W : K,K2±1.0W : K,K2
Select “H POW” in tuning mode.45.0W : HK,HK2±2.0W : HK,HK2
“L HPOW”
PTT : ON
2) “L2 HPOW”
PTT : ON
3) “C HPOW”
PTT : ON
4) “H2 HPOW”
PTT : ON
5) “H HPOW”
PTT : ON
4. Low power 1) Set test mode
Power meter5.0W : K,K2±0.5W : K,K2Select “L POW” in tuning mode.10.0W : HK,HK2±1.0W : HK,HK2
“L LPOW”
PTT : ON
2) “L2 LPOW”
PTT : ON
3) “C LPOW”
PTT : ON
4) “H2 LPOW”
PTT : ON
5) “H LPOW”
PTT : ON
5. Power check 1) Set test mode
Power meterANT Check 25W±1W, 7A or less : K,K2
CH : CH1 - Sig145W±2W, 12A or less
 CH2 - Sig1 Ammeter DC IN : HK,K2
 CH3 - Sig1
PTT : ON 
						

							55
ADJUSTMENT
Measurement
Test-
equipmentUnitTerminalAdjustment
Unit Parts MethodSpecifications/Remarks Condition
Item
TK-780/ H
6. Modulation 1) Set test modePower meterRear ANT Make the de- (Wide/Narrow)
balanced MIC input : OFF Deviation panel modulation
Select “BAL” in tuning mode. meter waveform neat.
“L BAL”
OscilloscopeDeviation meter filter
LPF : 15kHz AF VTVM Front MIC
HPF : OFF AG panel
De-emphasis : OFF
2) “C BAL”
PTT : ON
3) “H BAL”
PTT : ON
7. Maximum 1) Set test mode 3.8kHz (Wide)±50Hz (Wide/Narrow)
deviation Connect AG to the MIC 1.75kHz (Narrow)
terminal. (According to the
Select “MAX” in tuning mode.larger +, –)
“L MAX”
AG : 1kHz/50mV
Deviation meter filter
LPF : 15kHz
HPF : OFF
De-emphasis : OFF
PTT : ON
2) “C MAX”
PTT : ON
3) “H MAX”
PTT : ON
8. MIC 1) Set test mode Check±3kHz±0.2kHz (Wide)
seisitivity CH : CH1 - Sig1±1.5kHz±0.05kHz (Narrow)
check AG : 1kHz/5mV
PTT : ON
9. QT deviation 1) Set test mode 0.75kHz (Wide)±50Hz (Wide/Narrow)
Select “FQT” in tuning mode. 0.35kHz (Narrow)
“L FQT”
Deviation meter filter
LPF : 3kHz
HPF : OFF
PTT : ON
2) “C FQT”
PTT : ON
3) “H FQT”
PTT : ON
10. DQT 1) Set test mode 0.75kHz (Wide)±50Hz (Wide/Narrow)
deviation
Select “F DQT” in tuning mode.0.35kHz (Narrow)
“L FDQT”
Deviation meter filter
LPF : 3kHz
HPF : OFF
PTT : ON
2) “C FDQT”
PTT : ON
3) “H FDQT”
PTT : ON 
						

							ADJUSTMENT
Measurement
Test-
equipmentUnitTerminalAdjustment
Unit Parts MethodSpecifications/Remarks Condition
Item
56
TK-780/ H
11. Fine LTR 1) Set test modePower meterRear ANT 1.0kHz (Wide)±50Hz (Wide/Narrow)Select “FLTR” in tuning mode.Deviation panel 0.75kHz (Narrow)
“L FLTR” meter
deviation meter filter
OscilloscopeLPF : 3kHz
HPF : OFF AF VTVM Front MIC
PTT : ON AG panel
2) “C FLTR”
PTT : ON
3) “H FLTR”
PTT : ON
12. DTMF 1) Set test mode 3.0kHz (Wide)±0.2kHz (Wide)
deviation
Select “DTMF” in tuning mode.1.5kHz (Narrow)±0.1kHz (Narrow)
Deviation meter filter
LPF : 15kHz
HPF : OFF
PTT : ON
13. MSK 1) Set test mode 3.0kHz (Wide)±0.1kHz (Wide/Narrow)
deviation
Select “FMSK” in tuning mode.1.5kHz (Narrow)
Deviation meter filter
LPF : 15kHz
HPF : OFF
PTT : ON
14. TONE 1) Set test mode 3.0kHz (Wide)±0.1kHz (Wide/Narrow)
deviation
Select “TONE” in tuning mode.1.5kHz (Narrow)
Deviation meter filter
LPF : 15kHz
HPF : OFF
PTT : ON 
						

							JHFDBIGECA
1
3
5
7
2
4
6
CN 101
S T
H T
E
9C L
8C L
M D
CV
J72-0 617-1 2
C N 101
J72-0 617-1 2
C N 101
S T
H T
E
9C L
8C L
M D
CV
J72 -0 73 2-0 2
C N 101
C V
M D
8C L
9C L
E
H T
ST
CV
M D
8C L
9C L
E
H T
ST
J72 -0 73 2-0 2
C 107
C 121
C 103
C 102
C 126
C 117
C 120
C 119
R 110
C 108
R 102
C 125
C 115
L101
C 105
R 117
R 106
R 104
C 113
C 112
R 115
R 113
L102
R 114
R 111
C 130
D 101D 103
D 102
R 118
D 104
C 131
C 132
C 139
C 142
D 107D 106
D 107D 106
D 109
R 119R 120
R 121
T C 101
T C 102
L111
C 109
C 143
L107
Q 102
G
SD
G
SD
G
SD
G
SD
Q 103
L103
C 114
L104
R 116
C 110
R 101
R 107
C 104
R 103
R 108
R 105
L110
L109
C 122
R 109
C 127
C 129
C 133
C 134
C 135
C 136
C 138
L106
Q 104
Q 105
Q 106
Q 101
C 111
L105
C 107
C 121
C 103
C 102
C 126
C 117
C 120
C 119
R 110
C 108
R 102
C 125
C 115
L1 01
C 105
R 117
R 106
R 104
C 113
C 112
R 115
R 113
L 102
R 114
R 111
C 130
D 101
D 102
R 118
D 104D 103
C 131
C 132
C 139
C 142
D 109
R 119R 120
R 121
T C 10 1
T C 10 2
L111
C 109
C 143
L1 07
Q 10 2
G
SD
G
SD
Q 10 3
L103
C 114
L104
R 116
C 110
R 101
R 107
C 104
R 103
R 108
R 105
L110
L109
C 122
R 109
C 127
C 129
C 133
C 134
C 135
C 136
C 138
L106
Q 104
Q 105
Q 106
Q 101
C 111
L105
C 107L103
C 114
C 121
L104
C 103
C 102
C 126
C 117
C 120
C 119
R 116
R 110
C 110
C 108
R 101
R 102
C 125
R 107
C 115C 104
L 101
C 105
R 103
R 117
R 106
R 108
R 104
R 105
C 113
L 110
L109
C 122
R 115
R 113
L102
R 109
R 114
R 111C 127
C 129C 130
D 101
R 118
D 104
C 131
C 132
C 133
C 134
C 135
C 136
C 138
C 139
C 142
D 107
D 109
R 119R 120R 121
T C 101
T C 102
L106
Q 10 4
Q 10 5
Q 10 6
D 102
C 109
Q 10 1
C 111
L 105
L107
Q 102
Q 103
L111
R 122
G
SD
G
SD
C 107
L 103
C 114
C 121
L 104C 103
C 102
C 126
C 117
C 120
C 119
R 116
R 110
C 110
C 108
R 101
R 102C 125
R 107
C 115
C 104
L1 01
C 105
R 103
R 117
R 106
R 108
R 104
R 105
C 113
L 110
L109
C 122
R 115
R 113
L1 02
R 109
R 114
R 111
C 127
C 129
C 130
D 101
R 118
D 104
C 131
C 132
C 133
C 134
C 135
C 136
C 138
C 139
C 142
D 107
D 109
R 119R 120R 121
T C 10 1
T C 10 2
L106
Q 10 4
Q 10 5
Q 10 6
D 102
C 109
Q 10 1
C 111
L 105
L1 07
Q 10 2
Q 10 3
L1 11
R 122
P C B OARD  V IE W S   
5 857
P LL/V CO  ( X 58-4 540-1 1)  C om ponen t s id e v ie w  : K 2, H K2
PLL/V CO  ( X 58-4 540-1 1)  F o il s id e v ie w  : K 2, H K2
PLL/V CO  ( X 58-4 7 12-7 0)  C om ponen t s id e v ie w  :  K , H K
PLL/V CO  ( X 58-4 7 12-7 0)  F o il s id e v ie w  :  K , H K
Com ponen t s id e
Fo il s id e
C om ponen t s id e
Fo il  s id e 
						

							ABCDEFGHIJKLMNOPQRS
1
2
3
4
5
6
7
8
9
10
11
12
13
14
C 259
C 258
C 257C 265C 254
R 179
R 403
R 402
R 401
R 122
R 127
L214
R 55
R 209
R 215
R 309
R 320
R 310
R 312
R 323
R 311
R 315R 313R 314
R 111
L5
C F2 ( G )
D8D13
R 4
1
31
TX D1RX D1LO K
8
SQPTTM I/T X SM E/A MDIIG NAHK/B U SYD EO
R 3R2R1C9C7C6C5C3C2C1
C13C 8C4RSSI
D 9D12D 14
R 305R 129
R 114
R 121
R 300
IC 300
110
1120
R 303R 302R 301
R 218
R 219R 68
L2C 59
R 222
R 225
R 226R 246R 248
IC 20 2
13
46
D 208
C 204
L224
C 298
C 326C 324
C 316
C 317
C 321C 312
C 311C 309C 307C 306C 305
C 325
C 314
L302
C 318C 319
C 100
C 16
R 158
Q 302Q 301
C 212
C 215
C 210
C 217C 222C 224C 226
D 206
D 207
L219L221L223
L227
V R1
D 213
L218
L215
C 252
C 401
C 140D 36
C 97
C 131
C 402
C 112C 109C 129C 125
C 296
C 132
C 247
C 263C 262C 264
IC 14
Q 19D 32
C 152
R 176
C N 6
CN 5
ESP
12
310
S POPAS PI
1
1
B
I
G
O
C
E
C 90
C 68
C 79C 77
IC 10
C 70C 75
Q 9
D24
Q 6Q5
Q4
C74
R 77
C 48
C 71
C 65R 70
C N 2
R58R 50
R 76
R 98
Q 10
Q 21
Q 401
Q 1713
45
L217
L216
C 201C 267C 266
C 297
C 299
C 213
C 211
R 201
C 253
R 149R 120
R 113
R 112
L202
L203
L204
L207
C 214
C 216
L205C 276
T P2
TP1
L208
+
+
++
R 318
R 317
R 316
R 319
R 306
R 307
C 322C 320
C 313
C 327
C 315
R 308
L303
Q 300
A 1 : X 58
S T
H T
E
9C L
8C L
M D
CV
4321
C292
C 293
C 275
C 286C 245C 246
L226
L213
C 93
R 135
R 405
+IC 4011
45
8
C 303
L300L301
+
C 304
R 304
R 89R 247
X F1
C 94
C 98C 96
C 99
C 91
C 102
R 110
R 119
L6
Q 16
C 294
+
+
+
+
C 133+
C 45+
+
+C 107
C 101Q 32DGS
T P3
IC 11
1
89
16
X 2
CF1 ( F )
R 47
R 48
R 49
IC 5
1
1213
24
+
D 11C 54R 60
R 99
R 97
R 91
C 173+
Q 13
C 106
C 105
R 80
R 74
C 63
Q 8
ST
C40
R 57
S Q 2
CN 1
ER8
R7
R6
C12
C 11
C 14
E
C 3
C1C2FW
O PSQ
C45CR D 2
RD 1TD 2
TD 1
DEO
IC 9
I
G
O
++
+
++
D 37
+ B+
J1E X T. S P
R85
D 16
C 15
C N 3
D7
C10
3
1
L O K/D TC /T X S/F S WM MLO K/A M
3
1
SB
E
H O R
CN 4
E
IC 400
J72-0 809-0 2 A /2
L 222L220
T C 1
TV
C 228
L209
C 225
R 324
R 139
R 404
C 250+
C 295
B POB P
TK -
59
T X -R X  U NIT  ( X 57-6 480-X X) ( A /2 )  C om ponen t s id e v ie w
-1 0 : K    - 1 1 : K 2   - 1 2 : H K   - 1 3 : H K2
Com ponen t s id e
Fo il s id e
Patte rn  1
P atte rn  2
P atte rn  3
P atte rn  4
	 R ef N o.	 Addre ss
	 IC 5	 10M
	 IC 9	 10 O
	 IC 10	 8R
	 IC 11	 12J
	 IC 14	 6O
	IC 202 	 13E
	IC 300 	 10H
	IC 400 	 2I
	IC 401 	 7F
	 Q4	 11R
	R ef N o.	 Addre ss
	 Q5	 10S
	 Q6	 10R
	 Q8	 9O
	 Q9	 9Q
	 Q10	 7M
	 Q13	 7M
	 Q16	 11J
	 Q17	 6G
	 Q19	 4O
	 Q21	 7F
	R ef N o.	 Addre ss
	 Q32	 11J
	Q 300 	 9F
	Q 301 	 11 G
	Q 302 	 11F
	Q 401 	 7G
	 D7	 11R
	 D8	 13L
	 D9	 12M
	 D11	 9M
	 D12	 12M
	R ef N o.	 Addre ss
	 D13	 13M
	 D14	 12 N
	 D16	 9R
	 D24	 10R
	 D32	 5O
	 D36	 7E
	 D37	 6P
	 D 206	 9B
	 D 207	 10B
	 D 208	 12B
	R ef N o.	 Addre ss
	 D 213	 7D 
						

							SRQPONMLKJIHGFEDCBA
1
2
3
4
5
6
7
8
9
10
11
12
13
14
J72 -0 80 9-0 2  A /2
L 14
R 109
R 106
R 148
C 188
C 197
C 143
C 126
C 120
C 78
C 121
C 119
C 196C 198C 89
C 151
C 80
C 76
C 73
C 136
C 123
C 134
R 150Q 27R 146
BE
CR 128R 152R 151
R 155Q 30
Q 25
Q 22Q 26
Q 31
Q 28
R 156R 143
R 153R 154
R 141
R 9R10R 11
C 175
R 12R 94
R 168D 6
133R SSI
D 2D3D4D1D5D17
R 59
R 134
C 31
C 18
C 61
IC 12OGI
C 408
IC 314
58
C46
C 21
C 20C 23
C 156
C 108
C 104
C 113
C 114
C 103
C 92
C 155
C 84
C 39
5431IC 20 1
R 96
C 157
C 95
R 166
R 124
C 118
C 28R 30
R 37
R 133
R 126
R 123
R 173
R 125
Q 24
Q 23
L1C 32R 35
R 62R 67
R 69R 61R 66R 217
R 214
R 213R 212
R 211
C 208
C 209
Q 202
ECB
C 207
C 51
C 55
R 171
R 172
C 60C 58
C 69
C 41C 37
L7R 78
C 52
C 87
C 62
L3
L4
D 22
Q 18DGS
R 73
R 32
R 19R 25R 15
C 167
R 72
R 157
R 71R 63R 65
R 44
R 17
R 39R 36
R 406R 33
C 142
C 144C 137
D 21
D 20D 31D 34D 28
C 163
C 110
C 115
C 150
C 130
C 147C 256C 138
C 139
C 135
C 149
C 141C 145
D 27D 30
C 124C 128
R 250R 252
R 240
R 220
R 164
R 162R 163
R 221
R 45R 42
R 41
Q 33
C 238
C 239
C 236
C 278C 234
R 237
R 235
R 236R 233
R 232
R 234
D 209
R 231R 228R 229
C 233C 277
C 229C 232C 230C 172C 279
R 180C 284
L212
L211
L225L228
C 88C 190C 281C 280C 176
Q 11
S P
PA
R 90
D 26
R 86
R 116
R 144R 137R 145R 140
R 132
C 127
C 168++
C 72
S B
H O R
IC 15
1
78
14
P S WELO K
CN 7
C3
C1C2FW
O PSQ
C45CR D 2
RD 1TD 2
TD 1
DEO
+
+
+
+
+
C 36
C 29
C 24
R 408
R 411
R 413
R 414
R 20R 14
R 21R 23C 19C 22
IC 41
34
5
Q 1Q402
Q 403
DGS
S B
+
+
+C111
C 177Q 20
B
C
E
IC 13T R
I
G
O
8C
8R
Q 12
B
C
E
D T
ES
IC 7
1
89
16
IC 8
1
89
16
C K
C42+
R 64
R 22R 31
D 35
D EO
IC 21
45
8+
C17D MR16
R 131
R 161
R 130
D 23
W /N
K EY
C 116+
C 117
5C
8T
9C
C 242
R 241
R 239
R 238
C 288C 289C 290C 272C 271
R 249
C 244R 251
C 273
C 406
C 407
C 274C 261C 243
C 200+
C 231
C 235
C 282C 283
C 285
C 241C 240
C 237
IC 400
D B
1234
Q 204
D 210
E
C
B
Q 203E
C
B
R 28R 27C 183
R 34
R 26
R 75R 170
R 169
R 29
LD
+Q AD
R107
R 165R 104
Q 15
T P3
X 1
CPD TEP
M B
C27C 30
C 25+
IC 11
45
8
R230
R 175
R 223
R 224
L11
R 52
C 251
D 211
D 212
Q 29
H /L
IC 61
45
8
C44
C 171
C 255
T H 1
C56
C 66C 64
C 153
C 57
D 15Q 7
C38
C 35
C 43
R 46
L12
+
9C
Q 3
+
+
8C
Q 2
R40C 33
C 154
C 34+
T P1
R 56
C 47C 161
C 49
C 202
C 148
C 146R 147
A N TEA N T
TV
TP2
S T
H T
E
9C L
8C L
M D
CV
W /NT /RM OTOB EEP8RP S WD EOM MAFOM EMIAH KIG NSBSB8CK EYC KD TRSS ILDE SEPENA PTTC PD TCTX DRX DO EFS WE
R142R 138
PC B OARD  V IE W    
6 2
T X -R X  U NIT  ( X 57-6 480-X X) ( A /2 )    F o il s id e v ie w
-1 0 : K    - 1 1 : K 2   - 1 2 : H K   - 1 3 : H K2
Com po nen t s id e
Fo il s id e
P atte rn  1
P atte rn  2
P atte rn  3
P atte rn  4
	 R ef N o.	 Addre ss
	 IC 1	 9M
	 IC 2	 13G
	 IC 3	 10E
	 IC 4	 8E
	 IC 6	 6M
	 IC 7	 9G
	 IC 8	 10G
	 IC 12	 9H
	 IC 13	 6G
	 IC 15	 10D
	R ef N o.	 Addre ss
	IC 201	 6M
	IC 400	 2K
	 Q1	 8E
	 Q2	 12N
	 Q3	 11N
	 Q7	 9O
	 Q11	 7G
	 Q12	 7H
	 Q15	 12K
	 Q18	 11J
	R ef N o.	 Addre ss
	 Q20	 5G
	 Q22	 10C
	 Q23	 10J
	 Q24	 10J
	 Q25	 10C
	 Q26	 10C
	 Q27	 7D
	 Q28	 8D
	 Q29	 6N
	 Q30	 8C
	R ef N o.	 Addre ss
	 Q31	 8C
	 Q33	 7O
	Q 202	 9Q
	Q 203	 7L
	Q 204	 7J
	Q 402	 8E
	Q 403	 8E
	 D1	 13D
	 D2	 13C
	 D3	 13C
	R ef N o.	 Addre ss
	 D4	 13D
	 D5	 13E
	 D6	 12C
	 D15	 9N
	 D17	 13D
	 D20	 8C
	 D21	 8C
	 D22	 11I
	 D23	 11H
	 D26	 8D
	R ef N o.	 Addre ss
	 D27	 7Q
	 D28	 8C
	 D30	 6R
	 D31	 8C
	 D34	 8C
	 D35	 12F
	 D 209	 7L
	 D 210	 7J
	 D 211	 5N
	 D 212	 6O 
						

							ABCDEFGHIJKLMNOPQRS
1
2
3
4
5
6
7
8
9
10
11
12
13
14
L14
R 109
R 106
R 148
C 188
C 197
C 143
C 126
C 120
C 78
C 121
C 119
C 196C 198C 89
C 151
C 80
C 76
C 73
C 136
C 123
C 134
R 150Q 27R 146
BE
CR 128R 152R 151
R 155Q 30
Q 25
Q 22Q 26
Q 31
Q 28
R 156R 143
R 153R 154
R 141
R 9R10R 11
C 175
R 12R 94
R 168D 6
133
D 2D3D4D1D5D17
R 59
R 134
C 31
C 18
C 61
IC 12OGI
C 408
IC 314
58
C46
C 21
C 20C 23C 156
C 108
C 104
C 113
C 114
C 103
C 92
C 155
C 84
C 39
5431IC 20 1
R 96
C 157
C 95
R 166
R 124
C 118
C 28R 30
R 37
R 133
R 126
R 123
R 173
R 125
Q 24
Q 23
L1C 32R 35
R 62R 67
R 69R 61R 66R 217
R 214
R 213R 212
R 211
C 208
C 209
Q 202
ECB
C 207
C 51
C 55
R 171
R 172
C 60C 58
C 69
C 41C 37
L7R 78
C 52
C 87
C 62
L3
L4
D 22
Q 18DGS
R 73
R 32
R 19R 25
R 15
C 167
R 72
R 157
R 71R 63R 65
R 44
R 17
R 39R 36
R 406R 33
C 142
C 144C 137
D 21
D 20
D 31D 34D 28
C 163
C 110
C 115
C 150
C 130
C 147C 256C 138
C 139
C 135
C 149
C 141C 145
D 27D 30
C 124C 128
R 250R 252
R 240
R 220R 164Q 33
R 162R 163
R 221R 45
R 42
R 41
C 238
C 239
C 236
C 278C 234
R 237
R 235
R 236R 233
R 232
R 234
D 209R 231R 228
R 229
C 233C 277
C 229C 232C 230C 172C 279
R 180C 284
L212
L211
L225L228
C 88C 190C 281C 280C 176Q 11
S P
R90
D 26
R 86
R 116
R 144R 137R 145R 140
R 132
C 127
C 168++
C 72
IC 15
1
78
14
P S WLO K
CN 7
+
+
+
+
+
C36
C 29
C 24
R 408
R 411
R 413
R 414
R 20R 14
R 21R 23C 19C 22
IC 41
34
5
Q 1Q402
Q 403
DGS
S B
+
+
+C111
C 177Q 20
B
C
E
IC 13
T R
I
G
O
8C
8R
Q 12
B
C
E
D T
ES
IC 7
1
89
16
IC 8
1
89
16
C K
C42+
R 64
R 22R 31
D 35
D EO
IC 21
45
8+
C17D MR16
R 131
R 161
R 130
D 23
W /N
K EY
C 116+
C 117
5C
8T
9C
C 242
R 241
R 239
R 238
C 288C 289C 290
C 272C 271
R 249
C 244R 251
C 273
C 406
C 407
C 274C 261C 243
C 231C 171
R 175
C 235
C 282C 283
C 285
C 241C 240
C 200+
C 237
IC 400
D B
1234
Q 204
D 210
E
C
B
Q 203E
C
B
R 28
R 27C 183
R 34
R 26
R 75R 170
R 169
R 29
LD
+Q AD
R107
R 165R 104
Q 15
X 1
CPD TEP
M B
C27C 30
C 25+
IC 11
45
8
R230
R 223
R 224
L11
R 52
C 251
D 211
D 212
Q 29
H /L
IC 6
1
45
8C44
C 255
T H 1
C56
C 66
C 64
C 153
C 57
D 15Q 7
C38
C 35
C 43
R 46
L12
+
9C
Q 3
+
+
8C
Q 2
R40C 33
C 154
C 34+
R 56
C 47C 161
C 49
C 202
C 148
C 146R 147
A N TE
A N T
ST
H T
E
9C L
8C L
M D
CV
W /NT /RM OTOB EEP8RP S WD EOM MAFOM EMIAH KIG NSBSB8CK EYC KD TRSS ILDE SEPENA PTTC PD TCTX DRX DO EFS WE
R142R 138
C 259
C 258
C 257C 265C 254
R 179
R 403
R 402
R 401
R 122
R 127
L214
R 55
R 209
R 215
R 309
R 320
R 310
R 312
R 323
R 311
R 315R 313R 314
R 111
L5
C F2 ( G )
D8D13
R 4
1
31
TX D1RX D1LO K
8
SQPTTM I/T X SM E/A MDIIG NAHK/B U SYD EO
R 3R2R1C9C7C6C5C3C2C1
C13C 8C4RSSI
D 9D12D 14
R 305R 129
R 114
R 121
R 300
IC 300
110
1120
R 303R 302R 301
R 218
R 219R 68
L2C 59
R 222
R 225
R 226R 246R 248
IC 20 2
13
46
D 208
C 204
L224
C 298
C 326C 324
C 316
C 317
C 321C 312
C 311
C 309
C 307C 306C 305
C 325
C 314
L302
C 318C 319
C 100
C 16
R 158
Q 302Q 301
C 212
C 215
C 210
C 217C 222C 224C 226
D 206
D 207
L219L221L223
L227
V R1
D 213
L218
L215
C 252
C 401
C 140D 36
C 97
C 131
C 402
C 112C 109C 129C 125
C 296
C 132
C 247
C 263C 262C 264
IC 14
Q 19D 32
C 152
R 176
C N 6
CN 5
ESP
12
310
S POPAS PI
1
1
B
I
G
O
C
E
C 90
C 68
C 79C 77
IC 10
C 70C 75
Q 9
D24
Q 6Q5
Q4
C74
R 77
C 48
C 71
C 65R 70
C N 2
R58R 50
R 76
R 98
Q 10
Q 21
Q 401
Q 1713
45
L217
L216
C 201C 267C 266
C 297
C 299
C 213
C 211
R 201
C 253
R 149R 120
R 113
R 112
L202
L203
L204
L207
C 214
C 216
L205C 276
T P2
TP1
L208
+
+
++
R 318
R 317
R 316
R 319
R 306
R 307
C 322C 320
C 313
C 327
C 315
R 308
L303
Q 300
A 1 : X 58
C 292
C 293
C 275
C 286C 245C 246
L226
L213
C 93
R 135
R 405
+IC 4011
45
8
C 303
L300L301
+
C 304
R 304
R 89R 247
X F1
C 94
C 98C 96
C 99
C 91
C 102
R 110
R 119
L6
Q 16
C 294
+
+
+
+
C 133+
C 45+
+
+C 107C 101Q 32DGS
T P3
IC 11
1
89
16
X 2
CF1 ( F )
R 47
R 48
R 49
IC 5
1
1213
24
+
D 11C 54R 60
R 99
R 97
R 91
C 173+
Q 13
C 106
C 105
R 80
R 74
C 63
Q 8
ST
C40
R 57
S Q 2
CN 1
ER8
R7
R6
C12
C 11
C 14
E
C 3
C1C2FW
O PSQ
C45CR D 2
RD 1TD 2
TD 1
DEO
IC 9
I
G
O
++
+
++
D 37
+ B+
J1E X T. S P
R85
D 16
C 15
C N 3
D7
C10
3
1
L O K/D TC /T X S/F S WM MLO K/A M
3
1
SB
E
H O R
CN 4
E
J72-0 809-0 2 A /2
L 222L220
T C 1
TV
C 228
L209
C 225
R 324
R 139
R 404
C 250+
C 295
B POB P
TK -
63
T X -R X  U NIT  ( X 57-6 480-X X) ( A /2 )  C om ponen t s id e v ie w  +  F o il  s id e
-1 0 : K    - 1 1 : K 2   - 1 2 : H K   - 1 3 : H K2
Com ponen t s id e
Fo il s id e
Patte rn  1
P atte rn  2
P atte rn  3
P atte rn  4
C onnect 1  a n d 4
	 R ef N o.	 A ddre ss	 IC 1	 9G	 IC 2	 13M	 IC 3	 10O	 IC 4	 8O	 IC 5	 10M	 IC 6	 6G	 IC 7	 9M	 IC 8	 10M	 IC 9	 10O
	 IC 10	 8R	 IC 11	 12 J	 IC 12	 9L	 IC 13	 6L
	R ef N o.	 A ddre ss	 IC 14	 6O	 IC 15	 10 P	IC 201 	 6G	IC 202 	 13 E	IC 300 	 10 H	IC 400 	 2I	IC 401 	 7F	 Q1	 8O	 Q2	 12 F
	 Q3	 11 F	 Q4	 11R	 Q5	 10S	 Q6	 10R
	R ef N o.	 A ddre ss	 Q7	 9E	 Q8	 9O	 Q9	 9Q	 Q 10	 7M	 Q 11	 7M	 Q 12	 7L	 Q 13	 7M	 Q 15	 12I	 Q 16	 11 J
	 Q 17	 6G	 Q 18	 11 J	 Q 19	 4O	 Q 20	 5M
	R ef N o.	 A ddre ss	 Q 21	 7F	 Q 22	 10Q	 Q 23	 10 J	 Q 24	 10 J	 Q 25	 10Q	 Q 26	 10Q	 Q 27	 7P	 Q 28	 8P	 Q 29	 6E
	 Q 30	 8Q	 Q 31	 8Q	 Q 32	 11 J	 Q 33	 7E
	R ef N o.	 A ddre ss	Q 20 2	 9C	Q 20 3	 7H	Q 20 4	 7J	Q 30 0	 9F	Q 30 1	 11G	Q 30 2	 11 F	Q 40 1	 7G	Q 40 2	 8O	Q 40 3	 8O	 D1	 13 P	 D2	 13Q	 D3	 13Q	 D4	 13 P
	R ef N o.	 A ddre ss	 D5	 13O	 D6	 12Q	 D7	 11R	 D8	 13 L	 D9	 12M	 D 11 	 9M	 D 12 	 12M	 D 13 	 13M	 D 14 	 12N
	 D 15 	 9F	 D 16 	 9R	 D 17 	 13 P	 D 20 	 8Q
	R ef N o.	 A ddre ss	 D 21 	 8Q	 D 22 	 11K	 D 23 	 11 L	 D 24 	 10R	 D 26 	 8P	 D 27 	 7C	 D 28 	 8Q	 D 30 	 6B	 D 31 	 8Q
	 D 32 	 5O	 D 34 	 8Q	 D 35 	 12N	 D 36 	 7E
	R ef N o.	 A ddre ss	 D 37 	 6P	D 206	 9B	D 207	 10B	D 208	 12B	D 209	 7H	D 210	 7J	D 211	 5F	D 212	 6E	D 213	 7D