Motorola MTR2000 Manual page 161

vcc
vcc
R4
1OK
R3
P8
1OK
R2 3
Q1
GPI_0 B26 vcc
P1 vcc
1OK
R1
C5 R8
D1
1OK
470pF 1OK
R7
R6
GPI_1 C25 1OK
Q2
vcc
P1 1OK
C6
R5
D2
470pF
1OK
P8 R11
4
C24 1OK R10
GPI_2
P1 1OK
Vcc
vcc C7
470pF
R16
1OK
R15
1OK
GPI_3 R14
C28 Q4
1OK
P1 vcc vcc
D4
C8
R13 R20
470pF
1OK 1OK
R19
1OK
R18
GPI_4 A28 Q5
P1
1OK vcc
D5
C9 R17
470pF
1OK
R23
B27
GPI_5 1OK
R22
P1 vcc
1OK
vcc
C10
R28
470pF
1OK
R27
1OK
R26
GPI_6 C26 Q7
vcc
P1 1OK vcc
D7
R32
C11 R25
1OK
470pF 1OK
R31
GPI_7
1OK R30
C11 Q8
1OK vcc
P1 D8
C12 R29
470pF 1OK
R35
R34
B28 1OK
GPI_8
P1 1OK
vcc
C13
vcc
470pF
R40
1OK
C6
R39
*
R38
1OK Q10 vcc
GPI_9
P1 1OK vcc
R37 R44
C14 D10
1OK
1OK
A24 470pF
R43
R42
GPI_10 A24 1OK Q11
vcc
P1 1OK
D11
C15 R41
B23 R47
1OK
470pF
GPI_11 1OK
R46
B23
vcc
1OK
P1
vcc C16
R52
470pF
1OK
B22
R51
B22 1OK R50
Q13
vcc
GPI_12
P1 1OK vcc
D13
R56
C17 R49
1OK
B24 470pF 1OK
R55
B24 R54
1OK Q14
GPI_13
P1 1OK vcc
D14
C18
R53
470pF
1OK
R59
B7
GPI_14/ 1OK
R58
P1
R109 R106
C5 vcc 1OK
1 8
Ext_PTT* A NC2
C19
P1 3900 3900
D34 U1
R98 470pF
C20
2 B 7
K 47K
470pF
GPI_14/ 3 6
C
NC
C7 C21
470pF
C1
P1 4 5
NC1 E
0.1μF
Ext_PTT / E/M
A26
P1
GPI_15
C27
P1
GPO_3, 4, 5, 6, 7 outputs can be configured for connection to the System connector. This selection is made by jumpers on P7.
*
These GPOs can be used if more than 11 GPOs are required. Care must be taken since these pins (at the System connector) can alternatively be used as Inputs (GPI_9 to GPI_13).
!
As a result, it is possible to configure these System connector pins as outputs and connect these to auxiliary equipment outputs. Consequently, damage might occur.
Ensure that only the appropriate connection (i.e., input or output) will be made at the System connector before jumper P7 is set to enable the GPO.
CAUTION
The factory default jumper settings for P7 configure the Auxiliary I/O board for 16 inputs and 11 outputs; that is, there are no jumpers set on P7.
vcc vcc vcc
C46 C47 C48
U8 U7
U15
14 22000pF
22000pF 14
16 22000pF
VCC
VCC VCC
GND
GND GND
8 7 7
vcc
R12
1OK
Q3 vcc
C41
20 22000pF
D3
R9
VCC
11
1OK CLOCK
1 RESET* 2
Q0
Q1 5
3 D0 6
Q2
4 D1 9
Q3
7 D2 12
Q4
8 D3 Q5 15
13 D4 16
U13 Q6
14 D5 19
Q7
17 D6
14
18 D7 18 17 16 15 13 12 11 9 8 7
GND
B7 A7 B6 A6 B5 A5 B4 A4 B3 A3 B2 A2
10
vcc
U11
10
GND
R24
1OK ID_OUTPUT
19
Q6
INPUT MONITOR AND IRQ GENERATOR
D6
R21 vcc
vcc
1OK
R122
R100
10K 13
3 RESET
47K
6
Q
2 CX_RX 14
7
U15
4 Q* 12
C54
A
C53
5 R137 11
B
GND 33000pF
1.0μF
vcc
1OK
1
R36
1OK
19
R138
Q9
U8 U8 39K ID_OUTPUT
10 11 2 1
D9
GND
10
U12
R33
C69
1OK
1.0μF
R139 C68
Q36
1OK 22.0μF
vcc
R48
1OK
vcc
C40
Q12
20 22000pF
D12
VCC
11
CLOCK
R45 1 2
Q0
RESET*
5
1OK Q1
3 6
D0 Q2
4 9
D1 Q3
7 Q4 12
D2
8 15
D3 U14 Q5
13 Q6 16
D4
vcc
14 Q7 19
D5
17
R101 D6
18 D7
GND
1O0K
10
vcc
R60 4 3
1OK
P2 P2
2 1 10 9
P9 P9
P2 P2
Q15 8 7
P9 P9
6 5
P9 P9
R57 D15
3
4
P9 P9
1OK
2 1
P9 P9
vcc
R107 R108
8 L1
1
A NC2
R99
6.8μH
3900 3900
47K
U2
D35
B 7
2
K
C
3
C23 NC
6
C22
470pF
470pF
A2 B21 C2
C2 A3
4 NC1
E
P1 P1 P1 5 0.1μF
GND
GND GND
12 13
U8
vcc SPI OUTPUT LATCH
C45
22000pF
U9 16 4 3
U8 C52
VCC
15
A
13
1
B SS_PL*
2 1.0μF
C 10 R62
3 OE
D
1OK
11
4 E
S_CLK
C49
5 12
F
L_CLK
6
G
7 14
H
SA
22000pF
9
QH
GND
8
SPI INPUT LATCH
vcc
C42
1
6 5 4 3 2 22000pF
B1 A1 B0 A0
20
VCC
RESET
10
Q
CX_RX
Q* 9
U15
A
B
GND
15
vcc
SPI OUTPUT LATCH
VCC
20
C43
22000pF
C44
16
22000pF
15 A
VCC
1 B 13
SS_PL*
2 C 10
OE
3 D
4 E 11
S_CLK
5 12
L_CLK
F
6 G
14
7 H
SA
U10
9 QH
GND
8
SPI INPUT LATCH
R103
1O0K
1
3
R102 U7
2
8
100K
P6 P6 R61 Q16
2 1
1OK
vcc
vcc
R110
C55
C51
22K
220pF
22000pF
R125
C56 C57
R126
R127
680
10pF 10pF
680 680
C67 R104 C3
R121
100μF
R123 R124 2200 100K 0.1μF
10 10
B3 C19 A23 B8 B11 C8
P1 P1 P1 P1 P1 P1 P1
+5V +5V SPI_CLK
ID
MISO
Ext_PTT* Option1/2_CS1*
AUXILIARY I/O MODULE
R67
Q18
1OK
vcc
R66
1OK
R71
Q20
1OK
U3
16
R70
QA 15 1OK
VCC
13 1
OE* QB
QC 2
10
RESET*
QD 3
11 S CLK QE 4
12
L CLK QF 5
QG 6
14 SER. IN R75
QH 7 Q22
SQH 9
GND 1OK
R74
8
1OK
R79
Q24
1OK
R78
1OK
R120 Q35
680
R81
1OK
R117
Q32
680
R83
1OK
vcc
R116
Q31
C50
680
R88
22000pF 1OK
U4
16
15
VCC
QA
13 OE* 1 1 2
QB
10 RESET*
2
QC 3
P5 P5
QD
11 4 P5 P5
S CLK QE
12 5
L CLK 3 4
QF
6
QG
N/C 1 2
14 SER. IN 7
QH
P3 P3
9
SQH
GND C63 3 4
8
P3 P3
10pF
12
6 5 11
U8 U7
vcc
13 1 2
P4 P4
P4 P4
3 4
R105
100K
9
8
U7
4 10
9 6
U7
U8
5 P8
C4
C65
10
0.1μF
10pF
R63
Q27
1OK
C58 C59 R130
R128 C61 R131 C62 R135
R129 C60 R132
10pF R134
680 10pF 680 10pF
10pF 680 680
680 10pF 680
680
B16 A25 A10 A7 C29 A31 B29
P1 P1 P1 P1 P1 P1 P1
RdStat
Opt_IRQ* MOSI
RESET*
Carrier_Detect_Sw
Option1/2_CS2* AC_Fail
CLN6698B AUXILIARY I/O BOARD SCHEMATIC
MODEL CLN6698B
P8
9 B25
GPO0
P1
R65 Q17
R85
vcc
1OK
1OK
D16
R64
C24
1OK R84
470pF
C25
1OK
D17 P8
470pF
8
C23
GPO1
P1
P8
C22
7
P1 GPO2
R69
Q19
R86
vcc
1OK
vcc
D18 1OK
R68 C26
1OK
470pF
R93
D19 P7 P7 *
C27
1OK
1 2
470pF
GPO3
C6
P7 P7
3 4
GPO4
R73 A24
Q21
R87
1OK vcc vcc
D20
R72 1OK
C28
1OK
470pF
R94
D21 P7 P7
C29
1OK
5 6
470pF GPO5
B23
P7 P7
7 8
GPO6
B22
R77 Q23
R95
1OK vcc vcc
D22
C30
R76 1OK
470pF
1OK
R96
D23
C31 P7 P7
1OK
9 10
GPO7
470pF
B24
C32 GPO8
P1
R119
Q34
680
D24 C32
R80
470pF
1OK
D25 C33
470pF
B32
GPO9
P1
A32
P1 GPO10
R118
Q33
C34
680
D26 470pF
R82
1OK
C35
D27
470pF
C31
GPO11
P1
A29
GPO12
P1
R115 Q30
680 D28
C36
R97
470pF
1OK
C37
D29 P8
470pF
6
B31
GPO13
P1
vcc
R112
Q26
C4
4
NORM_OPEN1 P1 GPO14
3.9K 2
R89 NORM_CLOSED1
D33 B4
1
3
COIL1 COMMON1 P1
1OK
10
7
NORM_OPEN2
COIL2
9
NORM_CLOSED2
8
COMMON2
5
NC1
NC2 6
K1
R111
Q25
vcc
3.9K
R90
A30
D32 4
NORM_OPEN1 P1
1OK GPO15
2
NORM_CLOSED1 B30
1
3
COMMON1 P1
COIL1
10
7
NORM_OPEN2
COIL2
9
NORM_CLOSED2
8
COMMON2
5
NC1
6
K2 NC2
P8
5
B12
P1 GPO15
R114
Q29
C38
680
D30
470pF
R91
1OK
B5
P1
R113
Q28
C39
10
D31
R92 470pF
1OK
C64
C66
R133
A9
1
10pF
10pF 680 P8 P1
GPIO0
2 A13
P8 P1
SPAREA17
B6
P1
RF_Relay_Control_Out
68P81094E74-C
Schematics (Sheet 3 of 7)
03/26/99