A B C
A B C
D
D
E F G H
E F G H
R E V I S I O N S
R E V I S I O N S
1
Pre-Production
DATEREV DESCRIPTION
DATEREV DESCRIPTION
020613
APPD
APPD
1
1
1
1
F100 Value
Model
ZR500
ZR1000
ZR1600
2
2
ZR500 IEC INLET
INCORPORATES
MAINS FUSE F100
FILTERED
IEC POWER
INLET
3
3
L
E
N
GRN/ YEL CONDUCTOR
ATTACHED TO DEDICATED
CHASSIS STUD
! PROTOTYPE ONLY !
DO NOT DUPLICATE
OR DISTRIBUTE!
4
4
100V
6A
12.5A
??A
117V
6A
12.5A
??A
BRN
GRN/YEL
BLU
234V
4A
6A
10A
POWER SWITCH
"STANDBY"
CHASSIS MOUNTED
MAINS FUSE F100
ZR1000, ZR1600
"ON"
"OFF"
2
2
BRN
BLK
RED
WL101
WL102
WL109
WL110
WL111
C102
.1/ 250VAC
R101
33K 1W
MOF
"STANDBY"
LED
POWERUP
D101
AMBER AI
C103
.1/ 250VAC
K101
D102
1N4004
6
1
U101
PS7341-1A
R102
33K 1W
MOF
R104
51 (F)
117/234V
P103
1
2
3
4
PWRGND
-VLIN
5
6
P104
1
2
3
4
5
6
R103
3.6K
R109
3.6K
R105NTC
K102
C101
.1/250V
R108
51 (F)
2 4
D103
1N4004
TRANSFORMER
PRIMARY SOCKET,
117V OPERATION
TRANSFORMER
PRIMARY SOCKET,
234V OPERATION
POWER XFMR
PRIMARY
CONNECTOR
1
2
3
4
5
6
! PROTOTYPE ONLY !
DO NOT DUPLICATE
TRANSFORMER
BRN
WHT
BLK
BLU
117V
0V
117V
0V
HV PHASE 1
CT
HV PHASE 2
LV PHASE 1 ORG
CT
LV PHASE 2
RED
BLK
YEL
WHT
WHT
GRY
VIO
POWER XFMR
SECONDARY
CONNECTOR
1
2
3
4
5
6
7
8
9
3
3
4
4
OR DISTRIBUTE!
BRN
BLU
1 1b
1a
5
5
5
5
NOTES
S C H E M A T I C:
6
6
DCBA
DCBA
PROPRIETARY NOTICE
PROPRIETARY NOTICE
THE INFORMATION CONTAINED IN THIS DOCUMENT IS
THE INFORMATION CONTAINED IN THIS DOCUMENT IS
PROPRIETARY TO PHOENIX GOLD / CARVER PROFESSIONAL
PROPRIETARY TO PHOENIX GOLD / CARVER PROFESSIONAL
AND SHALL NOT BE REPRODUCED OR DISCLOSED IN WHOLE OR
AND SHALL NOT BE REPRODUCED OR DISCLOSED IN WHOLE OR
IN PART WITHOUT PRIOR AUTHORIZATION FROM PHOENIX GOLD
IN PART WITHOUT PRIOR AUTHORIZATION FROM PHOENIX GOLD
CARVER PROFESSIONAL
CARVER PROFESSIONAL
E F
E F
P R O F E S S I O N A L
P R O F E S S I O N A L
APPD DATE
APPD DATE
ENGR
ENGR
APPD DATE
APPD DATE
CHK
CHK
S C H E M A T I C:
ZR SERIES
ZR SERIES
SIZEBDATE ; DWG No.
SIZEBDATE ; DWG No.
Fri Oct 04, 2002
Fri Oct 04, 2002
FILE ;
zrmaster.sch
FILE ;
zrmaster.sch
DRAWN ;
DRAWN ;
BH
BH
G
G
POWER SUPPLY
8000.0481
8000.0481
TIME;
11:37:49
TIME;
11:37:50
6
6
REV
REV
1
1
5
5
1
OFSHEET
OFSHEET
H
H
A B C
A B C
D
D
E F G H
E F G H
R E V I S I O N S
R E V I S I O N S
1
Pre-Production
DATEREV DESCRIPTION
DATEREV DESCRIPTION
020613
APPD
APPD
1
1
2
2
! PROTOTYPE ONLY !
DO NOT DUPLICATE
OR DISTRIBUTE!
.1/250V
D109
MB254W
C106
C107
.1/250V
PS-UP
.1/250V
C110
+
C111
.1/250V
0.1
C104
C108
4700/35V
C105
0.1
WL106
WL107
WL108
WL103
WL104
WL105
F104
2A
F105
2A
D106 1N4004
D107 1N4004
D108 1N4004
D104 1N4004
D105 1N4004
Leads from
3
3
4
4
Power Xfmr
Secondary
HV Phase 1
Thermal Sw 1
HV Phase 2
Thermal Sw 2
18V Phase 1
18V Phase 2
(ZR500 Only)
CT 1
CT 2
P101
P105
1
2
3
4
THERMALSW
5
6
7
8
9
1
2
CAP VALUES, C116~C121:
ZR500 4700uF/80V 205-00194-00
ZR1000 10000uF/80V 2905.0109
ZR1600 10000uF/100V 2906.0109
10000/80V
0.1
C112
C114
0.1
10000/80V
+VLIN
C126
C113
10/35V
0.10
C109
4700/35V
-VLIN
C127
10/35V
C115
0.10
10000/80V
C116
C117
10000/80V
1
IN
IN
10000/80V
C118
C119
U102
7815F
2
U103
7915F
C120
C121
10000/80V
3
OUT
2
1
OUT
3
R106
4.7K 2W
R107
4.7K 2W
C122
0.10
C123
0.10
C124
100/25V
C125
100/25V
F102
F103
VSPOS
PWRGND
VSNEG
+15V
-15V
F102, F103 Values
Model
F102, F103
ZR500 8A T
ZR1000 10A T
ZR1600 16A T
A
E104
! PROTOTYPE ONLY !
DO NOT DUPLICATE
OR DISTRIBUTE!
1
1
2
2
3
3
4
4
NOTES
5
5
S C H E M A T I C:
6
6
DCBA
DCBA
PROPRIETARY NOTICE
PROPRIETARY NOTICE
THE INFORMATION CONTAINED IN THIS DOCUMENT IS
THE INFORMATION CONTAINED IN THIS DOCUMENT IS
PROPRIETARY TO PHOENIX GOLD / CARVER PROFESSIONAL
PROPRIETARY TO PHOENIX GOLD / CARVER PROFESSIONAL
AND SHALL NOT BE REPRODUCED OR DISCLOSED IN WHOLE OR
AND SHALL NOT BE REPRODUCED OR DISCLOSED IN WHOLE OR
IN PART WITHOUT PRIOR AUTHORIZATION FROM PHOENIX GOLD
IN PART WITHOUT PRIOR AUTHORIZATION FROM PHOENIX GOLD
CARVER PROFESSIONAL
CARVER PROFESSIONAL
E F
E F
P R O F E S S I O N A L
P R O F E S S I O N A L
APPD DATE
APPD DATE
ENGR
ENGR
APPD DATE
APPD DATE
CHK
CHK
S C H E M A T I C:
ZR SERIES
ZR SERIES
SIZEBDATE ; DWG No.
SIZEBDATE ; DWG No.
Fri Oct 04, 2002
Fri Oct 04, 2002
FILE ;
zrmaster.sch
FILE ;
zrmaster.sch
DRAWN ;
DRAWN ;
BH
BH
G
G
POWER SUPPLY
8000.0481
8000.0481
TIME;
11:37:52
TIME;
11:37:53
1
1
2
OFSHEET
OFSHEET
H
H
REV
REV
5
5
6
6
5
5
A B C
A B C
D
D
E F G H
E F G H
R E V I S I O N S
R E V I S I O N S
1
Pre-Production
DATEREV DESCRIPTION
DATEREV DESCRIPTION
020613
APPD
APPD
1
1
C209
R211
+15V
10R0
0.10
D201 BZT52C7V5
8
U201:A
4
10R0
R267
10R0
8
U202:A
4
R268
10R0
U202:B
1.00 K
7.5V
R219
1
1
D202
7
562
-15V
+15V
R216
2.21 K
-15V
LEVEL
BYPASS
OFF
-15V
Level
Bypass
R220 200K
6
5
SIGNAL_PRESENT_1
CHANNEL 1
MASTER
LEVELR212
CH1_SIGNAL
CH1_WIPER
ON
S201
CHANNEL 2
MASTER
LEVEL
CH2_WIPER
BZT52C7V5D203
LM833
+
U201:B
A
CH2_SIGNAL
7.5V
7
C215 0.47
C216
10uF/35V NP
A
R221
562
R223
4.99K
A
HIGHPASS
FILTER
C217
0.47
C218
10uF/35V NP
SIGNAL_PRESENT_2
HIGHPASS
FILTER
R225
4.99K
6
5
OFF
A
LM833
+
C241
A
A
C242
0.10
OFF
0.10
2
3
ON
U203:B
S202
LM833
+
7
8
4
ON
R269
10R0
1
U205:A
R270
10R0
S203
A
C219
0.10
F1: 80Hz
C220
0.47
F2: 40Hz
+15V
C221
0.10
-15V
F1: 80Hz
C222
0.47
F2: 40Hz
A
C223
0.10
R226
20.0 K
C224
0.47
R227
11.5K
HIGHPASS
FREQUENCY
C225
0.10
R228
20.0 K
C226
0.47
R229
11.5K
HIGHPASS
FREQUENCY
100pFC227
R240
2.21 K
R243 11.5K
6
LM833
5
+
A
R238
C211
9.09K
R213
8
4
10R0
1
U203:A
R214
10R0
+15V
1.59x/ 4.03dB
-15V
A
R236
A
15.4K
R232
A
20.0 K
A
0.10
2
3
C212
0.10
LM833
+
! PROTOTYPE ONLY !
DO NOT DUPLICATE
R233
11.5K
A
40Hz
80Hz
S204
R230
6.81 K
R222
6.81 K
100pFC228
R231
A
15.4K
R234
20.0 K
A
R235
11.5K
A
40Hz
6
5
80Hz
R239
9.09K
LM833
+
S205
7
U205:B
6.81 K
OR DISTRIBUTE!
D204
R237
6.81 K
80Hz
-15V
40Hz
R244 11.5K
R241
2.21 K
D205
R224
A
A
A
C213
0.10
2
3
C214
0.10
80Hz
-15V
40Hz
LM833
+
C207
100pF
R208
2.21 K
R209
200K
C210
C239
A
A
A
C240
OPEN
OPEN
2
3
0.10
0.10
2
3
0.10
R275
R218
6
5
LM833
+
LM833
+
LM833
+
t=50ms
C206
R207
1.00 K
47/16V
2
2
! PROTOTYPE ONLY !
DO NOT DUPLICATE
OR DISTRIBUTE!
Cable to
Input Module
P201
1
3
3
4
4
2
3
4
5
R202
10.0 K
A
R201
10.0 K
+15V
POWERUP
-15V
DRIVE_OUT_CH1
DRIVE_OUT_CH2
THERMISTOR
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
+15V
R203
3.32 K
C201 0.47
C202 10uF/35V NP
C204 0.47
C205
10/35V
Thermistor tracks
amplifier heatsink
R204
temperature
1K
A
10uF/35V NPC203
A
R205
100K
R206
2.21 K
A
0.775V
NOTES
5
5
C208
47/16V
R210
+15V
+15DEC
4.00V
5.66V
C229 100pF
7
U206:B
C230 100pF
R215
10R0
8
1
U207:A
4
R217
10R0
10R0R245
CLIP
LIMITER
OFF
+15V
-15V
+15DEC
100R248
A
R249 7.50 K
R250 39.2 K
100R251
A
ON
S206
R273
OPEN
R242
6.81 K
100R252
A
R253 7.50 K
R254 39.2 K
100R255
A
A
C232
A
C231
0.10
R263
10.0 K
A
0.10
3
2
LM13600
4
A A
10.0 K
R265
14
15
LM13600
13
11
1
U204:A
7
6
R256 10R0
C235
470pF
R264
10.0 K
C236
220pF
A
D206
-15V
Clip Limiter
C237
470pF
10.0 K
R266
16
U204:B
10
8
5
A
9
12
-15V
C243
A
0.10
2
3
A
C244
0.10
CLIP_LIMIT_1
CLIP_LIMIT_2
6
5
C238
220pF
A
LM833
+
LM833
+
10.0 KR257
R259
150 K
8
4
U207:B
10.0 KR258
R260
150 K
R271
10R0
1
U206:A
R272
10R0
7
+15V
-15V
C233
R246
100
R247
100
C234
100/25V
-15V
100/25V
-15V
267R261
267R262
LIMIT1
CH1-INPUT
To J601
Sht 2
To J602
Sht 2
CH2-INPUT
LIMIT2
1
1
2
2
3
3
4
4
5
5
S C H E M A T I C:
6
6
DCBA
DCBA
PROPRIETARY NOTICE
PROPRIETARY NOTICE
THE INFORMATION CONTAINED IN THIS DOCUMENT IS
THE INFORMATION CONTAINED IN THIS DOCUMENT IS
PROPRIETARY TO PHOENIX GOLD / CARVER PROFESSIONAL
PROPRIETARY TO PHOENIX GOLD / CARVER PROFESSIONAL
AND SHALL NOT BE REPRODUCED OR DISCLOSED IN WHOLE OR
AND SHALL NOT BE REPRODUCED OR DISCLOSED IN WHOLE OR
IN PART WITHOUT PRIOR AUTHORIZATION FROM PHOENIX GOLD
IN PART WITHOUT PRIOR AUTHORIZATION FROM PHOENIX GOLD
CARVER PROFESSIONAL
CARVER PROFESSIONAL
E F
E F
P R O F E S S I O N A L
P R O F E S S I O N A L
APPD DATE
APPD DATE
ENGR
ENGR
APPD DATE
APPD DATE
CHK
CHK
S C H E M A T I C:
ZR SERIES
ZR SERIES
SIZEBDATE ; DWG No.
SIZEBDATE ; DWG No.
Fri Oct 04, 2002
Fri Oct 04, 2002
FILE ;
zrmaster.sch
FILE ;
zrmaster.sch
DRAWN ;
DRAWN ;
BH
BH
G
G
SIGNAL PROCESSING
8000.0481
8000.0481
TIME;
11:37:54
TIME;
11:37:54
6
6
REV
REV
1
1
5
5
3
OFSHEET
OFSHEET
H
H
+15V
R324
100K
Q301
A56
C313
1/50V
CLIP_LIMIT_1
R327
100K
+15/
+5.3
CLIP_LIMIT_2
R328
100K
C314
0.10
C315
0.10
D
D
R329
1.5K 1/4W
5%
D306
D307
D309
R330
22.6 K
+10.2/
+8.8
22.6 K
D329
AMBER AI
R332
1.00 K
R334
100K
R335
47.5 K
R333
1.00 K
R331
R336
100K
R337
47.5 K
D308
C318
100/25V
C316
0.10
C317
0.10
H-MUTE
LM339
LM339
LM339
LM339
R338
100K
2.5V
10.0 K
R339
U301:C
U301:D
U302:C
U302:D
3.2V
6.1V
U303:B
LM339
U304:B
LM339
+15V
LM339
R344
47.5 K
R340
47.5 K
R342
1.5K 1/4W
R345
47.5 K
R341
47.5 K
R343
1.5K 1/4W
C319
0.10
E F G H
E F G H
R E V I S I O N S
R E V I S I O N S
1
+15V
R366
36.5 K
Pre-Production
D330
1N5233B
C323
10/35V
Q305
A06
R365
10.0 K
D313
R367
10.0 K
NOTES
+VLIN
C324
10/35V
R370
18
2W
Q306
A06
Q307
2SC5248E
1
2
J302
R346
10.0 K
U304:A
CLIPLED1
AMP-ON
Q302
A56
LIMIT1
R347
10.0 K
R348
4.32 K
3.2V
U303:C
+15V
OVERLOAD
READY_LED
LM339
R349
4.99K
2.5V
+15V
D328
GREEN AI
R352
1.5K 1/4W
5%
U303:D
3.2V
LM339
6.1V
R353
6.04 K
U304:C
U304:D
R354
47.5 K
R355
1.50 K
3.2V
+15V
+15V
R356
10.0 K
D310
12.5V 2.5V
R351
13.0 K
C320
10/35V
LM339
LM339
10.0 K
R350
D311
OLOAD1
R357
10.0 K
OLOAD2
R358
4.99K
PROTECT_LED
R359
1.5K 1/4W
5%
R360
10.0 K
C321
33/16V
D312
+15V
D327
RED AI
R361
4.99K
THERMISTOR
R362
1.5K 1/4W
5%
Q304
A06
R319
10.0 K
C329
0.1
! PROTOTYPE ONLY !
DO NOT DUPLICATE
CLIPLED2
Q303
A56
OR DISTRIBUTE!
LIMIT2
J301
RCV
SEND
1
2
R375
200 (F)
1/4W
R376
100 (F)
1/4W
D320
Q310
A56
D321
D322
+15V
R377
68.1 K
R378
150 K
R379
15.4K
D323
Power Sequencing
C325
220/35V
R380
47.5 K
C326
0.1
D324
R381
10.0 K
R382
10.0 K
Q311
A06
D325
D326
R383
51.1
Q312
A56
R384
267
POWERUP
DATEREV DESCRIPTION
DATEREV DESCRIPTION
020613
APPD
APPD
1
1
2
2
3
3
4
4
5
5
A B C
A B C
P302
D305
C312
0.10
U303:A
R321
18K
5%
R325
22.6 K
R322
47.5 K
D303
R326
22.6 K
R323
47.5 K
D304
THERMAL_LED
CLIP_ELIM_CH1
CLIP_ELIM_CH2
1
1
1
Cable from
Display Assy
2
2
3
3
4
4
Signal Presence Ch#1
Signal Presence Ch#2
-15V
+15V
Sig Com
Ch2 Wiper
CH2 Signal
Sig Com
CH1 Wiper
CH1 Signal
Powergnd
Comm/Alert
Clipped Ch#2
Display Ch#2
Clipped Ch#1
DIsplay Ch#1
Amplifier On
Protect
Thermal
P301
Digital Interface
Cable Header
5
5
-15V
2
+15V
3
A
4
CH2_WIPER
5
CH2_SIGNAL
6
A
7
CH1_WIPER
8
CH1_SIGNAL
9
10
11
COMM/ALERT
12
CLIPLED2
13
DISPLAY2
14
CLIPLED1
15
DISPLAY1
16
SIGNAL_PRESENT_1
17
READY_LED
18
SIGNAL_PRESENT_2
19
PROTECT_LED
20
THERMAL_LED
R308, R309, R368, R369 Values:
R308
Model R309 R369
5.49k
ZR500 5.49k 0 Ohm
4.75k
6.49k
IOUT-CH1
R312, R313 Values:
Model
ZR500
ZR1000
ZR1600
10 Ohm (F) 1/4W 5%
1
2
COMM/ALERT
3
IOUT+CH1
4
IOUT-CH1
5
6
7
8
9
10
11
IOUT-CH2
12
13
IOUT+CH2
14
IOUT-CH2
15
16
17
CLIP_ELIM_CH1
18
CLIP_ELIM_CH2
19
OLOAD1
20
OLOAD2
R368
0 Ohm
4.75k
4.75kZR1000 4.75k
6.49k
6.49kZR1600 6.49k
R368
R309
See list
See list
R313
R312
56.2k
56.2k
95.3k
95.3k
R301
VSPOS
R308
See list
R303
2.21 K
130k130k
R369
See list
THERMALSW
THERMISTOR
! PROTOTYPE ONLY !
DO NOT DUPLICATE
OR DISTRIBUTE!
C327
1.00 K
R305
1.00 K
C302
470pF
10.0 K
R310
0.10
2
3
C328
0.10
R312
See list
C303
.0033
R313
See list
C304
.0033
6
5
C306
220pF
LM833
+
LM833
+
R302
2.21 K
R307
10.0 K
VSPOS
VSNEG
10.0 K
R306
C301
470pF
R311
10.0 K
C305
220pF
R304
R363
Threshold:
0.40V Lobound
0.48V LoBound
R385
10R0
8
1
U305:A
4
R386
10R0
R314
20.0 K
R315
20.0 K
7
U305:B
+15V
100K
+15V
-15V
D301
D302
BAS16
R318
10.0 K
PS-UP
+15V
-15V
R364
10.0 K
C322
0.10
LM339
LM339
R320
1.00M
+15V
C308
U301:A
C310
U301:B
LM339
R316
4.99K
0.10
0.10
R317
93.1 K
C307
0.10
DISPLAY1
CLIP DETECTOR CHANNEL 1
+15V
C309
0.10
LM339
U302:A
C311
-15V
0.10
LM339
U302:B
DISPLAY2
CLIP DETECTOR CHANNEL 2
S C H E M A T I C:
6
6
DCBA
DCBA
PROPRIETARY NOTICE
PROPRIETARY NOTICE
THE INFORMATION CONTAINED IN THIS DOCUMENT IS
THE INFORMATION CONTAINED IN THIS DOCUMENT IS
PROPRIETARY TO PHOENIX GOLD / CARVER PROFESSIONAL
PROPRIETARY TO PHOENIX GOLD / CARVER PROFESSIONAL
AND SHALL NOT BE REPRODUCED OR DISCLOSED IN WHOLE OR
AND SHALL NOT BE REPRODUCED OR DISCLOSED IN WHOLE OR
IN PART WITHOUT PRIOR AUTHORIZATION FROM PHOENIX GOLD
IN PART WITHOUT PRIOR AUTHORIZATION FROM PHOENIX GOLD
CARVER PROFESSIONAL
CARVER PROFESSIONAL
E F
E F
P R O F E S S I O N A L
P R O F E S S I O N A L
APPD DATE
APPD DATE
ENGR
ENGR
APPD DATE
APPD DATE
CHK
CHK
S C H E M A T I C:
ZR SERIES
ZR SERIES
SIZEBDATE ; DWG No.
SIZEBDATE ; DWG No.
Fri Oct 04, 2002
Fri Oct 04, 2002
FILE ;
zrmaster.sch
FILE ;
zrmaster.sch
DRAWN ;
DRAWN ;
BH
BH
G
G
CONTROL
8000.0481
8000.0481
TIME;
11:37:58
TIME;
11:37:58
6
6
REV
REV
1
1
5
5
4
OFSHEET
OFSHEET
H
H
A B C
A B C
D C S E R V O C H A N N E L 2
C426
A56
R409
100K
C425
0.47
R408
100K
U404:B
U402
1
IN3OUT
100pF
R416
10.0 K
TL072
7
2
A
R425 4.99K
A
C429
0.1
C430
0.1
R426
51.1
+
-
A
A
A
6
5
C434
0.10
0.10
R420
1.00M
R421
1.00M
C432
A
R422
10.0 K
+5V
A
100/25V
R402
R401
1
1
2
2
3
3
2.2K
1W 5%
0.10
Q401
2SC5248E
C401
D401
1N5263B
56V
D401 Value:
ZR500 1N5263B 500mW
ZR1000, ZR1600 1N4758A 1W
1 Ohm (F)
U401
LM2594HVN-12
1 2
3
5
C409
22/63V
6
R403, R405 Values:
ZR500, ZR1000 130k
ZR1600 100k
47
8
L401
330uH .54A
D402
MUR120
+VLIN
OVERLOAD
AMP-ON
CH1-INPUT
CH2-INPUT
C403
100pF
C404
100pF
C405
100pF
VN12REF
C418
100/25V
VSNEG
C406
100pF
R404 160 2W
100/25V
DCSERVOIN2
R403
100K
DCSERVOIN1
C421
C420
0.47
A A
R405
100K
C460
0.10
Q402
Break Before Make Delay Settings
4
4
! PROTOTYPE ONLY !
DO NOT DUPLICATE
C436
0.22
C427
A
0.10
8
1
TL072
4
C428
A
0.10
R423
29.4 K
R424
10.0 K
+5V
C435
R427
OPEN
R428
0 Ohm
BBM0
A
BBM1
BBM0
GND GND
GND
OPEN
OPEN GND 65ns
OPEN
OPEN
R411
100
-
+
R412
100
H-MUTE
VSPOS
VSNEG
R429
OPEN
R430
OPEN
BBM1
Delay
145ns
105ns
25ns
2
3
OR DISTRIBUTE!
5
5
6
6
D C S E R V O C H A N N E L 1
C422
100pF
R410
10.0 K
C423
R406
+15V
100
0.10
A
U403:A
-15V
1
R407
100
8
TL072
4
+
C424
0.10
R417
2
-
10.0 K
3
A
C431
0.10
A
+5V
R418
A
U403:B
TL072
7
29.4 K
R419
10.0 K
C433
0.22
R431
1.00M
6
5
+
A
D
D
R432
DCSOUT2
1.00M
+15V
U404:A
A
-15V
OV/UV Shift Resistors
R468 R469
Model
OPEN
ZR500
OPEN
ZR1000
ZR1600
R470
OPEN
R472 OPEN
R469 221k
R471 OPEN
0.001uF
324kR468
C491
KELVIN1
KELVIN2
C407
100pF
C490
0.001uF
DEFAULT
R433
Current Limit
Settings
Model
ZR500
ZR1000
15.4K
R434
15.4k
6.04k
ZR1600 6.04k
DCSOUT1
DCBA
DCBA
E F G H
E F G H
OPEN
OPEN
221k324k
U405
ZR500
TA0103A
ZR1000,
TA0104A
ZR1600
R434
15.4K
A A
I LimitR433
28A15.4k
45A6.04k
45A6.04k
PROPRIETARY NOTICE
PROPRIETARY NOTICE
THE INFORMATION CONTAINED IN THIS DOCUMENT IS
THE INFORMATION CONTAINED IN THIS DOCUMENT IS
PROPRIETARY TO PHOENIX GOLD / CARVER PROFESSIONAL
PROPRIETARY TO PHOENIX GOLD / CARVER PROFESSIONAL
AND SHALL NOT BE REPRODUCED OR DISCLOSED IN WHOLE OR
AND SHALL NOT BE REPRODUCED OR DISCLOSED IN WHOLE OR
IN PART WITHOUT PRIOR AUTHORIZATION FROM PHOENIX GOLD
IN PART WITHOUT PRIOR AUTHORIZATION FROM PHOENIX GOLD
CARVER PROFESSIONAL
CARVER PROFESSIONAL
E F
E F
C437
0.1
C458
VN12REF
R438
100K
R435
1.00M
4.7 Ohm 1W
R436
100K
0.1
4.7 Ohm 1W
R437
1.00M
4.7 Ohm 1WR440
Q403
R439
Q404
C438
18pF
C459
C439
18pF
R441
Q405
R442
4.7 Ohm 1W
Q406
C447
0.1
100V
R443
0.01
3W
R444
0.01
3W
R447
1W1K
VSNEG
VSPOS
0.1
R448
1W
1K
R445
0.01
R446
0.01
P R O F E S S I O N A L
P R O F E S S I O N A L
APPD DATE
APPD DATE
ENGR
ENGR
D406 D405
D407
D408
C446
0.1
100V
C448
0.1
100V
C450
C451
.1/250V
C452
C445
C453
.1/250V
C444
0.1
0.1
VSPOS
0.1
0.1
VSNEG
VSPOS
100V
100V
VSNEG
100V
100V
APPD DATE
APPD DATE
CHK
CHK
L403
11.0u
0.10u
L402
11.0u
C455
C457
0.10u
C454
0.10u
C456
0.10u
R E V I S I O N S
R E V I S I O N S
C H A N N E L 1
DCSOUT2
C473
100pF
R456
R452
R454
10 (F)
10 (F)
0.02
39
R461
C463
0.10u
39
R462
39
KELVIN2
5W
C475
0.01
C469
100pF
R457
0 Ohm
C461
0.01
C474
100pF
R450
C462
0.10u
39
R459
39
R460
2W x 5
! PROTOTYPE ONLY !
DO NOT DUPLICATE
OR DISTRIBUTE!
C H A N N E L 2
DCSOUT1
C466
100pF
R453
R451
10 (F)
0.02
C477
C465
0.01
0.10u
C476
100pF
39
39
R46739R465
R466
R464
2W x 5
S C H E M A T I C:
S C H E M A T I C:
ZR SERIES
ZR SERIES
SIZEBDATE ; DWG No.
SIZEBDATE ; DWG No.
Fri Oct 04, 2002
Fri Oct 04, 2002
FILE ;
zrmaster.sch
FILE ;
zrmaster.sch
DRAWN ;
DRAWN ;
BH
BH
G
G
5W
39
R458
0 Ohm
KELVIN1
C478
0.01
C464
0.10u
39
R463
POWER AMPLIFIER
C472
100pF
L407
1.0u
C479
0.0033
C480
0.0033
L406
1.0u
R474
OPEN
IOUT+CH2
IOUT-CH2
C467
100pF
R455
10 (F)
L405
1.0u
C468
100pF
L404
1.0u
R473
OPEN
8000.0481
8000.0481
TIME;
11:38:02
TIME;
11:38:02
C481
0.0033
DATEREV DESCRIPTION
DATEREV DESCRIPTION
IOUT+CH1
IOUT-CH1
WL403
Channel 1
Output
WL404
C482
0.0033
H
H
E401
WL401
WL402
5
E402
APPD
APPD
REV
REV
1
1
OFSHEET
OFSHEET
Channel 2
Output
5
5
1
1
2
2
3
3
4
4
5
5
6
6
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