R.V.R. Elettronica PJ10KPS-CA Manual Técnico Y Del Usuario página 171

5
C 8 5 JP7
C M 2 7 p F 1 2 1 2
STRIP 2 C M . 1 u F
R 1 6 1 Y 1
10M 32.768 KHz
C 9 5
I R Q
C M 2 7 p F 330K R S T _ P
1 2
R 1 6 3
C 9 7
R 1 6 4
1 2
D C P 3 3 K p F
10k
O N
1 2
S T D B Y
C 9 9
C 9 8
S W _ S A F E
C P 1 0 K p F M A I N S
C M 1 k p F
S T O P _ A
A L A R M
R E S O U T
R 2 1 7 S S
1M M I S O
M O S I
S C L K
S E L 0
S E L 1
C K
D E
+5V
U 1 8
M O S I
1 8
DI V C C
S C L K
2 7
S C L K O U T B
C S A
3 6
C S V R E F
C
4 5
DAC_A
O U T A G N D
C 1 0 3
TLV5625
C M . 1 u F
+5V
R 1 8 3
RS485
JP4
DIP8 U 2 0
5 S N 7 5 1 7 6 A P
TR+
4
T R - R X D
1
3 R O
D E
2 7
2 R E B
1
3 6
DE A
T X D
4
DI
STRIP 5
R 1 8 8 R 1 8 7
1 0 K X2K2
B U 2 2 A
7 4 H C 1 3 9
S S E N A
1 7
G Y3
ENI
8 6
G N D Y2
S E L 1 C S A
3 5
B Y1
S E L 0 C S M
2 4
A Y 0
+5V
CKI
14 12
A Y 0
C K O
13 11
B Y1
10
Y2
C K
15 9
G Y3
U 2 2 B
7 4 H C 1 3 9
+5V
R 2 1 1 D 2 7
1M 3
A B A V 9 9 B
R 2 3 0
Q 2
9 8
B C 2 3 7
C 1 1 8 40106 1 0 K
JP6 U 1 4 D
+
1/25
STRIP 2
5
Manual Técnico y del Usuario
4
VDD V R E F
R 2 1 8 1 0 R P T B0
C 8 6
C 8 7
2 1
C M . 1 u F
C 1 2 2
P A 0
11 32
IRQ* P T A 0
D 1
1 33
C M 1 K p F
R S T * PTA1
D2
44 34
O S C 1 P T A 2
D3
43 35
OSC2 PTA3
D 4
42 36
C G M X F C P T A 4
D 5
37
PTA5
D 6
2 38
PTC0 P T A 6
P A 7
3 39
PTC1 PTA7
4
PTC2
PTB0 R 1 6 74 K 7
5 22
PTC3 P T B 0
PTB1
6 23
PTC4 PTB1
PTB2 R 1 6 9 4 K 7
7 24
P T C 5 PTB2
PTB3
8 25
PTC6 PTB3
PTB4
26 R 1 7 1 1 0 K
PTB4
PTB5
12 27
P T D 0 P T B 5
PTB6 R 1 7 3 1 0 K
13 28
PTD1 P T B 6
PTB7
14 29
PTD2 P T B 7
15
PTD3
T X D
18 9
PTD4 P T E 0
R X D
19 10
PTD5 PTE1
20
P T D 6
+5V
21
PTD7
U 1 5 D 1 5 D 1 6
M C 6 8 H C 9 0 8 G P 3 2 - Q F P P T B3 3 PTB4
B A V 9 9 B B A V 9 9 B
D A C _ B
R 2 2 5
4 7 K
V R E F +5V V C C
1 2 K C M . 1 u F
V D D C 1 0 7 C 1 0 8
R 2 2 7
+ C 1 0 4 C 1 0 5 + C 1 0 6
1 0 K 1/25 1/25
R 2 2 6
G N D V S S
V S S A C M . 1 u F C M . 1 u F
X2K2 D 2 0
3
XBAV99B
T R +
TR-
Bus 485
D Z 3
12V/0.5
D Z 4
+5V
12V/0.5
5 V 1 / 0 . 5 W
D Z 5
D Z 6
5 V 1 / 0 . 5 W
C H 0 _ P
14
X X 0
X1
C H 1 _ P
15
Y
Y0
C H 2 _ P
4
Z Y1
Z 0
Z1
8
VSS
INH
7
V E E
U 2 1
7 4 H C 4 0 5 3
+5V
+12V
D 2 1
+5V +12V
C H 3 _ D CH0_D
3
R 2 1 2 R 2 1 4
2 K 2
2 K 2 B A V 9 9 B
R S T V R E F
V R E F
C 1 2 0
C 1 1 9 LM336-5.0V
3
C M 1 K p F D 2 9
C M . 1 u F
G N D E A R T H
4
3
PTB1 PTB2 PTB3 P T B4 P T B5 PTB6
C 8 8 C 8 9 C 9 0 C 9 1 C 9 2 C 9 3
C M 1 K p F C M 1 0 K p F
C M 1 K p F C M 1 0 K p F C M 1 0 K p F C M 1 0 K p F
C H 0 _ P
R 1 6 8 4 K 7 C H 1 _ P
C H 2 _ P
R 1 7 0 1 0 K
C H 3 _ P
Analog In
CH4_P
R 1 7 2 1 0 K
Digital
CH5_P
I/O
CH6_P
R 1 7 5 1 0 K
CH7_P
+5V +5V +5V +5V
D 1 7 D 1 8 D 1 9
3 PTB5 3 P T B5 3 PTB6 3
B A V 9 9 B B A V 9 9 B B A V 9 9 B
C 1 0 9 C 1 1 0 C 1 1 1 C 1 1 2 C 1 1 3 C 1 2 9 C 1 3 0 C 1 3 3
C M . 1 u F C M . 1 u F C M . 1 u F C M . 1 u F C M . 1 u F C M . 1 u F C M . 1 u F C M . 1 u F
R 1 9 1 4 K 7
C H 3 _ D
12
CH3
R 1 9 3 4 K 7
C H 0 _ D
13
C H 0
R 1 9 5 4 K 7
CH4_D
2
CH4
R 1 9 6 4 K 7
C H 1 _ D
1
CH1
R 1 9 8 4 K 7
CH5_D
5
CH5
R 2 0 0 4 K 7
C H 2 _ D
3
CH2
6
11
A
10
B
E N A
9
C
+5V +5V +5V +5V
D 2 2 D 2 3 D 2 4 D 2 5 D 2 6
CH4_D CH1_D CH5_D CH2_D
3 3 3 3 3
B A V 9 9 B B A V 9 9 B B A V 9 9 B B A V 9 9 B B A V 9 9 B
3
2
PTB7
C 9 4
A D 0
C M 1 0 K p F
+5V
U 1 6
D0 AD1
13 12
O U T _ 0
D5 Q5
D1
14 15
O U T _ 1
D6 Q6
D2
8 9
O U T _ 2
D4 Q4
D3
7 6
D3 Q3 O U T _ 3
D4
4 5
D2 Q2 O U T _ 4
D5
3 2
D 1 Q 1 O U T _ 5
D 6
17 16
D7 Q7 O U T _ 6
D7
18 19
D8 Q8 O U T _ 7
C K O AD2
11
C L K
R S T
1 10
C L R G N D
7 4 H C 2 7 3
+5V
U 1 7
AD3
D0 19 2
IN0
Q 1 D 1
D1
18 3
IN1
Q2 D2
D 2
17 4
IN2
Q3 D3
D3
16 5
IN3
Q4 D4
D4
15 6
IN4
Q5 D5
D 5
14 7
IN5
Q6 D6
D 6
13 8
IN6
Q7 D7
D7
12 9
IN7
Q8 D8
AD4
CKI
11
C L K
ENI
10 1
G N D O C
7 4 H C 5 7 4
+5V
AD5
U 1 9
D0 AD0
9 11
2Y1 2A1
D1 AD1
7 13
2Y2 2A2
D2 AD2
12 8
1Y4 1A4
D3 AD3
14 6
1Y3 1A3
D4 AD4
16 4
1Y2 1A2
D5 AD5
18 2
1Y1 1 A 1
D6 AD6
5 15
2Y3 2A3
D 7 AD7 AD6
3 17
2Y4 2A4
CKI
1
1 G
10 19
G N D 2G
7 4 H C 2 4 4
+5V
AD7
D 0 R 1 9 4 1 0 K
D 1 R 1 9 7 1 0 K
D2 R 1 9 9 1 0 K
D 3 R 2 0 1 1 0 K
D 4 R 2 0 2 1 0 K
D5 R 2 0 3 1 0 K R S T _ P
P A 7
D 6 R 2 0 4 1 0 K PA0
I R Q
D 7 R 2 0 5 1 0 K
M I S O R 2 0 6 1 0 K
S S R 2 0 7 1 0 K
+5V C K R 2 0 8 1 0 K
S E L 0 R 2 0 9 1 0 K M O S I
S C L K
S E L 1 R 2 1 0 1 0 K C S M
T X D R 2 1 3 1 0 K
I R Q R 2 1 5 1 0 K
R X D R 2 1 6 1 0 K
M O S I R 2 1 9 1 0 K
S C L K R 2 2 0 1 0 K
P J 5 K PS - Scheda CPU
G r iptech - Rev: Canazza 02/10/2002
\\ut_srv 1.0 (DC)
C S C P U PJK5M2.DSN
2
PJ10KPS-CA
1
R 1 6 0 2 K 2
1 0 K
+5V
R 1 6 2
I N _ A D 0
1 2
C 9 6
C M . 1 u F
R 1 6 5 2 K 2 D
1 0 K
+5V
R 1 6 6
IN_AD1
1 2
C 1 0 0
C M . 1 u F
R 1 7 4 2 K 2
1 0 K
+5V
R 1 7 6
IN_AD2
1 2
C 1 0 1
C M . 1 u F
R 1 7 7 2 K 2
1 0 K
+5V
R 1 7 8
IN_AD3
1 2
C 1 0 2
C M . 1 u F
R 1 7 9 2 K 2
1 0 K
+5V
C
R 1 8 0
IN_AD4
1 2
C 1 1 4
C M . 1 u F
R 1 8 1 2 K 2
1 0 K
+5V
R 1 8 2
IN_AD5
1 2
C 1 1 5
C M . 1 u F
R 1 8 5 2 K 2
1 0 K
+5V
R 1 8 6
IN_AD6
1 2
C 1 1 6
C M . 1 u F
R 1 9 0 2 K 2
1 0 K
+5V
R 1 9 2
IN_AD7
B
1 2
C 1 1 7
C M . 1 u F
PRG OC
JP5
R S T
1 2
D 7
3 4
D0
5 6
7 8
9 10 +5V
STRIP 5X2
+5V
U 2 3
5 8
SI V C C
M I S O
6 2
S C K S O
1 3
C S W P
4 7
G N D H L D
+5V
2 5 C 0 8 0
A
4 4 A3
Sezione micro
SLCPUPJK5M2
1
165