How it Works
CICLOTRON
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CPX2341SM
Schematic
8 pgs387.13 Kb0

CICLOTRON CPX2341SM Schematic

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Page 1
IN A
CO2 / A
CO3 / A
1
1 0 K 1 %
2
R2 0 4 / A
1
1 0 K 1 %
2
R2 1 6 / A
1
1 0 K 1 %
2
FL1 / A
1
1
FL2 / A
1 0 K
R1 8 / A
5
6
C4 0
R2 8
1 0 K
5
6
C5 7
R2 0 2 / A
1 0 K
3
2
C7 2
R2 1 4 / A
1 K
3
3
1 K
21
+
4 5 6 0 IC3 / A:2
-
21
+
4 5 6 0
IC6 / A:2
-
R2 0 1/ A
21
+
4 5 6 0
IC6 / A:1
-
R2 1 3 / A
1 6 K5
1 K 1 %
R1 / A
1 2
21
C1 / A
3 3 0 p F
1 2
21
1 K 1 %
R2 / A
7
OUT
21
5 6 pF
R1 9 / A
21
1 6 K5
1 9 0 Hz - 4 K1 Hz
7
OUT
21
5 6 pF
21
1 6 K5
VEE
9 0 0 Hz - 3 0 K Hz
4
- V
+ V
21
5 6 pF
2 K32 1 %
R2 15 / A
1
OUT
VCC
8
21
C3 / A 5 6 pF
R5 / A
9 K0 9
R3 / A
1 2
2
R4 / A
1 2
1
9 K0 9
C2 / A
5 6 pF
2
1
6
-
LM8 3 3
IC1 / A:2
5
+
1
R6 / A
5 K6 1 %
2
2 0 H z - 5 8 5 Hz
2D
21
P1 / A:4
1 0 0 KCX4
21
21
P2 / A:1
1 0 0 KCX4
21
21
P3 / A:1
1 0 0 KCX4
W D
W A
W A
3 K3 1 %
R2 0 / A
R2 00 / A
1 0 K
4 K7 1 %
R2 0 3 / A
R2 1 2 / A
1 0 K
INLEV4 A
21
5 K6 1 %
21
C3 0
1 0 0 K
C2 0 / A
1 2
8 2 K
2
4 5 6 0
3
1 0 0 K
C4 9
1A2 A
2
-
IC7 / A:1
3
+
1 A2A
2
-
4 5 6 0 IC1 0 / A:1
3
+
1 2
7
VCC
12
8
-
+ V
IC4 / A:1
- V
+
4
VCC
12
C1 0 0 / A
1 2
8
+ V
4 5 6 0
- V
4
VCC
C1 0 4 / A
1 2
8
+ V
OUT
- V
4
R9 / A
4 7 K
PRELEVELA
OUT
8 K2
OUT
1 K8
1
3 K6
R1 7 / A
2
R2 1 / A
3 K3 1 %
VEE
1
1
R2 05 / A
2
R2 0 6 / A
4 K7 1 %
VEE
1
1
R2 17 / A
2
R2 1 8 / A
2 K32 1 %
VEE
1
1 0 0 KW
VCC
2
-
LM8 3 3
IC1 / A:1
3
+
C3 8
1 0 0 K
3 K6
C5 3
1 0 0 K
3 K6
21
1 2
8
1 0 0 K
1 4
CAP3 1
1 0 0K
2
2 C
21
P1 / A:3
1 0 0 KCX4
21
2B
21
P2 / A:2
1 0 0 KCX4
21
2 B
P3 / A:2
1 0 0 KCX4
3 ,3 p FC7 / A
W
P8/ A
CAP3 0
21
VEE
W C
W B
W B
LEVEL
21
1
1 2
POSLEVELA
1C
6
5
1 B
6
5
1B
6
5
E6
1 2
1
1 u
1 0 K
2
8 2 K
C2 1 / A
1 2
-
4 5 6 0 IC4 / A:2
+
C1 0 1/ A
1 2
8 K2
-
4 5 6 0 IC7 / A:2
+
1 K8
C1 0 5 / A
1 2
-
4 5 6 0
IC1 0 / A:2
+
E7
1 u
R1 0 / A
OUT
OUT
OUT
2
6 K8
1
E8
1 2
1 u
7
1
2
R2 08 / A
7
1
4 K7 1 %
R2 0 7 / A
2
R2 2 0 / A
7
1
2 K3 2 1 %
R2 1 9 / A
2
R1 1/ A
R1 3 / A
1 2
1
2
3 K3 1 %
R2 2 / A
4 K1 2
R2 4/ A
4 K1 2
4 K1 2
1 K
4 7 K
R1 2 / A
2B
21
P1 / A:2
1 0 0 KCX4
21
P2 / A:3
1 0 0 KCX4
2C
21
P3 / A: 3
1 0 0 KCX4
1 K
R1 4 / A
1 2
1
1 0 K
C4 / A
2
W B
1B
W C
1C
W C
C3 3 1 0 0 K
2
3
1 0 0 K
C4 7
2
3
C6 3
1 0 0 K
2
-
4 5 6 0 IC1 1 / A:1
3
+
2
1 5 K
C5 / A
1
1 K
R1 5 / A
1 2
VCC
12
C2 2 / A
1 2
8 2 K
8
-
+ V
4 5 6 0
OUT
IC5 / A:1
- V
+
4
VCC
12
C1 0 2 / A
1 2
8 K2
8
-
+ V
4 5 6 0
OUT
IC8 / A:1
- V
+
4
VCC
12
1 K8
C1 0 6 / A
1 2
8
+ V
OUT
- V
4
1 K5
C6 / A
1
3 K6
1
1
2
R7 / A
2 2 0R
2
1
3
1
1
R8 / A
2
2
1
3 K6
R1 6 / A
R2 3 / A
2
3 K3 1 %
VEE
1
R2 0 9 / A
R2 10 / A
2
4 K7 1 %
VEE
1 2
1 0 0 K
1
3 K6
R2 21 / A
2 K3 2 1 %
R2 2 2 / A
2
VEE
C6 8
1 2
1 0 0 K
VCC
8
1 0 0 K
-
+ V
IC3 / A:1 4 5 6 0
- V
+
4
VEE
2 K2
21
P1 / A:1
1 0 0 KCX4
C3 5
1 0 0 K
21
2D
21
P2 / A:4
1 0 0 KCX4
C5 5
2D
21
P3 / A:4
1 0 0 KCX 4
C9
21
1
OUT
1 2
1 0 0 K C2 4
W A
W D
W D
1A2A
6
5
6
5
1D
6
5
1 0 uF
C4 3 / A
8 2 K
C2 3 / A
1 2
-
4 5 6 0 IC5 / A:2
+
8 K2
C1 0 3/ A
1 2
-
4 5 6 0 IC8 / A:2
+
1 K8
C1 0 7 / A
1 2
-
4 5 6 0
IC1 1 / A:2
+
LEVEL 1 A
W
P4 / A
1 0 KA
C1 6
1 2
21
1
R2 6 / A
1 2 K
2
R6 2/ A
1 0 K
R6 3 / A
1 2
1 0 K
7
OUT
1
1 6 K5
R2 5/ A
2
R6 4/ A
1 2
1 0 K
7
OUT
1
1 6 K5
R2 1 1 / A
2
7
OUT
1
1 2 K
R6 5/ A
1 2
INLEV4 A
CPX2 3 4 1 SM
1 0 K
2
21
-
IC1 8 / A:1 4 5 6 0
3
+
LEVEL 2 A
1 2
C2 8
1 K5
6
-
IC1 8/ A: 2 4 5 6 0
5
+
LEVEL 3 A
1 2
C4 2
2 2 pF
2
-
IC1 9 / A:1 4 5 6 0
3
+
LEVEL 4 A
1 2
2 2 pF
6
-
IC1 9 / A:2 4 5 6 0
5
+
8
+ V
- V
4
W
P5 / A
1 0 KA
21
W
P6 / A
1 0 KA
21
8
+ V
- V
4
C5 9
OUT
VEE
OUT
OUT
VEE
W
P7 / A
1 0 KA
CROSSOVER VARIAVEL
GANHO/ FILTROS P L3 7 2 A
1 6 K5
R2 2 3 / A
DATA: 0 2/ 0 7 / 2 0 0 3
2
PCB FEITA POR:
21
VCC
1
LEVEL1 A
C2 6
1 0 0 K
1 2
7
LEVEL2 A
VCC
1
LEVEL3 A
C5 1
1 0 0 K
21
7
OUT
FOLHA 1 / 6
C1 8
1 0 0 K
2
1
C4 5
1 0 0 K
2
1
21
LEVEL4 A
CANAL
A
PCB CON F. POR:
Page 2
LEVEL1 A
VEE
LEVEL2 A
VEE
4 7 uF
C4 0 0 / A
1 2
1 0 0K
5 K6
2 1
R7 8 / A
CO1 2
4 7 uF
C4 0 3 / A
21
1 0 0K
5 K6
R7 9 / A
CO2 0
CAP1
3 p3
2 1
5 K6
R3 0/ A
SW1/ A
1
3
5
7
9
5 K6
R4 2 0 / A
SW2/ A
1
3
5
7
9
VCC
2
1 2
1
2
1
CO9
4
6
8
1 0
1 2
FL6
1 K
1 2
VCC
2
1
1
2
CO1 8
4
6
8
1 0
1 2
1 2
OUT 1 A
FL4
1 K
1
CO4 0 0 / A
3
LED P HASE
1
CO4 0 1 / A
3
OUT 2 A
FL8
1 K
1
21
CO4 0 2 / A
3
LED P HASE
FL1 0
1 K
1
CO4 0 3 / A
3
1
7
6 K8
VCC
6 K8
VEE
1
2
VCC
2
R2 9
SIGNAL IN A
1
1
CO1 3
( VEE)
PEAK IN A
1
CO1 4
R8 8
( VEE)
+
4 7 0 R
2 1
PREL EVELA
D1 / A
1
-
1 N4 1 4 8
2
1
1 0 K
2
1
R5 6
6 K8
2 1
R4 1 / A
4 7 K
2
1 2
R3 2
4 7 K
POSL EVELA
1
D7 / A
2
1
R3 8 / A
2
R4 0/ A
1
C1 0
5 6 p F
2
1
C3 2/ A
5 6 p F
2
1 0 K
R3 1
1 N4 1 48
2
R3 3
2 7 K
1 2
R3 6
1 0 0K
1
VCC
2
-
IC1 6 / A:1
3
+
6
-
5
+
VCC
8
LM3 9 3N
4
IC1 6/ A: 2
LM3 9 3N
+
-
CPX2 3 4 1 SM
CROSSOVER VARIAVEL
F REV/ OUT- 1 / 2 P L3 72 A
DATA: 2 8/ 0 3 / 2 0 03
CANAL
A
FOLH A 2 / 6
PCB FEITA P OR:
1 0 0 R
R4 0 8 / A
21
1 0 0 K
VCC
2
-
IC1 2 / A:1
5 5 3 2
3
+
VEE
CAP2
1 2
R4 03 / A
6
-
IC1 2 / A:2 5 5 3 2
5
+
CAP3
1 0 0 R
1 2
VCC
2
-
IC1 4 / A:1 5 5 3 2
3
+
VEE
1 2
CAP4
R4 16 / A
6
-
IC1 4 / A:2
5 5 3 2
5
+
1 2
8
C7 6
1 0 0 K
1 2
4
C8 0
21
3 p3
1 0 K 1 %
3 p3
12
R4 1 4 / A
1 0 0 K
8
C8 8
1 0 0 K
4
C9 0
3 p3
21
1 0 K 1 %
1 0 0 R
R4 0 0 / A
1
R4 0 1 / A
1 2
7
1 0 0 R
21
1 0 0 R
R4 1 9 / A
1 2
1
21
R4 1 8 / A
7
1 0 0 R
4 7 uF
C4 01 / A
21
1 2
4 7 K
R4 0 2 / A
C4 02 / A
4 7 u F
4 7 uF
C4 0 6 / A
4 7 K
R4 1 7 / A
C4 0 7 / A
21
1 2
4 7 u F
1
2
11
21
1
4 7 K
R4 0 7 / A
2
21
1
2
11
1
CO6
CO1 6
R4 0 9 / A
1 0 K
2 1
1
4 7 K
2
R4 0 6 / A 1 0 K 1 %
R4 1 3 / A
1 0 K
1
4 7 K
2
R4 1 1 / A
1 0 K 1 %
2 1
R4 0 4 / A
12
12
R4 1 2 / A
1
R9 0 / A
2
MUTE
PB 1 0 / A
1
3
5
1
1
2
OUTMUTE1 A
4
6
VCC
1 2 0k
R5 5
1 2
4 7 K
4 7 0R
VEE
R8 6
6 K8
1
R5 7
6 K8
1
INBAL1 A
VCC
SIGNAL 1 A
VCC
SIGNAL 2 A
1
4 7 K
R3 4
2
1
R4 2
2
5
+
IC1 7 / A:A
4
-
1 2
LM3 3 9 NA
2
3
1 2
VCC
7
+
LM3 39 NA
IC1 7 / A:B
6
1
-
1
1 2
R6 7
2
R9 1/ A
2
MUTE
PB 1 1 / A
12
1
3
5
1
2
4
6
4 7 K
R4 15 / A
2
PCB CONF. P OR:
Page 3
LEVEL3 A
VEE
LEVEL4 A
4 7 uF
C4 0 4/ A
5 K6
R8 0 / A
CO2 6
4 7 uF
C4 0 5 / A
VEE
5 K6
R8 1 / A
CO3 2
CAP5
3 p3
12
5 K6
R4 2 1 / A
SW3/ A
5 K6
R4 2 2 / A
SW4/ A
1
3
5
7
9
VCC
1
2
4
6
8
10
12
VCC
2
4
6
8
1 0
1 2
2
1
FL1 2
1 K
CO2 4
FL1 4
1 K
1 2
2
FL1 6
1
1
CO3 0
FL1 8
1 2
OUT 3 A
1
21
CO4 0 4 / A
3
LED P HASE
1
CO4 0 5 / A
3
OUT 4 A
1 K
1
21
CO4 0 6 / A
3
LED P HASE
1 K
1
CO4 0 7 / A
3
+
-
+
-
1 0 0 R
R4 2 7 / A
1 2
8
CAP1 7
-
5 5 3 2 IC1 3 / A:1
+
4
1 2
R4 2 9 / A
1 0 K 1 %
-
IC1 3 / A:2 5 5 3 2
+
3 p3
R4 3 7 / A
1 2
VCC
CAP1 9
-
IC1 5 / A:1 5 5 3 2
+
VEE
1 2
1 0 K 1 %
-
IC1 5/ A: 2
5 5 3 2
+
1 0 0 K
1 0 0 K
CAP1 8
3 p3
21
1 0 0 K
8
4
3 ,3 p F
21
R4 3 1 / A
1 2
1
21
R4 3 2/ A
7
12
21
R4 4 1 / A
1 2
1
1 0 0 K
21
CAP2 0
21
7
1 0 0 R
1 0 0 R
1 0 0 R
R4 4 2 / A
1 0 0 R
4 7 uF
C4 0 8 / A
4 7 K
R4 3 0 / A
C4 0 9 / A
21
1 2
4 7 uF
4 7 uF
C4 1 0 / A
4 7 K
R4 3 8 / A
C4 1 1 / A
21
1 2
4 7 uF
21
1
1
3
2
5
7
9
1 1
1
4 7 K
R4 2 8 / A
2
21
1
2
11
1
4 7 K
R4 4 0 / A
2
21
1
1 0 0 K
R9 2 / A
2
R4 26 / A
1 0 K
VCC
12
2
3
1
VEE
4 7 K
R6 1
MUTE
PB 1 2 / A
12
1
3
5
1
21
1
1 0 0 K
R9 3 / A
2
R8 2
4 7 K
2
4
6
VCC
2
R7 3
4 7 K
1
1
R7 6
1 2 0 K
2
21
1
R8 5
4 7 0 R
2
LM3 3 9 NA
9
+
8
-
LM3 3 9N A
1 1
+
1 0
-
IC1 7 / A:C
IC1 7 / A:D
VCC
R7 5
1 4
21
6 K8
SIGNAL 3 A
1
VCC
R8 4
13
21
6 K8
SIGNAL 4 A
1
CO2 2
CO2 8
R4 2 4/ A 1 0 K 1 %
2 1
R4 3 6 / A
1 0 K
4 7 K
MUTE
PB1 3 / A
12
1
3
5
1
2
4
6
R4 3 4 / A 1 0 K 1 %
2 1
CAP6
2
6
5
CAP7
1 0 0 R
12
2
3
1
R4 3 5 / A
2
CAP8
R4 3 9 / A
6
5
CPX2 3 4 1 SM
CROSSOVER VARIAVEL
F REV/ OUT- 3 / 4 P L3 72 A
DATA: 2 8/ 0 3 / 2 0 03
PCB FEITA P OR:
PCB CONF. P OR:
FOLH A 3 / 6
CANAL
A
Page 4
IN B
CO2
1 2
1
CO3
1 2
1
1 2
1 0 K
R1 8
1
R2 7
1 0 K 1 %
2
1 2
1 0 K
R2 04
1
R2 02
1 0 K 1 %
2
1 2
1 0 K
R2 1 6
1
R2 1 4
1 0 K 1 %
2
FL1
1 K
3
3
1 K
FL2
5
+
4 5 6 0 IC3 :2
6
-
1 2
C3 9
1 2
5
+
4 5 6 0
IC6 :2
6
-
1 2
C5 6
1 2
3
+
4 5 6 0
IC6 : 1
2
-
1 2
C7 1
1 2
5 6 pF
R1 9
1 6 K5
5 6 pF
R2 0 1
1 6 K5
VEE
4
- V
+ V
8
5 6 pF
R2 1 3
1 6 K5
1 K 1 %
R1
3 3 0 pF
C1
9 K0 9
21
R3
2
R4
1
9 K0 9
21
1 K 1 %
R2
C2
5 6 p F
2 0 H z - 5 8 5 Hz
3 K3 1 %
R2 0
7
1 2
OUT
R2 0 0
1 2
1 0 K
1 9 0Hz - 4 K1 Hz
4 K7 1 %
R2 0 3
1 2
7
OUT
R2 1 2
1 2
1 0 K
9 0 0Hz - 3 0 KHz
2 K3 2 1 %
R2 1 5
1 2
1
OUT
VCC
INLEV4 B
6
21
5
21
1
2
5 K6 1 %
1
2
1 0 0 KCX4
1 0 0 KCX4
P3 :1
1 0 0 KCX4
C3
5 6 pF
1 2
5 K6 1 %
R5
1 2
-
LM8 3 3 IC1 : 2
+
R6
C2 9
1 0 0 K
W D
1D
P1 :4
1 0 0 K
W A
1 A2A
2
P2:1
3
W A
1A2A
2
3
2 1
C2 0
8 2 K
2
-
4 5 6 0
IC4 :1
3
+
2 1
C4 8
-
4 5 6 0
IC7 :1
+
C6 0
1 0 0 K
-
4 5 6 0 IC1 0 :1
+
7
VCC
VCC
VCC
12
+ V
- V
8
+ V
- V
4
8
+ V
- V
4
C1 04
8
OUT
4
R9
4 7 K
PRELEVELB
21
OUT
C1 00
8 K2
OUT
1 K8
21
1
3 K6
R1 7
2
R2 1
1 2
3 K3 1 %
VEE
1
1
R2 0 5
21
2
R2 0 6
1 2
4 K7 1 %
VEE
1
1
R2 1 7
21
2
R2 1 8
1 2
2 K3 2 1 %
VEE
1
1 2
VCC
2
-
LM8 3 3
IC1 :1
3
+
2C
C3 6
1 2
1 0 0 K
3 K6
2 B
C5 2
1 2
1 0 0 K
3 K6
2B
C3 7
1 2
1 0 0 K
3 ,3 pF
21
C7
W
P81 0 0 KW
CAP2 9
1 2
8
1 0 0 K
VEE
1 4
CAP2 8
1 0 0K
2
W C
P1 :3
1 0 0 KCX4
W B
P2 :2
1 0 0 KCX4
W B
P3 :2
1 0 0 KCX4
LEVEL
1
1 2
POSL EVELB
6
5
1B
6
5
1 B
6
5
E3
1 u
-
4 5 6 0 IC4 :2
+
-
4 5 6 0 IC7 :2
+
1 K8 C1 0 5
-
4 5 6 0
IC1 0 :2
+
1 2
1
1 0 K
2
8 2 K C2 1
C1 0 1
8 K2
E4
1 u
R1 0
21
OUT
21
OUT
21
OUT
2
6 K8
1
E5
1 2
1 u
3 K3 1 %
1 2
7
1
2
1 2
7
1
4 K7 1 %
2
R2 20
1 2
7
1
2 K3 2 1 %
R2 1 9
2
R1 1
1
2
R2 2
R2 4
4 K1 2
R2 0 8
R2 0 7
4 K1 2
4 K1 2
1 K R1 3
R1 2
4 7 K
2 B
1 0 0 KCX4
2C
1 0 0 KCX4
2C
1 0 0 KCX4
21
P1 :2
P2 :3
P3 :3
LEVEL 1 B
W
2
VCC
2
C5
1 5 K
1
1 K
R1 4
1
C4
1 0 K
2
1 K
R1 5
21
VCC
W B
1B
1 0 0 K
2
-
4 5 6 0 IC5 : 1
3
+
2 1
8
+ V
- V
4
VCC
C4 6
W C
1 C
8
2
-
+ V
4 5 6 0 IC8 :1
- V
3
+
4
VCC
-
+ V
4 5 6 0 IC1 1 :1
- V
+
C1 0 6
8
4
W C
1C
2
3
C2 2
8 2 K
OUT
C1 0 2
8 K2
OUT
1 K8
OUT
2 2 0R
21
1
C6
1 K5
2
21
1
3 K6
21
1
1
2 K3 2 1 %
21
2 1 2
1
R7
2
1
3
1
2
1
3 K6
R1 6
R2 3
2
1 2
3 K3 1 %
VEE
1
R2 0 9
R2 1 0
2 1 2
4 K7 1 %
VEE
3 K6
R2 2 1
R2 2 2
VEE
1 2
8
1 0 0 K
-
+ V
IC3 :1 4 5 6 0
- V
+
4
VEE
R8
2 K2
2 A 1 A
1 0 0 KCX4
2D
1 0 0 KCX 4
C5 4
21
1 0 0 K
P3 :4
1 0 0 KCX4
C8
OUT
1 0 0 K C1 9
P1 :1
P2 :4
W D
R6 2
1 2
1
1 0 u F
C4 3
1
1 2 K
R2 6
2
21
8 2 K C2 3
-
4 5 6 0 IC5 :2
+
21
OUT
W A
6
5
1 6 K5
8 K2
C1 0 3
21
W D
1D
6
-
4 5 6 0
OUT
IC8 :2
5
+
1 K8 C1 0 7
21
1D
6
-
5
4 5 6 0 IC1 1 :2
+
7
OUT
1 6 K5
1 2
1 0 K
R6 3
21
1 0 K
7
1
R2 5
2
R6 4
21
1 0 K
7
1
R2 1 1
1 6 K5
2
1
1 2 K R6 5
INLEV4 B
CPX2 3 4 1 SM
CROSSOVER VARIAVEL
GANHO/ FILTROS P L3 72 A
R2 2 3
DATA: 02 / 0 7/ 2 0 0 3
2
PCB FEITA P OR:
1 0 KA
1 2
C1 5
1 0 K
8
2
-
+ V
IC1 8 :1
4 5 6 0
- V
3
+
4
LEVEL 2 B
W
P5 1 0 KA
C2 7
1 2
1 K5
6
-
IC1 8 :2 4 5 6 0
5
+
LEVEL 3 B
W
P6
1 0 KA
C4 1
1 2
2 2 pF
8
2
-
+ V
IC1 9 :1
4 5 6 0
- V
3
+
4
LEVEL 4 B
C5 8
1 2
2 2 pF
21
6
-
IC1 9 :2 4 5 6 0
5
+
P4
21
OUT
VEE
OUT
OUT
VEE
W
P7 1 0 KA
21
21
OUT
C1 7
1 0 0 K
2
VCC
1
1
LEVEL1 B
C2 5
1 0 0 K
21
7
LEVEL2 B
C4 4
1 0 0 K
2
VCC
1
1
LEVEL3 B
C5 0
1 0 0 K
1 2
21
7
LEVEL4 B
CANAL
B
FOLHA 4 / 6
PCB CONF. P OR:
Page 5
LEVEL1 B
VEE
VEE
4 7 uF C4 00
5 K6
R7 8
CO1 1
VCC
R6 0
4 7 K
21
1 0 0K
1 2 0 K
4 7 0R
5 K6
R7 9
CO1 9
CAP9
3 p3
12
5 K6
R3 0
SW1
1
3
5
7
9
21
1
2
FL7
1 K
1 2
3
LED P HASE
FL9
1 K
3
VCC
2
1
1
2
CO8
4
6
8
10
12
1 2
OUT 2 B
1
CO4 0 2
21
1
CO4 0 3
FL3
OUT 1 B
1 K
1
21
CO4 0 0
3
LED P HASE
FL5
1 K
1
CO4 0 1
3
+
-
+
+
-
PRELEVELB
D1
1 N4 1 4 8
R6 9
6 K8
R4 1
4 7 K
1
POSLEVELB
2
1
1 0 K
R4 0
2
1
2 1
2
R8 7
4 7 K
1
2
1
2
1
C1 1
5 6 pF
2
1
C3 2
5 6 pF
2
D7
R3 8
1 0 K
4 7 0 R
R3 5
1 N4 1 48
VCC
12
2
21
R4 3
2 7 K
1 2
R5 4
1 0 0K
1
2
3
6
5
-
IC1 6 : 1
LM3 9 3
+
-
IC1 6 :2
LM3 9 3
+
8
4
VCC
VCC
VCC
CPX2 3 4 1 SM
CROSSOVER VARIAVEL
F REV/ OU T- 1 / 2 PL3 7 2 A
DATA: 2 8/ 0 3 / 2 0 0 3
PCB FEITA POR:
PCB CON F. POR:
1
7
VEE
1
VCC
CO4 0
VCC
6 K8
VEE
1
6 K8
R8 9
2
2
R3 7
SIGNAL IN B
1
1
CO7
( VEE)
PEAK IN B
1
CO1 0
( VEE)
1
CO1
1
GND
CO4 1
CANAL
FOLHA 5 / 6
B
1 0 0 R
R4 0 8
1 2
1 0 0 K
1
R4 0 9
1 0 K
R9 0
2
VCC
12
2
-
5 5 3 2 IC1 2 :1
3
1
+
VEE
4 7 K
R4 0 4
CAP1 0
R4 0 3
6
5
21
2 2 K
21
OUT
R4 1 4
21
1 0 0 K
8
C8 7
1 0 0 K
1 2 4
C8 9
21
3 p3
1 2
-
5 5 3 2 IC1 2 :2
+
1 0 0 K
7
1
1 2
7
MUTE
PB 1 0
12
1
3
5
1
1
2
4
6
OUTMUTE1 A
INBAL 1A
VEE
4 7 K
R3 9
2
1
R4 5
2
5
4
+
IC1 7 :A
-
1 2
LM3 3 9 NA
2
3
VCC
7
21
1
6
+
IC1 7 :B
-
LM3 39 NA
1
R6 8
2
R9 1
SUM A+ B
1
3
5
VCC
R4 4
21
6 K8
SIGNAL 1 B
1
VCC
R6 6
21
6 K8
SIGNAL 2 B
1
4 7 uF
C4 0 3
12
1
LEVEL2 B
1 0 0 K
2
1 WAY
SW5
CO5
CO1 5
2
4
6
R5 2
1 2
1 0 0 K
R4 6
2 2 K
2 2 K
2 1
R4 7
1 0 0 K
R5 3
R4 1 3
1 0 K
2 1
1
4 7 K
2
21
12
R4 1 2
MUTE
PB 1 1
12
1
3
5
1
2
4
6
R4 1 1
1 0 K 1 %
1 0 K 1 %
2 1
6
5
CAP1 2
1 0 0 R
VCC
2
3
VEE
CAP1 1
R4 1 6
12
6
5
2
R4 06
1 5 0 pF
C1 3
R4 8
-
4 5 6 0 IC9 :2
+
3 p3
2 1
1 2
-
5 5 3 2
IC1 4 :1
+
1 2
1 0 K 1 %
-
5 5 3 2 IC1 4 :2
+
8
C7 5
4
C7 9
3 p3
1 0 K 1 %
C8 3
2 1
1 0 K
R4 9
1 0 0 R
R4 19
R4 1 8
1 0 0 R
21
1 0 0 K
21
21
VCC
21
1 0 0 R
R4 0 0
1 2
1
R4 01
7
1 0 0 R
1 5 0 pF
21
2
3
4 7 uF C4 0 6
1 2
4 7 K
R4 1 7
C4 0 7
21
4 7 uF
4 7 uF C4 0 1
C4 0 2
21
1 2
4 7 uF
C1 4
21
R5 0
1 0 K
8
-
+ V
4 5 6 0
IC9 :1
- V
+
1 2
4
VEE
1
2
1 2
4 7 K
4 7 K
R4 0 2
21
OUT
C8 5
1 0 0 K
1
3
5
7
9
1 1
21
1
2
1
4 7 K
2
1
5 K6
R4 2 0
SW2
11
R4 0 7
SUBMONO
EL1
4 7 uF
1 0 0 K
R5 1
VCC
2
1
2
1
CO1 7
4
6
8
10
12
R4 15
Page 6
4 7 u F
C4 0 4
21
LEVEL3 B
1
1 0 0 K
2
VEE
5 K6
2 1
R8 0
CO2 5
1
4 7 uF C4 05
21
LEVEL4 B
1
1 0 0 K
2
VEE
5 K6
R8 1
CO3 1
ALIMENTACAO
CAP1 3
R9 2
PB 1 2
1
3
5
R9 3
2
4
6
VCC
1 2 0 K
R7 4
1 2
4 7 K
4 7 0 R
2
R7 0
4 7 K
1
1
9
R7 2
8
2
11
10
1
+
IC1 7 :C
-
+
IC1 7 :D
-
LM3 3 9 NA
14
LM3 39 NA
1 3
1 2
1 2
R8 3
2
VCC
R7 1
6 K8
SIGNAL 3 B
1
VCC
R7 7
6 K8
SIGNAL 4 B
1
CO2 7
MUTE
PB 1 3
12
1
3
5
1
2
4
6
R4 2 6
1 0 K
2 1
1
4 7 K
2
R4 2 4
1 0 K 1 %
CO2 1
R4 3 6
1 0 K
1
4 7 K
2
R4 34
1 0 K 1 %
2 1
R5 9
12
12
R4 35
1 0 0 R
VCC
2
-
5 5 3 2
IC1 3 :1
3
+
VEE
CAP1 4
1 2
R4 2 9
6
-
IC1 3: 2 5 5 3 2
5
+
CAP1 5
1 0 0 R
1 2
VCC
2
-
IC1 5: 1 5 5 3 2
3
+
VEE
1 2
CAP1 6
R4 3 9
6
-
IC1 5 :2
5 5 3 2
5
+
3 p3
2 1
R4 2 7
1 0 0 K
1 2
8
C9 3
1 2
4
C9 6
21
3 p 3
1 0 K 1 %
3 p3
R4 3 7
8
C9 7
4
3 ,3 pF
1 0 K 1 %
21
1 0 0 K
12
1 0 0 K
1 0 0 K
C9 8
21
1 0 0 R
R4 3 1
1
R4 3 2
1 2
7
1 0 0 R
21
1 0 0 R
R4 4 1
1 2
1
21
R4 42
7
1 0 0 R
4 7 uF C4 0 8
21
1 2
4 7 K
R4 3 0
C4 09
4 7 u F
4 7 uF C4 1 0
4 7 K
R4 3 8
C4 1 1
21
1 2
4 7 uF
VCC
2
5 K6
R4 21
1
SW3
1
3
2
5
7
9
11
21
1
4 7 K
R4 2 8
2
1 2
1
2
1
CO2 3
4
6
8
10
12
OUT 3 B
FL1 1
1 K
1
CO4 0 4
3
LED P HASE
FL1 3
1 K
21
1
CO4 0 5
3
+
-
VCC
2
5 K6
21
1
2
1
4 7 K
R4 4 0
2
R4 2 2
1
SW4
1
3
5
7
9
11
2
4
6
8
10
12
1
CO2 9
1 2
OUT 4 B
FL1 5
1 K
1
21
CO4 0 6
3
LED P HASE
FL1 7
1 K
1
CO4 0 7
3
+
-
+ 1 5V
GND
LIFT
- 15 V
CO?
CO?
CO?
CO?
2
4 R7
1
R?
1
1
4 R7
1
1
1 0 0 K
2
1
1 0 0 K
2
VCCVEE
C9 9
SW6
1
C1 1 0
3
5
2
4
6
2
1 0 0 R
R5 8
1 1
1 0 Kx 1 KV
C1 1 1
2
R?
JS3 :2
1
JS3 :1
REDE1
REDE2
CPX2 3 4 1 SM
CROSSOVER VARIAVEL
F REV/ OUT- 3 / 4 P L3 72 A
CANAL
B
DATA: 3 1/ 0 7 / 2 0 1 2 FOLHA 6 / 6
PCB FEITA POR:
PCB CON F. POR:
Page 7
PHASE REVERSE
PH ASE REVERSE
CO9
1
1
VM
2
CO2
1
2
L1 9
1
CO1 8
1
1
L3
VM
2
MUTE
CO2 0
1
2
AMA
L2 1
1
CO2 4
1
1
L8
VM
2
CO2 6
1
2
AMA
L2 0
1
CO3 0
1
1
L5
L9
VM
2
CO6
CO1 6
CO3 2
1
2
AMA
AMA
L2 2
1
CO2 2
1
- 1 5V
1
- 1 5V
1
1
2
1
2
1
2
- 1 5V
VRD
SIGNAL 1 A
L2
VRD
SIGNAL 2 A
L4
VRD
SIGNAL 3 A
L6
CO8
1
1
VM
2
CO1 7
1
1
L1 0
VAL
2
CO2 3
1
1
VM
L1 2
2
CO2 9
1
1
L1 1
L1 3
VM
2
CO5
CO1 5
MUTE
CO1 1
CO1 9
CO2 5
CO3 1
VRD
VRD
L1 4
1
L1
- 1 5V
1
1
SIGNAL 1 B
2
1
SIGNAL 2 B
2
- 1 5V
1
2
L1 5
1
1
2
AMA
L1 7
1
1
2
AMA
L1 6
1
1
2
CO2 1
AMA
AMA
L1 8
1
VRD
L2 3
1
1
SIGNAL 3 B
2
- 1 5V
CO1 3
CO1 4
1
VRD
L2 5
1
VRM
L2 8
1
SIGNAL MASTER
2
- 1 5V
1
PEAK MASTER
2
- 1 5V VCC
CO2 8
1
1
VRD
SIGNAL 4 A
L7
2
CO7
- 1 5V
CO1 0
CO4 0
1
CO1
1
VRD
L2 4
1
VRM L2 7
1
1
SIGNAL MASTER
2
- 1 5 V
1
PEAK MASTER
2
VCC
2 1
5 K6
R1 3
L2 9
VAL
ON
CO2 7
1
VRD
L2 6
VAL
CO4 1
21
1
- 1 5V
CPX2 3 4 1
CROSSOVER VARIAVEL
LEDS PL3 7 6
1
SIGNAL 4 B
2
DATA: 0 2/ 0 5 / 2 00 3
CANAL A CANAL B
- 1 5 V
PCB FEITA POR:
PCB CONF. P OR:
Page 8
CO1
AC1
CO3
AC2
1
1 0 0 K X2
1
0 ,5 A
F1
C2
21
3 4
1 2
TRACIC
L1
1 N4 00 7
2
D2
1
1 N4 00 7
2 K2x2 KV
C5
D1
1 N400 7
D4
3 3 u Fx 4 0 0V
( 2 2u Fx4 0 0V - MXM)
21
2
D3
21
1 N400 7
1
TS0 4
E2
1
1
5 6 0 K
R1
2
2 2
1
3 3 0 pFx 4 0 0 V
C1
2
STTH1 R0 6
D7
1
5
6
7
8
9
1 0
3
4
1
2
UF4 00 7
D5
2
2 2 0 u F
E3
2 2 u H
L2
1 2
2
1
2
1
4 7 u F E1
- 1 5 V
1
CO2
TR1
4 ,7 u F
E6
UF4 00 7 D1 0
2
1 2
2 2 u H
1
L5
1
+ 1 5 V
1
CO4
4 7 u F
2 2 R
R3
21
BAV2 1
2 1
2 2 0 u F
E1 0
2
D8
1
4 5 6 7 8
VDD
1
2
CONTROL
FB
D
VIPER 2 2 CI1
S
123
4 N2 5/ TIL1 1 1
OC1
6
4
4 7 K
C3
TL4 3 1
R2
4 7 0 R
2
2
1
25
T2
1 K
R5
1
4 K7
1
C4
3
2
2
1
2
1
2 4 K
R6
4 K7
R8
E9
2
GND
1
CO5
GND
1
CO6
V SAIDA CORRENTE
+ 1 5V 2 9 0 m A
- 15 V 2 5 0 m A
CICLOTRON
AMW/ MXS/ MXM/ CGE/ CPX
FONTE SMPS - P L1 1 9 6
DATA: 19 / 02/ 2 0 1 0
FOLHA 1 / 1
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