B Backplane Connectors
B.1 Control Shelf Connectors
This section describes the Control shelf backplanes and their connectors. The control shelf backplane provides connectors for the system circuit cards. These connectors are four column High Density Interconnect (HDI) male headers with shrouds of varying pin quantities, depending on card position.
The control shelf backplane provides –48VDC power and ground to all card positions. The power is distributed into two parts, A and B. Power is brought to the shelf from the Fuse and Alarm Panel (FAP) using two cables. The connectors on the control shelf backplane are DB-26 high density connectors. The power is distributed over two separate pins per power connection to handle the current load.
-
Power connectors
-
Fuse and Alarm Panel (FAP) connectors
-
Fan Power connectors
-
-
Alarm connectors
-
Remote Maintenance Center Alarm connector
-
Local Maintenance Center Alarm connector
-
Rack Alarm connectors
-
Row Alarm connector
-
External Alarm connector
-
CUST Alarm 1 connector
-
CUST Alarm 2 connector
-
OAP Alarm connector
-
-
System clock connectors
-
Shelf clock connectors (850-0330-04 only)
-
BITS connectors
-
Serial port connectors
-
Interface connectors
-
IMT connectors
-
General purpose relay connectors
-
General purpose serial interface connectors
B.1.2 Control Shelf Backplane 06/07
The connectors on backplanes -06 and -07 are identical.
Figure B-2 Control Shelf Backplane 06/07)
B.1.3 Overview of the Control Shelf Backplane Connectors
Table B-1 compares the connectors of Control Shelf backplane 04 with the connectors of Control Shelf backplane 06/07.
Table B-1 Control Shelf Backplanes -04 and -06/07
| Control Shelf Backplane (P/N 850-0330-04) | Control Shelf Backplane (P/N 850-0330-06/07) |
|---|---|
|
J-1 B POWER |
J-1 B POWER PRIMARY |
|
J-2 B FAN POWER |
J-8 B FAN POWER |
|
J-3 A FAN POWER |
J-9 A FAN POWER |
|
J-10 A POWER SECONDARY |
|
|
J-2 B POWER SECONDARY |
|
|
J-4 A POWER |
J-11 A POWER PRIMARY |
|
J-5 RALM0 |
J-13 RALM0 |
|
J-6 B CLK 0 |
J-3 B CLK 0 J-4 B CLK 6 |
|
J-7 A CLK 0 |
J-7 A CLK 0 J-6 A CLK 6 |
|
J-8 A IMT IN GND |
J-23 A IMT IN |
|
J-9 A CLK IN |
N/A |
|
J-10 A CLK OUT |
J-14 CI |
|
J-11 RALM 1 |
J-15 RALM 1 |
|
J-12 B CLK 2 |
J-16 B CLK 2 |
|
J-13 B CLK 1 |
J-18 B CLK 1 |
|
J-14 A CLK 2 |
J-21 A CLK 2 |
|
J-15 A CLK 1 |
J-20 A CLK 1 |
|
J-16 A IMT OUT |
J-22 A IMT OUT |
|
J-17 MMI 0 |
J-24 MMI 0 |
|
J-18 MMI 1 |
J-25 MMI 1 |
|
J-19 MMI 2 |
J-26 MMI 2 |
|
J-20 MMI 3 |
J-27 MMI 3 |
|
J-21 MMI 4 |
J-28 MMI 4 |
|
J-22 MMI 5 |
J-29 MMI 5 |
|
J-23 MMI 6 |
J-30 MMI 6 |
|
J-24 MMI 7 |
J-31 MMI 7 |
|
J-25 RALM2 |
J-32 RALM2 |
|
J-26 RMC |
J-33 RMC |
|
J-27 ROW ALM |
J-34 ROW ALM |
|
J-28 EXT ALARM |
J-35 CUST ALM 1 J-66 CUST ALM 2 |
|
J-29 PORT 10A |
J-36 PORT 10A |
|
J-30 PORT 9A |
J-37 PORT 9A |
|
J-31 PORT 8A |
J-38 PORT 8A |
|
J-32 PORT 7A |
J-39 PORT 7A |
|
J-33 PORT 6A |
J-40 PORT 6A |
|
J-34 PORT 5A |
J-41 PORT 5A |
|
J-35 PORT 4A |
J-42 PORT 4A |
|
J-36 PORT 3A |
J-43 PORT 3A |
|
J-37 PORT 2A |
J-44 PORT 2A |
|
J-38 PORT 1A |
J-45 PORT 1A |
|
J-39 RALM 3 |
J-46 RALM 3 |
|
J-40 LMC |
J-47 LMC |
|
J-41 SECONDARY BITS |
J-48 SECONDARY BITS |
|
J-42 PRIMARY BITS |
J-49 PRIMARY BITS |
|
J-43 PORT 10B |
J-50 PORT 10B |
|
J-44 PORT 9B |
J-51 PORT 9B |
|
J-45 PORT 8B |
J-52 PORT 8B |
|
J-46 PORT 7B |
J-53 PORT 7B |
|
J-47 PORT 6B |
J-54 PORT 6B |
|
J-48 PORT 5B |
J-55 PORT 5B |
|
J-49 PORT 4B |
J-56 PORT 4B |
|
J-50 PORT 3B |
J-57 PORT 3B |
|
J-51 PORT 2B |
J-58 PORT 2B |
|
J-52 PORT 1B |
J-59 PORT 1B |
|
J-53 RALM4 |
J-61 RALM4 J-60 RALM 6 |
|
J-54 B CLK4 |
J-62 B CLK 4 |
|
J-55 B CLK 3 |
J-63 B CLK 3 |
|
J-56 A CLK 4 |
J-64 A CLK 4 |
|
J-57 A CLK 3 |
J-65 A CLK 3 |
|
J-58 B IMT IN |
J-75 B IMT IN |
|
J-59 B CLK IN |
N/A |
|
J-60 B CLK OUT |
N/A |
|
J-61 RALM5 |
J-68 RALM5 |
|
J-62 B CLK 5 |
J-70 B CLK 5 J-71 GP01 |
|
J-63 A CLK 5 |
J-72 A CLK 5 |
|
J-64 B IMT OUT |
J-74 B IMT OUT |
|
J-65 MMI 8 |
J-76 MMI 8 |
|
J-66 MMI 9 |
J-77 MMI 9 |
|
J-67 MMI 10 |
J-78 MMI 10 |
|
J-68 MMI 11 |
J-79 MMI 11 |
|
J-69 MMI 12 |
J-80 MMI 12 |
|
J-70 MMI 13 |
J-81 MMI 13 |
|
J-71 MMI 14 |
J-82 MMI 14 |
|
J-72 MMI 15 |
J-83 MMI 15 |
|
J-73 GP02 |
J-69 OAPALM |
|
J-74 OAPALM J-75 GP01 |
J-5 GP02 J-71 GP01 |
|
J-76 GPSI |
J-73 GPS1 |
|
J-67 RALM7 |
|
|
J-17 ENET 2 MASP B |
|
|
J-19 ENET 1 MASP A |
B.1.4 Power Connectors
The control shelf backplane provides –48VDC power and ground to all card positions. The power is distributed into two parts, A and B. Power is brought to the shelf from the Fuse and Alarm Panel (FAP) using two cables. The connectors on the control shelf backplane are DB-26 high density connectors. The power is distributed over two separate pins per power connection to handle the current load.
J1, J4 on Control Shelf backplane 04 J1, J11 Primary and J2, J10 Secondary on Control Shelf backplane 06/07
Figure B-3 Power Connector
Table B-2 Power Connector
| Pin | Signal | Pin | Signal |
|---|---|---|---|
|
1 |
P5$48VDC |
14 |
LGND |
|
2 |
P5$48RTN |
15 |
P3$48RTN |
|
3 |
P4$48VDC |
16 |
P3$48VDC |
|
4 |
P4$48RTN |
17 |
P2$48RTN |
|
5 |
LGND |
18 |
P2$48VDC |
|
6 |
P3$48RTN |
19 |
P1$48RTN |
|
7 |
P3$48VDC |
20 |
P1$48RTN |
|
8 |
P2$48RTN |
21 |
P1$48VDC |
|
9 |
P2$48VDC |
22 |
P1$48VDC |
|
10 |
P5$48VDC |
23 |
PF$48RTN |
|
11 |
P5$48RTN |
24 |
PF$48RTN |
|
12 |
P4$48VDC |
25 |
PF$48VDC |
|
13 |
P4$48RTN |
26 |
PF$48VDC |
|
$= A or B, A POWER (J4) or B POWER (J1) |
|||
B.1.4.1 Fuse and Alarm Panel 870-2320-01/03
The FAP provides protected distribution of power to the system. Protection is provided by fuses placed in fuse holders on the front panel. The FAP contains a fuse fail alarm circuit that operates when one or more fuses fail.
Figure B-4 Control/Extension FAP Rear View
Figure B-5 Alarm Interface Connector
Table B-3 Alarm Interface Connector
|
Pin |
Circuit Descriptions |
|
1 / 2 / 3 / 4 |
|
|
5 |
Critical Alarm |
|
6 / 7 |
|
|
8 |
Fuse Normally Closed |
|
9 |
|
|
10 |
Minor Alarm |
|
11 |
Major Alarm |
|
12 |
Common |
|
13 |
|
|
14 |
Test |
|
15 |
Fuse Normally Open |
B.1.4.1.1 Shelf Power
The Fuse and Alarm Panel powers up to three shelves in the frame through the FAP connectors P1, P2, and P3.
Figure B-6 Shelf Power Connector
Table B-4 Shelf Power Connector
| Connector | Fuse Position | Pin Numbers | Circuit Descriptions |
|---|---|---|---|
|
P1 (to top shelf in frame) |
1 |
3 and 12 |
+48VDC |
|
2 and 11 |
48VDC return |
||
|
2 |
1 and 10 |
+48VDC |
|
|
19 and 20 |
48VDC return |
||
|
3 |
21 and 22 |
+48VDC |
|
|
4 and 13 |
48VDC return |
||
|
4 |
23 and 24 |
+48VDC |
|
|
6 and 15 |
48VDC return |
||
|
5 |
9 and 18 |
+48VDC |
|
|
8 and 17 |
48VDC return |
||
|
6 |
7 and 16 |
+48VDC |
|
|
25 and 26 |
48VDC return |
||
|
P2 (to middle shelf in frame) |
7 |
3 and 12 |
+48VDC |
|
2 and 11 |
48VDC return |
||
|
8 |
1 and 10 |
+48VDC |
|
|
19 and 20 |
48VDC return |
||
|
9 |
21 and 22 |
+48VDC |
|
|
4 and 13 |
48VDC return |
||
|
10 |
23 and 24 |
+48VDC |
|
|
6 and 15 |
48VDC return |
||
|
11 |
9 and 18 |
+48VDC |
|
|
8 and 17 |
48VDC return |
||
|
12 |
7 and 16 |
+48VDC |
|
|
25 and 26 |
48VDC return |
||
|
P3 (to bottom shelf in frame) |
13 |
3 and 12 |
+48VDC |
|
2 and 11 |
48VDC return |
||
|
14 |
1 and 10 |
+48VDC |
|
|
19 and 20 |
48VDC return |
||
|
15 |
21 and 22 |
+48VDC |
|
|
4 and 13 |
48VDC return |
||
|
16 |
23 and 24 |
+48VDC |
|
|
6 and 15 |
48VDC return |
||
|
17 |
9 and 18 |
+48VDC |
|
|
8 and 17 |
48VDC return |
||
|
18 |
7 and 16 |
+48VDC |
|
|
25 and 26 |
48VDC return |
||
|
P1, P2, and P3 |
5 and 14 |
logic ground |
|
|
NOTES: A side and B side connectors, fuse positions, and pins are identical.     All return pins are common. |
|||
B.1.4.2 Rack Alarm (Alarm Interface)
Figure B-7 Rack Alarm Connector
Table B-5 Rack Alarm Connector
| Pin | Circuit Descriptions |
|---|---|
|
1 / 2 / 3 / 4 |
|
|
5 |
Critical Alarm |
|
6 / 7 |
|
|
8 |
Fuse Normally Closed |
|
9 |
|
|
10 |
Minor Alarm |
|
11 |
Major Alarm |
|
12 |
Common |
|
13 |
|
|
14 |
Test |
|
15 |
Fuse Normally Open |
B.1.4.3 Fan Power
J2, J3 on Control Shelf backplane 04 and J8, J9 on Control Shelf backplane 06/07
Figure B-8 Fan Power Connector
Table B-6 Fan Power Connector
| Pin | Signal | Pin | Signal |
|---|---|---|---|
|
1 |
PF$48RTN |
6 |
FAN$ALM- |
|
2 |
PF$48RTN |
7 |
|
|
3 |
8 |
CHASSIS GND |
|
|
4 |
PF$48VDC |
9 |
FANCNTRL |
|
5 |
PF$48VDC |
||
|
$= A or B, A fan power (J3) or B fan power (J2) |
|||
B.1.5 Alarm Connectors
B.1.5.1 Local Maintenance Center Alarm Connector
Local Maintenance Center Alarm Connector connector provides the system’s alarm condition indicators to the local maintenance center.
J40 on Control Shelf backplane 04 and J47 on Control Shelf backplane 06/07
Figure B-9 Local Maintenance Center Alarm Connector
Table B-7 Local Maintenance Center Alarm Connector
| Pin | Signal |
|---|---|
|
1, 3, 4, 5, 11, 12 |
Not used |
|
2 |
LMCANC - Local Maintenance Center Audible Alarm, Normally Closed |
|
6 |
LMCVMJNC - Local Maintenance Center Major Alarm, Normally Closed |
|
7 |
LMCVMNNC - Local Maintenance Center Minor Alarm, Normally Closed |
|
8 |
LMCVCRNC - Local Maintenance Center Critical Alarm, Normally Closed |
|
9 |
LMCACOM - Local Maintenance Center Audible Alarm Common |
|
10 |
LMCANO - Local Maintenance Center Audible alarm, normally Open |
|
13 |
LMCVCOM - Local Maintenance Center Common |
|
14 |
LMCVMJNO - Local Maintenance Center Major Alarm, Normally Open |
|
15 |
LMCVMNNO - Local Maintenance Center Minor Alarm, Normally Open |
B.1.5.2 Remote Maintenance Center Alarm Connector
The Remote Maintenance Center Alarm connector provides system alarm condition indicators to the remote maintenance center.
J26 on Control Shelf backplane 04 and J33 on Control Shelf backplane 06/07
Figure B-10 Remote Maintenance Center Alarm Connector
Table B-8 Remote Maintenance Center Alarm Connector
| Pin | Signal |
|---|---|
|
1, 3, 4, 5, 9, 11, 12 |
not used |
|
2 |
RMCANC - Remote Maintenance Center Audible Alarm, Normally Closed |
|
6 |
RMCMJNC - Remote Maintenance Center Major Alarm, Normally Closed |
|
7 |
RMCMNNC - Remote Maintenance Center Minor Alarm, Normally Closed |
|
8 |
RMCCRNC - Remote Maintenance Center Critical Alarm, Normally Closed |
|
10 |
RMCANO - Remote Maintenance Center Audible Alarm, Normally Open |
|
13 |
RMCCOM - Remote Maintenance Center Common |
|
14 |
RMCMJNO - Remote Maintenance Center Major Alarm, Normally Open |
|
15 |
RMCMNNO - Remote Maintenance Center Minor Alarm, Normally Open |
B.1.5.3 Rack Alarm Connectors
The output of the Rack Alarm Connectors control the alarm condition indicators on each control or extension frame fuse and alarm panel.
J5, J11, J25, J39, J53, J61 on Control Shelf backplane 04 and J13, J15, J32, J46, J61, J68 on Control Shelf backplane 06/07
Figure B-11 Rack Alarm Connector
Table B-9 Rack Alarm Connector
| Pin | Signal |
|---|---|
|
1, 2, 6, 7, 9, 13, 14 |
Not used |
|
3 |
R$MNNC - Rack Alarm, Minor, Normally Closed |
|
4 |
R$MJNC - Rack Alarm, Major, Normally Closed |
|
5 |
R$CRNC - Rack Alarm, Critical, Normally Closed |
|
8 |
R$FA+ - Rack Fuse Alarm (+) |
|
10 |
R$MNNO - Rack Alarm, Minor, Normally Open |
|
11 |
R$MJNO - Rack Alarm, Major, Normally Open |
|
12 |
R$COM - Rack Alarm, Common |
|
15 |
R$FA- - Rack Fuse Alarm (-) |
|
$= 0 through 5, RALM0 through RALM5 (J5, J11, J25, J39, J53, J61 respectively) |
|
B.1.5.4 Row Alarm Connector
Row Alarm Connector controls the alarm condition indicators on an end panel at the end of a set of the frames.
J27 on Control Shelf backplane 04 and J34 on Control Shelf backplane 06/07
Figure B-12 Row Alarm Connector
Table B-10 Row Alarm Connector
| Pin | Signal |
|---|---|
|
1, 2, 3, 6, 7, 8, 9, 13, 14, 15 |
Not used |
|
4 |
–48VDC |
|
5 |
RACRNC - Row Alarm, Critical, Normally Closed |
|
10 |
RAMNNO - Row Alarm, Minor, Normally Open |
|
11 |
RAMJNO - Row Alarm, Major, Normally Open |
|
12 |
48VDC return |
B.1.5.5 External Alarm Connector
External Alarm Connector is also used for alarm condition inputs from an optional holdover clock.
J28 on Control Shelf backplane 04 External Alarm J35 on Control Shelf backplane 06/07 CUST ALM 1 J66 on Control Shelf backplane 06/07 CUST ALM 2 (not supported by software)
Figure B-13 External Alarm Connector
Table B-11 External Alarm Connector
| Pin | Signal | Description |
|---|---|---|
|
2 |
CUFA13 |
Signals a customer defined trouble #13 to the system when connected to P5A48RTN (pin 10) or P4B48RTN (pin 11). |
|
3 |
CUFA14 |
Signals a customer defined trouble #14 to the system when connected to P5A48RTN (pin 10) or P4B48RTN (pin 11). |
|
4 |
CUFA3 |
Signals a customer defined critical alarm (trouble #3) to the system when connected to P5A48RTN (pin 10) or P4B48RTN (pin 11). |
|
5 |
CUFA1 |
Reserved |
|
6 |
CUFA9 |
Reserved |
|
7 |
CUFA2 |
Signals a holdover clock critical alarm to the system when connected to P5A48RTN (pin 10) or P4B48RTN (pin 11). |
|
8 |
CUFA4 |
Signals a customer defined critical alarm (trouble #4) to the system when connected to P5A48RTN (pin 10) or P4B48RTN (pin 11). |
|
9 |
CUFA10 |
Signals a holdover clock minor alarm to the system when connected to P5A48RTN (pin 10) or P4B48RTN (pin 11). |
|
10 |
P5A48RTN |
Signal return path |
|
11 |
P4B48RTN |
Signal return path |
|
19 |
CUFA8 |
Signals customer defined major alarm (trouble #8) to the system when connected to P5A48RTN (pin 10) or P4B48RTN (pin 11). |
|
20 |
CUFA16 |
Signals a customer defined trouble #16 to the system when connected to P5A48RTN (pin 10) or P4B48RTN (pin 11). |
|
21 |
CUFA7 |
Signals a customer defined major alarm (trouble #7) to the system when connected to P5A48RTN (pin 10) or P4B48RTN (pin 11). |
|
22 |
CUFA15 |
Signals a customer defined trouble #15 to the system when connected to P5A48RTN (pin 10) or P4B48RTN (pin 11). |
|
23 |
CUFA12 |
Signals a customer defined minor alarm (trouble #12) to the system when connected to P5A48RTN (pin 10) or P4B48RTN (pin 11). |
|
24 |
CUFA6 |
Signals a holdover clock major alarm to the system when connected to P5A48RTN (pin 10) or P4B48RTN (pin 11). |
|
25 |
CUFA5 |
Reserved |
|
26 |
CUFA11 |
Signals a customer defined minor alarm (trouble #11) to the system when connected to P5A48RTN (pin 10) or P4B48RTN (pin 11). |
B.1.5.6 OAP Alarm Connector
The OAP alarm connector controls the alarm condition indicators on an OAP frame.
J74 on Control Shelf backplane 04 and J69 on Control Shelf backplane 06/07
Figure B-14 OAP Alarm Connector
Table B-12 OAP Alarm Connector
| Pin | Signal |
|---|---|
|
1, 2, 6, 7, 13, 14 |
Not used |
|
3 |
OAPMNNC - OAP Alarm, Minor, Normally Closed |
|
4 |
OAPMJNC - OAP Alarm, Major, Normally Closed |
|
5 |
OAPCRNC - OAP Alarm, Critical, Normally Closed |
|
8 |
OAPFA+ - OAP Fuse Alarm (+)* |
|
9 |
OAPBNO - OAP Alarm, busy, Normally Open* |
|
10 |
OAPMNNO - OAP Alarm, minor, normally Open |
|
11 |
OAPMJNO - OAP Alarm, Major, Normally Open |
|
12 |
OAPCOM - OAP Alarm, Common |
|
15 |
OAPFA- - Row Fuse Alarm (-)* |
|
* not currently supported |
|
B.1.6 System Clock Connectors
The control shelf backplane provides system clock output to the rest of the system from the TDMs. Redundancy is accomplished by allowing TDM A and TDM B to distribute clocks independently of each other.
B.1.6.1 A Clock 0 through A Clock 5
J7, J14, J15, J56, J57, J63 on Control Shelf backplane 04 and J7, J21, J20, J64, J65, J72 on Control Shelf backplane 06/07
Figure B-15 A Clock 0 Through A Clock 5 Connectors
Table B-13 A Clock 0 Through A Clock 5 Connectors
| Connector | Pin | Signal | Pin | Signal | Pin | Signal | Pin | Signal |
|---|---|---|---|---|---|---|---|---|
|
850-0330-04 J7 (CF00) (rack 0) 850-0330-06/07 J7 |
1 |
8 |
MBUS1RX-_50 |
15 |
A56KHZ0-_50 |
22 |
A56KHZ2+_50 |
|
|
2 |
MBUS0TX-_50 |
9 |
MBUS1RX+_50 |
16 |
A8KHZ0+_50 |
23 |
A56KHZ2-_50 |
|
|
3 |
MBUS0TX+_50 |
10 |
MBUS2TX-_50 |
17 |
A8KHZ0-_50 |
24 |
A8KHZ2+_50 |
|
|
4 |
MBUS0RX-_50 |
11 |
MBUS2TX+_50 |
18 |
A56KHZ1+_50 |
25 |
A8KHZ2-_50 |
|
|
5 |
MBUS0RX+_50 |
12 |
MBUS2RX-_50 |
19 |
A56KHZ1-_50 |
|||
|
6 |
MBUS1TX-_50 |
13 |
MBUS2RX+_50 |
20 |
A8KHZ1+_50 |
|||
|
7 |
MBUS1TX+_50 |
14 |
A56KHZ0+_50 |
21 |
A8KHZ1-_50 |
|||
|
850-0330-06/07 J64, J65, J72 |
not currently supported |
|||||||
B.1.6.2 B Clock 0 through B Clock 5
J6, J12, J13, J54, J55, J62 on Control Shelf backplane 04 and J3, J16, J18, J62, J63, J70 on Control Shelf backplane 06/07
Figure B-16 B Clock 0 through B Clock 5 Connectors
Table B-14 B Clock 0 through B Clock 5 Connectors
| Connector | Pin | Signal | Pin | Signal | Pin | Signal | Pin | Signal |
|---|---|---|---|---|---|---|---|---|
|
850-0330-03 J6 (CF00) (rack 0) 850-0330-06/07 J3 |
1 |
R0FAALM- |
8 |
15 |
B56KHZ0-_50 |
22 |
B56KHZ2+_50 |
|
|
2 |
9 |
16 |
B8KHZ0+_50 |
23 |
B56KHZ2-_50 |
|||
|
3 |
10 |
17 |
B8KHZ0-_50 |
24 |
B8KHZ2+_50 |
|||
|
4 |
11 |
18 |
B56KHZ1+_50 |
25 |
B8KHZ2-_50 |
|||
|
5 |
12 |
19 |
B56KHZ1-_50 |
|||||
|
6 |
13 |
R0FBALM- |
20 |
B8KHZ1+_50 |
||||
|
7 |
R0FANCTRL |
14 |
B56KHZ0+_50 |
21 |
B8KHZ1-_50 |
|||
|
850-0330-06/07 J62, J63, J70 |
not currently supported |
|||||||
B.1.7 Shelf Clock Connectors (for Control Shelf Backplane -04 only)
Connectors for both A and B clocks are provided using 25 pin D type connectors at J9, J10, J59, and J60 on Control Shelf backplane 04.
System clock connectors are used on Control Shelf backplane 06/07.
B.1.7.1 Clock A In Connector
J9 on backplane (P/N 850-0330-04).
Figure B-17 Clock A In Connector on Backplane
Table B-15 Clock A In Connector on Control Shelf Backplane 04
| Pin | Signal | Pin | Signal |
|---|---|---|---|
|
1 |
14 |
MA56KHZ+_50 |
|
|
2 |
MBUSSTX-_50 |
15 |
MA56KHZ-_50 |
|
3 |
MBUSSTX+_50 |
16 |
MA8KHZ+_50 |
|
4 |
MBUSSRX-_50 |
17 |
MA8KHZ-_50 |
|
5 |
MBUSSRX+_50 |
18 |
SH2A56KHZ+_50 |
|
6 |
SH2MBUSTX-_50 |
19 |
SH2A56KHZ-_50 |
|
7 |
SH2MBUSTX+_50 |
20 |
SH2A8KHZ+_50 |
|
8 |
SH2MBUSRX-_50 |
21 |
SH2A8KHZ-_50 |
|
9 |
SH2MBUSRX+_50 |
22 |
SH3A56KHZ+_50 |
|
10 |
SH3MBUSTX-_50 |
23 |
SH3A56KHZ-_50 |
|
11 |
SH3MBUSTX-_50 |
24 |
SH3A8KHZ+_50 |
|
12 |
SH3MBUSRX-_50 |
25 |
SH3A8KHZ-_50 |
|
13 |
SH3MBUSRX+_50 |
B.1.7.2 Clock A Out Connector
J10 on Control Shelf backplane 04.
Figure B-18 Clock A Out Connector
Table B-16 Clock A Out Connector
| Pin | Signal | Pin | Signal |
|---|---|---|---|
|
1 |
14 |
SH2A56KHZ+_50 |
|
|
2 |
SH2MBUSTX-_50 |
15 |
SH2A56KHZ-_50 |
|
3 |
SH2MBUSTX+_50 |
16 |
SH2A8KHZ+_50 |
|
4 |
SH2MBUSRX-_50 |
17 |
SH2A8KHZ-_50 |
|
5 |
SH2MBUSRX+_50 |
18 |
SH3A56KHZ+_50 |
|
6 |
SH3MBUSTX-_50 |
19 |
SH3A56KHZ-_50 |
|
7 |
SH3MBUSTX+_50 |
20 |
SH3A8KHZ+_50 |
|
8 |
SH3MBUSRX-_50 |
21 |
SH3A8KHZ-_50 |
|
9 |
SH3MBUSRX+_50 |
22 |
|
|
10 |
23 |
||
|
11 |
24 |
||
|
12 |
25 |
||
|
13 |
B.1.7.3 Clock B In Connector
J59 on Control Shelf backplane 04
Figure B-19 Clock B In Connector on Backplane
Table B-17 Clock B In Connector on Control Shelf backplane 04
| Pin | Signal | Pin | Signal |
|---|---|---|---|
|
1 |
FANAALM- |
14 |
MB56KHZ+_50 |
|
2 |
15 |
MB56KHZ-_50 |
|
|
3 |
16 |
MB8KHZ+_50 |
|
|
4 |
17 |
MB8KHZ-_50 |
|
|
5 |
18 |
SH2B56KHZ+_50 |
|
|
6 |
19 |
SH2B56KHZ-_50 |
|
|
7 |
FANCNTRL |
20 |
SH2B8KHZ+_50 |
|
8 |
21 |
SH2B8KHZ-_50 |
|
|
9 |
22 |
SH3B56KHZ+_50 |
|
|
10 |
23 |
SH3B56KHZ-_50 |
|
|
11 |
24 |
SH3B8KHZ+_50 |
|
|
12 |
25 |
SH3B8KHZ-_50 |
|
|
13 |
FANBALM- |
B.1.7.4 Clock B Out Connector
J60 on Control Shelf backplane 04.
Figure B-20 Clock B Out Connector on Backplane
Table B-18 Clock B Out Connector on Control Shelf backplane 04
| Pin | Signal | Pin | Signal |
|---|---|---|---|
|
1 |
FANAALM- |
14 |
SH2B56KHZ+_50 |
|
2 |
15 |
SH2B56KHZ-_50 |
|
|
3 |
16 |
SH2B8KHZ+_50 |
|
|
4 |
17 |
SH2B8KHZ-_50 |
|
|
5 |
18 |
SH3B56KHZ+_50 |
|
|
6 |
19 |
SH3B56KHZ-_50 |
|
|
7 |
FANCNTRL |
20 |
SH3B8KHZ+_50 |
|
8 |
21 |
SH3B8KHZ-_50 |
|
|
9 |
22 |
||
|
10 |
23 |
||
|
11 |
24 |
||
|
12 |
25 |
||
|
13 |
FANBALM- |
B.1.8 BITS Clock Connectors
The system connects to the Building Integrated Timing System (BITS) clocks using two DB-15 style connectors. The two clocks are labeled Primary and Secondary and are supplied from the central office clock. Both clocks go to both TDMs, where one is selected to provide the system clocks used to provide system timing.
J41, J42 on Control Shelf backplane 04 and J48, J49 on Control Shelf backplane 06/07
Figure B-21 BITS Clock Connector
Table B-19 BITS Clock Connector
| Pin | Signal | Pin | Signal |
|---|---|---|---|
|
1 |
9 |
||
|
2 |
10 |
||
|
3 |
11 |
||
|
4 |
12 |
$BITSIN-_60 |
|
|
5 |
$BITSIN+_60 |
13 |
|
|
6 |
14 |
||
|
7 |
15 |
||
|
8 |
|||
|
$= P for primary BITS clock (J42), S for secondary BITS clock (J41) |
|||
B.1.9 Serial Port Connectors
The control shelf backplane provides an interface for 16 separate serial port connections from the TDMs. These connections provide RS-232 interfaces for terminals, printers, and modems. The system is set up as Data Terminal Equipment (DTE).
J17 - J24, J65 - J72 on Control Shelf backplane 04 and J24 - J31, J76 - J83 on Control Shelf backplane 06/07
Figure B-22 Serial Port Connector
Table B-20 Serial Port Connector
| Pin | Signal | Pin | Signal |
|---|---|---|---|
|
1 |
9 |
||
|
2 |
10 |
||
|
3 |
DCD$ |
11 |
|
|
4 |
RX$ |
12 |
|
|
5 |
TX$ |
13 |
CTS$ |
|
6 |
DTR$ |
14 |
RTS$ |
|
7 |
logic ground |
15 |
|
|
8 |
|||
|
$= 0 through 15, MMI0 through MMI15 respectively, J17 through J24 and J65 through J72 respectively |
|||
B.1.10 Interface Connectors
For slots 1 through 8, 11, and 12 on the control shelf backplane, there are two associated DB-26 interface connectors for each slot. These provide interfacing to the outside world in the form of Ethernet networks or SS7 links networks.
J29 - J38, J43 - J52 on Control Shelf backplane 04 and J36 - J45, J50 - J59 on Control Shelf backplane 06/07
Figure B-23 Interface Connector
Table B-21 Interface Connector Pins and Signal
| DB-26 Pin | DS0A/ OCU Signal | DB-26 Pin | DS0A/OCU Signal ATM |
|---|---|---|---|
|
1 |
14 |
||
|
2 |
15 |
||
|
3 |
16 |
||
|
4 |
17 |
||
|
5 |
18 |
||
|
6 |
19 |
||
|
7 |
20 |
TX-RING |
|
|
8 |
21 |
TX-TIP |
|
|
9 |
22 |
RX-RING |
|
|
10 |
23 |
RX-TIP |
|
|
11 |
24 |
||
|
12 |
25 |
||
|
13 |
26 |
Table B-22 Interface Connectors, Ports, and Card Slots
| Card slot | Port | Connector | Port | Connector |
|---|---|---|---|---|
|
01 |
1A |
J38 |
1B |
J52 |
|
02 |
2A |
J37 |
2B |
J51 |
|
03 |
3A |
J36 |
3B |
J50 |
|
04 |
4A |
J35 |
4B |
J49 |
|
05 |
5A |
J34 |
5B |
J48 |
|
06 |
6A |
J33 |
6B |
J47 |
|
07 |
7A |
J32 |
7B |
J46 |
|
08 |
8A |
J31 |
8B |
J45 |
|
11 |
9A |
J30 |
9B |
J44 |
|
12 |
10A |
J29 |
10B |
J43 |
B.1.10.1 Control Shelf Modules
This section details the backplane circuit board connectors used for
- Link Interface Module (LIM)
- E5 Interface Modules
- E5-TSM Modules
- E5-STC Modules
- E5-IPSM Modules
- E5-MCPM-B Modules
Control Shelf Backplane top connectors are P6, P7, and P9 through P16; bottom connectors are P22, P23, and P25 through P32.
B.1.10.1.1 Control Shelf Backplane Pin-Outs, Top Connector
Table B-23 lists pinouts for connectors P6, P7, and P9 through P16 on the control shelf.
Refer to Table B-25 for signal symbol values ($, #, &, @, and ^).
Figure B-24 Control Shelf Backplane Pin-Outs, Top Connector
Table B-23 Control Shelf Backplane Pin-Outs, Top Connector
| Pin | Signal | Pin | Signal | Pin | Signal | Pin | Signal |
|---|---|---|---|---|---|---|---|
|
A01 |
LGND |
B01 |
LGND |
C01 |
LGND |
D01 |
LGND |
|
A02 |
ASEROD-_50 |
B02 |
LGND |
C02 |
ASEROE-_50 |
D02 |
LGND |
|
A03 |
ASEROD+_50 |
B03 |
LGND |
C03 |
ASEROE+_50 |
D03 |
LGND |
|
A04 |
LGND |
B04 |
ASELD- |
C04 |
LGND |
D04 |
ASELE- |
|
A05 |
ASERID-_50 |
B05 |
LGND |
C05 |
ASERIE-_50 |
D05 |
LGND |
|
A06 |
ASERID+_50 |
B06 |
LGND |
C06 |
ASERIE+_50 |
D06 |
LGND |
|
A07 |
LGND |
B07 |
AIND- |
C07 |
LGND |
D07 |
AINE- |
|
A08 |
ASEROC-_50 |
B08 |
LGND |
C08 |
ASEROF-_50 |
D08 |
LGND |
|
A09 |
ASEROC+_50 |
B09 |
LGND |
C09 |
ASEROF+_50 |
D09 |
LGND |
|
A10 |
ABMUXIN- |
B10 |
ASELC- |
C10 |
LGND |
D10 |
ASELF- |
|
A11 |
ASERIC-_50 |
B11 |
LGND |
C11 |
ASERIF-_50 |
D11 |
LGND |
|
A12 |
ASERIC+_50 |
B12 |
LGND |
C12 |
ASERIF+_50 |
D12 |
LGND |
|
A13 |
LGND |
B13 |
AINC- |
C13 |
LGND |
D13 |
AINF- |
|
A14 |
ASEROB-_50 |
B14 |
LGND |
C14 |
ASEROG-_50 |
D14 |
LGND |
|
A15 |
ASEROB+_50 |
B15 |
LGND |
C15 |
ASEROG+_50 |
D15 |
LGND |
|
A16 |
LGND |
B16 |
ASELB- |
C16 |
LGND |
D16 |
ASELG- |
|
A17 |
ASERIB-_50 |
B17 |
LGND |
C17 |
ASERIG-_50 |
D17 |
LGND |
|
A18 |
ASERIB+_50 |
B18 |
LGND |
C18 |
ASERIG+_50 |
D18 |
LGND |
|
A19 |
LGND |
B19 |
AINB- |
C19 |
LGND |
D19 |
AING- |
|
A20 |
B20 |
LGND |
C20 |
ASEROH-_50 |
D20 |
LGND |
|
|
A21 |
B21 |
LGND |
C21 |
ASEROH+_50 |
D21 |
LGND |
|
|
A22 |
LGND |
B22 |
C22 |
LGND |
D22 |
ASELH- |
|
|
A23 |
B23 |
LGND |
C23 |
ASERIH-_50 |
D23 |
LGND |
|
|
A24 |
B24 |
LGND |
C24 |
ASERIH+_50 |
D24 |
LGND |
|
|
A25 |
LGND |
B25 |
C25 |
LGND |
D25 |
AINH- |
|
|
A26 |
ASEROA-_50 |
B26 |
LGND |
C26 |
ASEROI-_50 |
D26 |
LGND |
|
A27 |
ASEROA+_50 |
B27 |
LGND |
C27 |
ASEROI+_50 |
D27 |
LGND |
|
A28 |
LGND |
B28 |
ASELA- |
C28 |
LGND |
D28 |
ASELI- |
|
A29 |
ASERIA-_50 |
B29 |
LGND |
C29 |
ASERII-_50 |
D29 |
LGND |
|
A30 |
ASERIA+_50 |
B30 |
LGND |
C30 |
ASERII+_50 |
D30 |
LGND |
|
A31 |
LGND |
B31 |
AINA- |
C31 |
LGND |
D31 |
AINI- |
|
A32 |
B32 |
LGND |
C32 |
ASEROJ-_50 |
D32 |
LGND |
|
|
A33 |
B33 |
LGND |
C33 |
ASEROJ+_50 |
D33 |
LGND |
|
|
A34 |
LGND |
B34 |
C34 |
LGND |
D34 |
ASELJ- |
|
|
A35 |
B35 |
LGND |
C35 |
ASERIJ-_50 |
D35 |
LGND |
|
|
A36 |
B36 |
LGND |
C36 |
ASERIJ+_50 |
D36 |
LGND |
|
|
A37 |
LGND |
B37 |
C37 |
LGND |
D37 |
AINJ- |
|
|
A38 |
B38 |
LGND |
C38 |
ASEROK-_50 |
D38 |
LGND |
|
|
A39 |
B39 |
LGND |
C39 |
ASEROK+_50 |
D39 |
LGND |
|
|
A40 |
LGND |
B40 |
C40 |
LGND |
D40 |
ASELK- |
|
|
A41 |
B41 |
LGND |
C41 |
ASERIK-_50 |
D41 |
LGND |
|
|
A42 |
B42 |
LGND |
C42 |
ASERIK+_50 |
D42 |
LGND |
|
|
A43 |
LGND |
B43 |
C43 |
LGND |
D43 |
AINK- |
|
|
A44 |
B44 |
LGND |
C44 |
ASEROL-_50 |
D44 |
LGND |
|
|
A45 |
B45 |
LGND |
C45 |
ASEROL+_50 |
D45 |
LGND |
|
|
A46 |
LGND |
B46 |
C46 |
LGND |
D46 |
ASELL- |
|
|
A47 |
B47 |
LGND |
C47 |
ASERIL-_50 |
D47 |
LGND |
|
|
A48 |
B48 |
LGND |
C48 |
ASERIL+_50 |
D48 |
LGND |
|
|
A49 |
LGND |
B49 |
C49 |
LGND |
D49 |
AINL- |
|
|
A50 |
AIN-_78 |
B50 |
LGND |
C50 |
AIMTOUT-_78 |
D50 |
LGND |
|
A51 |
AIMTIN+_78 |
B51 |
LGND |
C51 |
AIMTOUT+_78 |
D51 |
LGND |
|
A52 |
LGND |
B52 |
LGND |
C52 |
LGND |
D52 |
LGND |
|
A53 |
B53 |
MBUSSRX-_50 |
C53 |
MBUSSRX+_50 |
D53 |
||
|
A54 |
B54 |
MBUSSTX-_50 |
C54 |
MBUSSTX+_50 |
D54 |
LGND |
|
|
A55 |
CHASSIS GND |
B55 |
CHASSIS GND |
C55 |
CHASSIS GND |
D55 |
CHASSIS GND |
|
E2 |
P3A48RTN |
||||||
B.1.10.1.2 Control Shelf Backplane Pin-Outs, Bottom Connector
Table B-24 Pinouts for DCM/DSM/LIM/MPL/TSM Control Shelf Backplane bottom connectors P22, P23, and P25 through P32
Figure B-25 Control Shelf Backplane Pin-Outs, Bottom Connector
Table B-24 Control Shelf Backplane Pin-Outs, Bottom Connector
| Pin | Signal | Pin | Signal | Pin | Signal | Pin | Signal |
|---|---|---|---|---|---|---|---|
|
A01 |
LGND |
B01 |
&-IF1_60 |
C01 |
&-IF10_60 |
D01 |
IN2- |
|
A02 |
&-IF3_60 |
B02 |
&-IF2_60 |
C02 |
&-IF19_60 |
D02 |
LGND |
|
A03 |
LGND |
B03 |
C03 |
&-IF20_60 |
D03 |
LGND |
|
|
A04 |
&-IF4_60 |
B04 |
C04 |
&-IF21_60 |
D04 |
LGND |
|
|
A05 |
&-IF5_60 |
B05 |
C05 |
&-IF22_60 |
D05 |
LGND |
|
|
A06 |
&-IF6_60 |
B06 |
&-IF24_60 |
C06 |
&-IF23_60 |
D06 |
LGND |
|
A07 |
&-IF7_60 |
B07 |
&-IF26_60 |
C07 |
D07 |
@-IF25_60 |
|
|
A08 |
&-IF8_60 |
B08 |
&-IF9_60 |
C08 |
&-IF18_60 |
D08 |
LGND |
|
A09 |
LGND |
B09 |
C09 |
D09 |
LGND |
||
|
A10 |
B10 |
C10 |
EBI_^XSP2 |
D10 |
EBI_^XSP3 |
||
|
A11 |
LGND |
B11 |
LGND |
C11 |
EBI_^XBE0- |
D11 |
EBI_^XD00 |
|
A12 |
BSERO@-_50 |
B12 |
LGND |
C12 |
EBI_^XBE1- |
D12 |
EBI_^XD01 |
|
A13 |
BSERO@-_50 |
B13 |
LGND |
C13 |
EBI_^XBE2- |
D13 |
EBI_^XD02 |
|
A14 |
LGND |
B14 |
LGND |
C14 |
EBI_^XBE3- |
D14 |
EBI_^XD03 |
|
A15 |
B15 |
LGND |
C15 |
EBI_^XBS8- |
D15 |
EBI_^XD04 |
|
|
A16 |
B16 |
LGND |
C16 |
EBI_^XBS16- |
D16 |
EBI_^XD05 |
|
|
A17 |
LGND |
B17 |
LGND |
C17 |
EBI_^ADS0- |
D17 |
EBI_^XD06 |
|
A18 |
BSEL@- |
B18 |
C18 |
EBI_^ADS1- |
D18 |
EBI_^XD07 |
|
|
A19 |
B19 |
C19 |
EBI_^XW/R |
D19 |
EBI_^XD08 |
||
|
A20 |
BMUXIN- |
B20 |
C20 |
EBI_^XM/IO |
D20 |
EBI_^XD09 |
|
|
A21 |
LGND |
B21 |
BIN@- |
C21 |
EBI_^XSP1 |
D21 |
EBI_^XD10 |
|
A22 |
B22 |
LGND |
C22 |
EBI_^XINTA- |
D22 |
EBI_^XD11 |
|
|
A23 |
B23 |
LGND |
C23 |
EBI_^XRDY- |
D23 |
EBI_^XD12 |
|
|
A24 |
LGND |
B24 |
LGND |
C24 |
EBI_^XCAS0- |
D24 |
EBI_^XD13 |
|
A25 |
BSERI@-_50 |
B25 |
LGND |
C25 |
EBI_^XCAS1- |
D25 |
EBI_^XD14 |
|
A26 |
BSERI@+_50 |
B26 |
LGND |
C26 |
EBI_^XCAS2- |
D26 |
EBI_^XD15 |
|
A27 |
LGND |
B27 |
LGND |
C27 |
D27 |
||
|
A28 |
B28 |
C28 |
D28 |
LGND |
|||
|
A29 |
LGND |
B29 |
C29 |
D29 |
|||
|
A30 |
B30 |
C30 |
D30 |
LGND |
|||
|
A31 |
LGND |
B31 |
C31 |
MB56KHZ+_50 |
D31 |
||
|
A32 |
B32 |
C32 |
MB56KHZ-_50 |
D32 |
LGND |
||
|
A33 |
LGND |
B33 |
C33 |
MB8KHZ+_50 |
D33 |
||
|
A34 |
B34 |
C34 |
MB8KHZ-_50 |
D34 |
LGND |
||
|
A35 |
CHASSIS GND |
B35 |
CHASSIS GND |
C35 |
CHASSIS GND |
D35 |
CHASSIS GND |
B.1.10.1.3 Control Shelf Backplane Pin-Out Symbols
Table B-25 lists the signal symbol values used in Table B-23 through Table B-43.
Table B-25 Backplane Pin-Out Symbols
| Slot/Connector | Interface Port | Address | Signal Symbol Values | ||||
|---|---|---|---|---|---|---|---|
| $ | # | & | @ | ^ | |||
|
1 top / P16 |
0A |
0 |
1A |
L |
0A |
0 |
|
|
1 bottom / P32 |
0B |
0 |
1A |
0B |
A |
0 |
|
|
2 top / P15 |
1A |
1 |
1A |
K |
1A |
0 |
|
|
2 bottom / P31 |
1B |
1 |
1A |
1B |
B |
0 |
|
|
3 top / P14 |
2A |
2 |
1B |
J |
2A |
2 |
|
|
3 bottom / P30 |
2B |
2 |
1B |
2B |
C |
2 |
|
|
4 top / P13 |
3A |
3 |
1B |
I |
3A |
2 |
|
|
4 bottom / P29 |
3B |
3 |
1B |
3B |
D |
2 |
|
|
5 top / P12 |
4A |
4 |
2A |
H |
4A |
4 |
|
|
5 bottom / P28 |
4B |
4 |
2A |
4B |
E |
4 |
|
|
6 top / P11 |
5A |
5 |
2A |
G |
5A |
4 |
|
|
6 bottom / P27 |
5B |
5 |
2A |
5B |
F |
4 |
|
|
7 top / P10 |
6A |
6 |
2B |
F |
6A |
6 |
|
|
7 bottom / P26 |
6B |
6 |
2B |
6B |
G |
6 |
|
|
8 top / P9 |
7A |
7 |
2B |
E |
7A |
6 |
|
|
8 bottom / P25 |
7B |
7 |
2B |
7B |
H |
6 |
|
|
11 top/P7 |
8A |
8 |
4A |
D |
8A |
8 |
|
|
11 bottom/P23 |
8B |
8 |
4A |
8B |
I |
8 |
|
|
12 top/P6 |
9A |
9 |
4A |
C |
9A |
8 |
|
|
12 bottom/P22 |
9B |
9 |
4A |
9B |
J |
8 |
|
B.1.10.2 Maintenance Disk and Alarm Connector
B.1.10.2.1 MDAL Pin-Outs, Top Connector
Table B-26Table B-26 lists pinouts for connectors P1on the control shelf.
Figure B-26 Maintenance Disk and Alarm Connector, Top
Table B-26 MDAL Backplane, Top
| Pin | Signal | Pin | Signal | Pin | Signal | Pin | Signal |
|---|---|---|---|---|---|---|---|
|
A01 |
BALMEN0- |
B01 |
BALMD0- |
C01 |
D01 |
LGND |
|
|
A02 |
BALMEN1- |
B02 |
BALMD1- |
C02 |
LGND |
D02 |
LGND |
|
A03 |
BALMEN2- |
B03 |
BALMD2- |
C03 |
LGND |
D03 |
|
|
A04 |
BALMEN3- |
B04 |
BALMD3- |
C04 |
LGND |
D04 |
|
|
A05 |
BALMEN4- |
B05 |
BALMD4- |
C05 |
D05 |
LGND |
|
|
A06 |
BALMCK- |
B06 |
BALMD5- |
C06 |
D06 |
||
|
A07 |
BALMD7- |
B07 |
BALMD6- |
C07 |
R0CRNC |
D07 |
LGND |
|
A08 |
R0FANCTRL |
B08 |
LGND |
C08 |
R0MJNC |
D08 |
R0COM |
|
A09 |
AALMEN0- |
B09 |
AALMD0- |
C09 |
R0MNNC |
D09 |
R0MJNO |
|
A10 |
AALMEN1- |
B10 |
AALMD1- |
C10 |
R0BNC |
D10 |
R0MNNO |
|
A11 |
AALMEN2- |
B11 |
AALMD2- |
C11 |
D11 |
R0BNO |
|
|
A12 |
AALMEN3- |
B12 |
AALMD3- |
C12 |
LGND |
D12 |
LGND |
|
A13 |
AALMEN4- |
B13 |
AALMD4- |
C13 |
D13 |
LGND |
|
|
A14 |
AALMCK- |
B14 |
AALMD5- |
C14 |
LGND |
D14 |
LGND |
|
A15 |
AALMD7- |
B15 |
AALMD6- |
C15 |
D15 |
LGND |
|
|
A16 |
CHASSIS GND |
B16 |
CHASSIS GND |
C16 |
CHASSIS GND |
D16 |
CHASSIS GND |
|
A17 |
B17 |
LGND |
C17 |
D17 |
|||
|
A18 |
LGND |
B18 |
LGND |
C18 |
LGND |
D18 |
|
|
A19 |
LGND |
B19 |
LGND |
C19 |
D19 |
||
|
A20 |
R0FBALM- |
B20 |
C20 |
R1FBALM- |
D20 |
||
|
A21 |
R0FAALM- |
B21 |
LGND |
C21 |
R1FAALM- |
D21 |
|
|
A22 |
LGND |
B22 |
R2FBALM- |
C22 |
D22 |
||
|
A23 |
LGND |
B23 |
R2FAALM- |
C23 |
R1CRNC |
D23 |
R1COM |
|
A24 |
LGND |
B24 |
C24 |
R1MJNC |
D24 |
R1MJNO |
|
|
A25 |
R1FANCTRL |
B25 |
LGND |
C25 |
R1MNNC |
D25 |
R1MNNO |
|
A26 |
R2FANCTRL |
B26 |
LGND |
C26 |
R1BNC |
D26 |
R1BNO |
|
A27 |
LGND |
B27 |
C27 |
D27 |
|||
|
A28 |
RACRNC |
B28 |
RACOM |
C28 |
R2CRNC |
D28 |
R2COM |
|
A29 |
RAMJNC |
B29 |
RAMJNO |
C29 |
R2MJNC |
D29 |
R2MJNO |
|
A30 |
RAMNNC |
B30 |
RAMNNO |
C30 |
R2MNNC |
D30 |
R2MNNO |
|
A31 |
RABNC |
B31 |
RABNO |
C31 |
R2BNC |
D31 |
R2BNO |
|
A32 |
RMCANC |
B32 |
C32 |
D32 |
LGND |
||
|
A33 |
RMCBNC |
B33 |
C33 |
LGND |
D33 |
RMCANO |
|
|
A34 |
RMCMJNC |
B34 |
RMCMNNC |
C34 |
RMCCOM |
D34 |
RMCBNO |
|
A35 |
RMCCRNC |
B35 |
C35 |
RMCMNNO |
D35 |
RMCMJNO |
|
|
E2 |
LGND |
B.1.10.2.2 MDAL Pin-Outs, Bottom Connector
Table B-27 lists pinouts of the bottom connector P17 on the control shelf.
Figure B-27 MDAL Backplane, Bottom
Table B-27 MDAL Backplane, Bottom
| Pin | Signal | Pin | Signal | Pin | Signal | Pin | Signal |
|---|---|---|---|---|---|---|---|
|
A01 |
LMCANO |
B01 |
C01 |
LMCACOM |
D01 |
LMCANC |
|
|
A02 |
LMCVMJNC |
B02 |
C02 |
D02 |
LMCVCOM |
||
|
A03 |
LMCVCRNC |
B03 |
LMCVMNNC |
C03 |
LMCVMJNO |
D03 |
LMCVMNNO |
|
A04 |
R3FANCTRL |
B04 |
C04 |
LGND |
D04 |
||
|
A05 |
R4FANCTRL |
B05 |
R4FBALM- |
C05 |
R3CRNC |
D05 |
R3COM |
|
A06 |
B06 |
R4FAALM- |
C06 |
R3MJNC |
D06 |
R3MJNO |
|
|
A07 |
R3FBALM- |
B07 |
C07 |
R3MNNC |
D07 |
R3MNNO |
|
|
A08 |
R3FAALM- |
B08 |
C08 |
R3BNC |
D08 |
R3BNO |
|
|
A09 |
LGND |
B09 |
LGND |
C09 |
D09 |
LGND |
|
|
A10 |
B10 |
C10 |
R4CRNC |
D10 |
R4COM |
||
|
A11 |
LGND |
B11 |
LGND |
C11 |
R4MJNC |
D11 |
R4MJNO |
|
A12 |
B12 |
C12 |
R4MNNC |
D12 |
R4MNNO |
||
|
A13 |
LGND |
B13 |
LGND |
C13 |
R4CRNC |
D13 |
R4BNO |
|
A14 |
B14 |
C14 |
D14 |
||||
|
A15 |
TPWR |
B15 |
LGND |
C15 |
D15 |
||
|
A16 |
AUDCTOFF- |
B16 |
C16 |
LGND |
D16 |
||
|
A17 |
ALMTRANS- |
B17 |
LGND |
C17 |
R5FBALM- |
D17 |
|
|
A18 |
AMS/BMS- |
B18 |
SDB0-_100 |
C18 |
R5FAALM- |
D18 |
|
|
A19 |
MASBSAN- |
B19 |
SDB1-_100 |
C19 |
D19 |
||
|
A20 |
MASASAN- |
B20 |
SDB2-_100 |
C20 |
D20 |
||
|
A21 |
LGND |
B21 |
SDB3-_100 |
C21 |
D21 |
LGND |
|
|
A22 |
B22 |
SDB4-_100 |
C22 |
D22 |
|||
|
A23 |
B23 |
SDB5-_100 |
C23 |
D23 |
|||
|
A24 |
B24 |
SDB6-_100 |
C24 |
D24 |
|||
|
A25 |
B25 |
SDB7-_100 |
C25 |
D25 |
|||
|
A26 |
B26 |
SDBP-_100 |
C26 |
D26 |
|||
|
A27 |
B27 |
SBSY-_100 |
C27 |
D27 |
|||
|
A28 |
B28 |
SATN-_100 |
C28 |
R5CRNC |
D28 |
R5COM |
|
|
A29 |
B29 |
SACK-_100 |
C29 |
R5MJNC |
D29 |
R5MJNO |
|
|
A30 |
LGND |
B30 |
SRST-_100 |
C30 |
R5MNNC |
D30 |
R5MNNO |
|
A31 |
LGND |
B31 |
SMSG-_100 |
C31 |
R5CRNC |
D31 |
R5BNO |
|
A32 |
R5FANCTRL |
B32 |
SSEL-_100 |
C32 |
D32 |
||
|
A33 |
B33 |
SI/O-_100 |
C33 |
D33 |
|||
|
A34 |
B34 |
SC/D-_100 |
C34 |
D34 |
|||
|
A35 |
LGND |
B35 |
SREQ-_100 |
C35 |
D35 |
||
|
E2 |
P5B48RTN |
B.1.10.3 Terminal Disk Module
Terminal Disk Module P2, P4, P18, P20
B.1.10.3.1 TDM Pin-Outs, Top Connectors
TDM, Top Connectors P2, P4
Figure B-28 TDM, Top
Table B-28 TDM Backplane, Top
| Pin | Signal | Pin | Signal | Pin | Signal | Pin | Signal |
|---|---|---|---|---|---|---|---|
|
A01 |
LGND |
B01 |
R0FA+ |
C01 |
$ALMEN0- |
D01 |
$ALMD0- |
|
A02 |
LGND |
B02 |
R0FA- |
C02 |
$ALMEN1- |
D02 |
$ALMD1- |
|
A03 |
CUFA1 |
B03 |
C03 |
$ALMEN2- |
D03 |
$ALMD2- |
|
|
A04 |
CUFA2 |
B04 |
LGND |
C04 |
$ALMEN3- |
D04 |
$ALMD3- |
|
A05 |
MBUS2RX+_50 |
B05 |
LGND |
C05 |
$ALMEN4- |
D05 |
$ALMD4- |
|
A06 |
MBUS2RX-_50 |
B06 |
$8KHZ2-_50 |
C06 |
$ALMCK- |
D06 |
$ALMD5- |
|
A07 |
MBUS2TX+_50 |
B07 |
$8KHZ2+_50 |
C07 |
$ALMD7- |
D07 |
$ALMD6- |
|
A08 |
MBUS2TX-_50 |
B08 |
$56KHZ2-_50 |
C08 |
EBI_$XA02 |
D08 |
EBI_$XA14 |
|
A09 |
MBUS1RX+_50 |
B09 |
$56KHZ2+_50 |
C09 |
EBI_$XA03 |
D09 |
EBI_$XA15 |
|
A10 |
MBUS1RX-_50 |
B10 |
$8KHZ1-_50 |
C10 |
EBI_$XA04 |
D10 |
EBI_$XA16 |
|
A11 |
MBUS1TX+_50 |
B11 |
$8KHZ1+_50 |
C11 |
EBI_$XA05 |
D11 |
EBI_$XA17 |
|
A12 |
MBUS1TX-_50 |
B12 |
$56KHZ1-_50 |
C12 |
EBI_$XA06 |
D12 |
EBI_$XA18 |
|
A13 |
MBUS0RX+_50 |
B13 |
$56KHZ1+_50 |
C13 |
EBI_$XA07 |
D13 |
EBI_$XA19 |
|
A14 |
MBUS0RX-_50 |
B14 |
$8KHZ0-_50 |
C14 |
EBI_$XA08 |
D14 |
EBI_$XA20 |
|
A15 |
MBUS0TX+_50 |
B15 |
$8KHZ0+_50 |
C15 |
EBI_$XA09 |
D15 |
EBI_$XA21 |
|
A16 |
MBUS0TX-_50 |
B16 |
$56KHZ0-_50 |
C16 |
EBI_$XA10 |
D16 |
EBI_$XA22 |
|
A17 |
B17 |
$56KHZ0+_50 |
C17 |
CUFA13 |
D17 |
EBI_$XA23 |
|
|
A18 |
LGND |
B18 |
C18 |
CUFA14 |
D18 |
EBI_$XA24 |
|
|
A19 |
CUFA3 |
B19 |
CUFA9 |
C19 |
HST/GST |
D19 |
EBI_$XA25 |
|
A20 |
CUFA4 |
B20 |
CUFA10 |
C20 |
D20 |
EBI_$XA26 |
|
|
A21 |
LGND |
B21 |
LGND |
C21 |
LGND |
D21 |
EBI_$XA27 |
|
A22 |
CUFA5 |
B22 |
CUFA11 |
C22 |
D22 |
MBUS8RX+_50 |
|
|
A23 |
CUFA6 |
B23 |
CUFA12 |
C23 |
LGND |
D23 |
$8KHZ8-_50 |
|
A24 |
LGND |
B24 |
LGND |
C24 |
CUFA15 |
D24 |
MBUS8RX-_50 |
|
A25 |
CUFA7 |
B25 |
LGND |
C25 |
CUFA16 |
D25 |
$8KHZ8+_50 |
|
A26 |
CUFA8 |
B26 |
LGND |
C26 |
MBUS8TX+_50 |
D26 |
$56KHZ8-_50 |
|
A27 |
LGND |
B27 |
C27 |
MBUS8TX-_50 |
D27 |
$56KHZ8+_50 |
|
|
A28 |
EBI_$XSP5 |
B28 |
R1FA+ |
C28 |
MBUS7RX+_50 |
D28 |
$8KHZ7-_50 |
|
A29 |
EBI_$XSP4 |
B29 |
R1FA- |
C29 |
MBUS7RX-_50 |
D29 |
$8KHZ7+_50 |
|
A30 |
EBI_$XA11 |
B30 |
EBI_$XA12 |
C30 |
MBUS7TX+_50 |
D30 |
$56KHZ7-_50 |
|
A31 |
EBI_$XA13 |
B31 |
EBI_$BREQ- |
C31 |
MBUS7TX-_50 |
D31 |
$56KHZ7+_50 |
|
A32 |
EBI_$BG- |
B32 |
EBI_$XIRQ- |
C32 |
MBUS6RX+_50 |
D32 |
$8KHZ6-_50 |
|
A33 |
EBI_$HOSTSAN- |
B33 |
EBI_$GSTSAN- |
C33 |
MBUS6RX-_50 |
D33 |
$8KHZ6+_50 |
|
A34 |
MBUS5RX+_50 |
B34 |
$8KHZ5-_50 |
C34 |
MBUS6TX+_50 |
D34 |
$56KHZ6-_50 |
|
A35 |
MBUS5RX-_50 |
B35 |
$8KHZ5+_50 |
C35 |
MBUS6TX-_50 |
D35 |
$56KHZ6+_50 |
|
A36 |
MBUS5TX+_50 |
B36 |
$56KHZ5-_50 |
C36 |
RTS0 |
D36 |
RTS4 |
|
A37 |
MBUS5TX-_50 |
B37 |
$56KHZ5+_50 |
C37 |
CTS0 |
D37 |
CTS4 |
|
A38 |
MBUS4RX+_50 |
B38 |
$8KHZ4-_50 |
C38 |
TX0 |
D38 |
TX4 |
|
A39 |
MBUS4RX-_50 |
B39 |
$8KHZ4+_50 |
C39 |
RX0 |
D39 |
RX4 |
|
A40 |
MBUS4TX+_50 |
B40 |
$56KHZ4-_50 |
C40 |
DCD0 |
D40 |
DCD4 |
|
A41 |
MBUS4TX-_50 |
B41 |
$56KHZ4+_50 |
C41 |
RTS1 |
D41 |
RTS5 |
|
A42 |
MBUS3RX+_50 |
B42 |
$8KHZ3-_50 |
C42 |
CTS1 |
D42 |
CTS5 |
|
A43 |
MBUS3RX-_50 |
B43 |
$8KHZ3+_50 |
C43 |
TX1 |
D43 |
TX5 |
|
A44 |
MBUS3TX+_50 |
B44 |
$56KHZ3-_50 |
C44 |
RX1 |
D44 |
RX5 |
|
A45 |
MBUS3TX-_50 |
B45 |
$56KHZ3+_50 |
C45 |
DCD1 |
D45 |
DCD5 |
|
A46 |
B46 |
C46 |
RTS2 |
D46 |
RTS6 |
||
|
A47 |
B47 |
C47 |
CTS2 |
D47 |
CTS6 |
||
|
A48 |
LGND |
B48 |
LGND |
C48 |
TX2 |
D48 |
TX6 |
|
A49 |
B49 |
LGND |
C49 |
RX2 |
D49 |
RX6 |
|
|
A50 |
B50 |
C50 |
DCD2 |
D50 |
DCD6 |
||
|
A51 |
LGND |
B51 |
LGND |
C51 |
RTS3 |
D51 |
RTS7 |
|
A52 |
B52 |
C52 |
CTS3 |
D52 |
CTS7 |
||
|
A53 |
RAFA+ |
B53 |
C53 |
TX3 |
D53 |
TX7 |
|
|
A54 |
RAFA- |
B54 |
R2FA+ |
C54 |
RX3 |
D54 |
RX7 |
|
A55 |
B55 |
R2FA- |
C55 |
DCD3 |
D55 |
DCD7 |
|
|
E1 |
P#$48VDC |
$= A or B, for TDM connectors P4 and P2 respectively # = 4 or 5, for TDM connectors P4 and P2 respectively |
|||||
|
E2 |
P#$48RTN |
||||||
B.1.10.3.2 TDM Pin-Outs, Bottom Connector
TDM, Bottom Connectors P18, P20 Control Shelf Backplane
Figure B-29 TDM Backplane Pin-outs, Bottom
Table B-29 TDM Backplane Pin-outs, Bottom
| Pin | Signal | Pin | Signal | Pin | Signal | Pin | Signal |
|---|---|---|---|---|---|---|---|
|
A01 |
CHASSIS GND |
B01 |
CHASSIS GND |
C01 |
CHASSIS GND |
D01 |
CHASSIS GND |
|
A02 |
B02 |
C02 |
LGND |
D02 |
|||
|
A03 |
PBITSIN+_60 |
B03 |
LGND |
C03 |
SBITSIN+_60 |
D03 |
LGND |
|
A04 |
PBITSIN-_60 |
B04 |
C04 |
SBITSIN-_60 |
D04 |
||
|
A05 |
LGND |
B05 |
LGND |
C05 |
D05 |
||
|
A06 |
LGND |
B06 |
C06 |
D06 |
SPARE1 |
||
|
A07 |
B07 |
LGND |
C07 |
LGND |
D07 |
R3FA+ |
|
|
A08 |
B08 |
C08 |
D08 |
R3FA- |
|||
|
A09 |
B09 |
C09 |
D09 |
R4FA+ |
|||
|
A10 |
LGND |
B10 |
LGND |
C10 |
LGND |
D10 |
R4FA- |
|
A11 |
MBUS11RX+_50 |
B11 |
$8KHZ11-_50 |
C11 |
MBUS14RX+_50 |
D11 |
|
|
A12 |
MBUS11RX-_50 |
B12 |
$8KHZ11+_50 |
C12 |
MBUS14RX-_50 |
D12 |
$8KHZ14-_50 |
|
A13 |
MBUS11TX+_50 |
B13 |
$56KHZ11-_50 |
C13 |
MBUS14TX+_50 |
D13 |
$8KHZ14+_50 |
|
A14 |
MBUS11TX-_50 |
B14 |
$56KHZ11+_50 |
C14 |
MBUS14TX-_50 |
D14 |
$56KHZ14-_50 |
|
A15 |
B15 |
C15 |
MBUS13RX+_50 |
D15 |
$56KHZ14+_50 |
||
|
A16 |
MBUS10RX+_50 |
B16 |
$8KHZ10-_50 |
C16 |
MBUS13RX-_50 |
D16 |
$8KHZ13-_50 |
|
A17 |
MBUS10RX-_50 |
B17 |
$8KHZ10+_50 |
C17 |
MBUS13TX+_50 |
D17 |
$8KHZ13+_50 |
|
A18 |
MBUS10TX+_50 |
B18 |
$56KHZ10-_50 |
C18 |
MBUS13TX-_50 |
D18 |
$56KHZ13-_50 |
|
A19 |
MBUS10TX-_50 |
B19 |
$56KHZ10+_50 |
C19 |
MBUS12RX+_50 |
D19 |
$56KHZ13+_50 |
|
A20 |
MBUS9RX+_50 |
B20 |
$8KHZ9-_50 |
C20 |
MBUS12RX-_50 |
D20 |
$8KHZ12-_50 |
|
A21 |
MBUS9RX-_50 |
B21 |
$8KHZ9+_50 |
C21 |
MBUS12TX+_50 |
D21 |
$8KHZ12+_50 |
|
A22 |
MBUS9TX+_50 |
B22 |
$56KHZ9-_50 |
C22 |
MBUS12TX-_50 |
D22 |
$56KHZ12-_50 |
|
A23 |
MBUS9TX-_50 |
B23 |
$56KHZ9+_50 |
C23 |
D23 |
$56KHZ12+_50 |
|
|
A24 |
EBI_$XD00 |
B24 |
EBI_$XBE0- |
C24 |
EBI_$XSP2 |
D24 |
EBI_$XSP3 |
|
A25 |
EBI_$XD01 |
B25 |
EBI_$XBE1- |
C25 |
D25 |
LGND |
|
|
A26 |
EBI_$XD02 |
B26 |
EBI_$XBE2- |
C26 |
D26 |
||
|
A27 |
EBI_$XD03 |
B27 |
EBI_$XBE3- |
C27 |
LGND |
D27 |
SPARE2 |
|
A28 |
EBI_$XD04 |
B28 |
EBI_$XBS8- |
C28 |
LGND |
D28 |
TPWR |
|
A29 |
EBI_$XD05 |
B29 |
EBI_$XBS16- |
C29 |
D29 |
AUDCTOFF- |
|
|
A30 |
EBI_$XD06 |
B30 |
EBI_$ADS0- |
C30 |
D30 |
ALMTRANS- |
|
|
A31 |
EBI_$XD07 |
B31 |
EBI_$ADS1- |
C31 |
SDB0-_100 |
D31 |
AMS/BMS |
|
A32 |
EBI_$XD08 |
B32 |
EBI_$XW/R |
C32 |
SDB1-_100 |
D32 |
MASASAN- |
|
A33 |
EBI_$XD09 |
B33 |
EBI_$XM/IO |
C33 |
SDB2-_100 |
D33 |
MASBSAN- |
|
A34 |
EBI_$XD10 |
B34 |
EBI_$XSP1 |
C34 |
SDB3-_100 |
D34 |
R5FA+ |
|
A35 |
EBI_$XD11 |
B35 |
EBI_$XINTA- |
C35 |
LGND |
D35 |
R5FA- |
|
A36 |
EBI_$XD12 |
B36 |
EBI_$XRDY- |
C36 |
RTS8 |
D36 |
RTS12 |
|
A37 |
EBI_$XD13 |
B37 |
EBI_$XCAS0- |
C37 |
CTS8 |
D37 |
CTS12 |
|
A38 |
EBI_$XD14 |
B38 |
EBI_$XCAS1- |
C38 |
TX8 |
D38 |
TX12 |
|
A39 |
EBI_$XD15 |
B39 |
EBI_$XCAS2- |
C39 |
RX8 |
D39 |
RX12 |
|
A40 |
LGND |
B40 |
C40 |
DCD8 |
D40 |
DCD12 |
|
|
A41 |
B41 |
C41 |
RTS9 |
D41 |
RTS13 |
||
|
A42 |
LGND |
B42 |
SDB4-_100 |
C42 |
CTS9 |
D42 |
CTS13 |
|
A43 |
B43 |
SDB5-_100 |
C43 |
TX9 |
D43 |
TX13 |
|
|
A44 |
LGND |
B44 |
SDB6-_100 |
C44 |
RX9 |
D44 |
RX13 |
|
A45 |
MBUS15RX+_50 |
B45 |
SDB7-_100 |
C45 |
DCD9 |
D45 |
DCD13 |
|
A46 |
$8KHZ15-_50 |
B46 |
SDBP-_100 |
C46 |
RTS10 |
D46 |
RTS14 |
|
A47 |
MBUS15RX-_50 |
B47 |
SBSY-_100 |
C47 |
CTS10 |
D47 |
CTS14 |
|
A48 |
$8KHZ15+_50 |
B48 |
SATN-_100 |
C48 |
TX10 |
D48 |
TX14 |
|
A49 |
MBUS15TX+_50 |
B49 |
SACK-_100 |
C49 |
RX10 |
D49 |
RX14 |
|
A50 |
$56KHZ15-_50 |
B50 |
SRST-_100 |
C50 |
DCD10 |
D50 |
DCD14 |
|
A51 |
MBUS15TX-_50 |
B51 |
SMSG-_100 |
C51 |
RTS11 |
D51 |
RTS15 |
|
A52 |
$56KHZ15+_50 |
B52 |
SSEL-_100 |
C52 |
CTS11 |
D52 |
CTS15 |
|
A53 |
+12VB |
B53 |
SI/O-_100 |
C53 |
TX11 |
D53 |
TX15 |
|
A54 |
SIG GND |
B54 |
SC/D-_100 |
C54 |
RX11 |
D54 |
RX15 |
|
A55 |
SIG GND |
B55 |
SREQ-_100 |
C55 |
DCD11 |
D55 |
DCD15 |
B.1.11 Interprocessor Message Transport Connectors
Inter-processor Message Transport (IMT) connectors on the control shelf backplane provide connections between the system shelves as part of the two high speed IMT buses.
J8, J16, J58, J64 on Control Shelf backplane 04 and J23, J22, J75, J74 on Control Shelf backplane 06/07
Figure B-30 IMT Connector
Table B-30 IMT Connector Pins
| Connector | Pin | Signal |
|---|---|---|
|
A IMT IN backplane (P/N 850-0330-04)(J8) A IMT IN backplane (P/N 850-0330-06/07)(J23) |
1 |
AIMTIN+_78 |
|
2 |
AIMTIN-_78 |
|
|
A IMT OUT backplane (P/N 850-0330-04)(J16) A IMT OUT backplane (P/N 850-0330-06/07)(J22) |
1 |
AIMTOUT+_78 |
|
2 |
AIMTOUT-_78 |
|
|
B IMT IN backplane (P/N 850-0330-04)(J58) B IMT IN backplane (P/N 850-0330-06/07)(J75) |
1 |
BIMTIN+_78 |
|
2 |
BIMTIN-_78 |
|
|
B IMT OUT backplane (P/N 850-0330-04)(J64) B IMT OUT backplane (P/N 850-0330-06/07)(J74) |
1 |
BIMTOUT+_78 |
|
2 |
BIMTOUT-_78 |
B.1.12 General Purpose Relay Connectors
General Purpose Relay connectors provide software controlled, general purpose outputs for the system. Currently, Generic Program (GP01) provides reset signals for any optional OAPs that may be present in the system.
B.1.12.1 GP01
J75 on Control Shelf backplane 04 and J71 on Control Shelf backplane 06/07
Figure B-31 General Purpose Relay Connector 01
Table B-31 General Purpose Relay Connector 01
|
Pin |
Signal |
|
4, 8, 10, 15 |
not used |
|
1 |
GPRNO0 - General Purpose Relay 0, Normally Open |
|
2 |
GPRCOM0 - General Purpose Relay 0, Common |
|
3 |
GPRNC0 - General Purpose Relay 0, Normally Closed |
|
5 |
GPRNO1 - General Purpose Relay 1, Normally Open |
|
6 |
GPRCOM1 - General Purpose Relay 1, Common |
|
7 |
GPRNC1 - General Purpose Relay 1, Normally Closed |
|
9 |
Logic ground |
|
11 |
OAP1_RST+ - OAP 1 reset, + |
|
12 |
OAP1_RST- - OAP 1 reset, - |
|
13 |
OAP2_RST+ - OAP 2 reset, + |
|
14 |
OAP2_RST- - OAP 2 reset, - |
B.1.12.2 GP02
J73 on Control Shelf backplane 04 and J75 on Control Shelf backplane 06/07
Figure B-32 General Purpose Relay Connector 02
Table B-32 General Purpose Relay Connector 02
| Pin | Signal |
|---|---|
|
1, 2, 13, 14, 18, 25 |
not used |
|
3 |
GPRNC2 - General Purpose Relay 2, Normally Closed |
|
4 |
GPRCOM2 - General Purpose Relay 2, Common |
|
5 |
GPRNO2 - General Purpose Relay 2, Normally Open |
|
6 |
GPRNC2 - General Purpose Relay 3, Normally Closed |
|
7 |
GPRCOM2 - General Purpose Relay 3, Common |
|
8 |
GPRNO2 - General Purpose Relay 3, Normally Open |
|
9 |
GPRNC2 - General Purpose Relay 4, Normally Closed |
|
10 |
GPRCOM2 - General Purpose Relay 4, Common |
|
11 |
GPRNO2 - General Purpose Relay 4, Normally Open |
|
12 |
Logic ground |
|
15 |
GPRNC2 - General Purpose Relay 5, Normally Closed |
|
16 |
GPRCOM2 - General Purpose Relay 5, Common |
|
17 |
GPRNO2 - General Purpose Relay 5, Normally Open |
|
19 |
GPRNC2 - General Purpose Relay 6, Normally Closed |
|
20 |
GPRCOM2 - General Purpose Relay 6, Common |
|
21 |
GPRNO2 - General Purpose Relay 6, Normally Open |
|
22 |
GPRNC2 - General Purpose Relay 7, Normally Closed |
|
23 |
GPRCOM2 - General Purpose Relay 7, Common |
|
24 |
GPRNO2 - General Purpose Relay 7, Normally Open |
B.1.13 General Purpose Serial Interface Connectors
The General Purpose Serial Interface connector provides a General Purpose Serial Interfaces (GPSI) for the system. The GPSI also provides communications between an optional holdover clock system and the rest of the system.
J76 on Control Shelf backplane 04 and J73 on Control Shelf backplane 06/07
Figure B-33 General Purpose Serial Interface Connector 01, GPSI
Table B-33 General Purpose Serial Interface Connector 01, GPSI
| Pin | Signal |
|---|---|
|
1, 2, 3, 8, 9, 10, 11, 12, 13, 14, 15 |
Not used |
|
4 |
RX_HO - Holdover Clock Receive Data |
|
5 |
TX_HO - Holdover Clock Transmit Data |
|
6 |
DTR_HO - Holdover Clock Data Terminal Ready |
|
7 |
Logic ground |
B.2 Extension Shelf
The extension shelf backplane provides connectors for 18 circuit cards. These connectors are four column High Density Interconnect (HDI) male headers with shrouds of varying pin quantities depending on card position. The reverse or component side of the backplane contains DB style connectors for interfacing to the rest of the system.
-
Power connectors
-
System clock connectors
-
Interface connectors
-
IMT connectors
B.2.2 Power Connectors
The extension shelf backplane provides –48VDC power and return to all card positions. The power is divided into parts A and B and brought to the shelf from the Fuse and Alarm Panel (FAP) using two cables. The power connectors on the extension shelf backplane are DB-26 high density connectors with two pins per power connection to handle the current load.
J1, J4 on Extension Shelf backplane 01
J1, J4, Primary and J45, J46 Secondary on Extension Shelf backplane 03
Figure B-35 Power Connector
Table B-34 Power Connector
| Pin | Signal | Pin | Signal |
|---|---|---|---|
|
1 |
P5$48VDC |
14 |
LGND |
|
2 |
P5$48RTN |
15 |
P3$48RTN |
|
3 |
P4$48VDC |
16 |
P3$48VDC |
|
4 |
P4$48RTN |
17 |
P2$48RTN |
|
5 |
LGND |
18 |
P2$48VDC |
|
6 |
P3$48RTN |
19 |
P1$48RTN |
|
7 |
P3$48VDC |
20 |
P1$48RTN |
|
8 |
P2$48RTN |
21 |
P1$48VDC |
|
9 |
P2$48VDC |
22 |
P1$48VDC |
|
10 |
P5$48VDC |
23 |
PF$48RTN |
|
11 |
P5$48RTN |
24 |
PF$48RTN |
|
12 |
P4$48VDC |
25 |
PF$48VDC |
|
13 |
P4$48RTN |
26 |
PF$48VDC |
|
$= A or B, A POWER (J4) or B POWER (J1) |
|||
B.2.3 System Clock Connectors
Each extension shelf receives and passes along Clock signals A (J5 and J6) and B (J41and J42).
B.2.3.1 Clock A In Connector J5
Figure B-36 Clock A In Extension Shelf Connector
Table B-35 Clock A In Extension Shelf Connector
| Pin | Signal | Pin | Signal |
|---|---|---|---|
|
1 |
14 |
MA56KHZ+_50 |
|
|
2 |
MBUSSTX-_50 |
15 |
MA56KHZ-_50 |
|
3 |
MBUSSTX+_50 |
16 |
MA8KHZ+_50 |
|
4 |
MBUSSRX-_50 |
17 |
MA8KHZ-_50 |
|
5 |
MBUSSRX+_50 |
18 |
SH2A56KHZ+_50 |
|
6 |
SH2MBUSTX-_50 |
19 |
SH2A56KHZ-_50 |
|
7 |
SH2MBUSTX+_50 |
20 |
SH2A8KHZ+_50 |
|
8 |
SH2MBUSRX-_50 |
21 |
SH2A8KHZ-_50 |
|
9 |
SH2MBUSRX+_50 |
22 |
SH3A56KHZ+_50 |
|
10 |
SH3MBUSTX-_50 |
23 |
SH3A56KHZ-_50 |
|
11 |
SH3MBUSTX-_50 |
24 |
SH3A8KHZ+_50 |
|
12 |
SH3MBUSRX-_50 |
25 |
SH3A8KHZ-_50 |
|
13 |
SH3MBUSRX+_50 |
B.2.3.2 Clock A Out Connector J6
Figure B-37 Clock A Out Extension Shelf Connector
Table B-36 Clock A Out Extension Shelf Connector
| Pin | Signal | Pin | Signal |
|---|---|---|---|
|
1 |
14 |
SH2A56KHZ+_50 |
|
|
2 |
SH2MBUSTX-_50 |
15 |
SH2A56KHZ-_50 |
|
3 |
SH2MBUSTX+_50 |
16 |
SH2A8KHZ+_50 |
|
4 |
SH2MBUSRX-_50 |
17 |
SH2A8KHZ-_50 |
|
5 |
SH2MBUSRX+_50 |
18 |
SH3A56KHZ+_50 |
|
6 |
SH3MBUSTX-_50 |
19 |
SH3A56KHZ-_50 |
|
7 |
SH3MBUSTX+_50 |
20 |
SH3A8KHZ+_50 |
|
8 |
SH3MBUSRX-_50 |
21 |
SH3A8KHZ-_50 |
|
9 |
SH3MBUSRX+_50 |
22 |
|
|
10 |
23 |
||
|
11 |
24 |
||
|
12 |
25 |
||
|
13 |
B.2.3.3 Clock B In Extension Shelf Connector J41
Figure B-38 Clock B In Extension Shelf Connector
Table B-37 Clock B In Extension Shelf Connector
| Pin Number | Signal | Pin Number | Signal |
|---|---|---|---|
|
1 |
FANAALM- |
14 |
MB56KHZ+_50 |
|
2 |
15 |
MB56KHZ-_50 |
|
|
3 |
16 |
MB8KHZ+_50 |
|
|
4 |
17 |
MB8KHZ-_50 |
|
|
5 |
18 |
SH2B56KHZ+_50 |
|
|
6 |
19 |
SH2B56KHZ-_50 |
|
|
7 |
FANCNTRL |
20 |
SH2B8KHZ+_50 |
|
8 |
21 |
SH2B8KHZ-_50 |
|
|
9 |
22 |
SH3B56KHZ+_50 |
|
|
10 |
23 |
SH3B56KHZ-_50 |
|
|
11 |
24 |
SH3B8KHZ+_50 |
|
|
12 |
25 |
SH3B8KHZ-_50 |
|
|
13 |
FANBALM- |
B.2.3.4 Clock B Out Extension Shelf Connector J42
Figure B-39 Clock B Out Extension Shelf Connector
Table B-38 Clock B Out Extension Shelf Connector
| Pin Number | Signal | Pin Number | Signal |
|---|---|---|---|
|
1 |
FANAALM |
14 |
SH2B56KHZ+_50 |
|
2 |
15 |
SH2B56KHZ-_50 |
|
|
3 |
16 |
SH2B8KHZ+_50 |
|
|
4 |
17 |
SH2B8KHZ-_50 |
|
|
5 |
18 |
SH3B56KHZ+_50 |
|
|
6 |
19 |
SH3B56KHZ-_50 |
|
|
7 |
FANCNTRL |
20 |
SH3B8KHZ+_50 |
|
8 |
21 |
SH3B8KHZ-_50 |
|
|
9 |
22 |
||
|
10 |
23 |
||
|
11 |
24 |
||
|
12 |
25 |
||
|
13 |
FANBALM |
B.2.4 Interface Connectors
Behind each slot on the extension shelf backplane are two DB-26 connectors. These provide connection to the outside world in the form of TCP/IP networks or SS7 links networks. The interface connectors are designated as J9 through J40.
Extension Shelf Interface Connectors J9 through J40
Figure B-40 Extension Shelf Interface Connector
Table B-39 Extension Shelf Interface Connector Pins and Signals
| Pin | DS0A/OCU Signal ATM | Pin | DS0A/OCU Signal ATM |
|---|---|---|---|
|
1 |
14 |
||
|
2 |
15 |
||
|
3 |
16 |
||
|
4 |
17 |
||
|
5 |
18 |
||
|
6 |
19 |
||
|
7 |
20 |
TX-RING |
|
|
8 |
21 |
TX-TIP |
|
|
9 |
22 |
RX-RING |
|
|
10 |
23 |
RX-TIP |
|
|
11 |
24 |
||
|
12 |
25 |
||
|
13 |
26 |
Table B-40 Connectors, Ports, and Card Slots
| Card Slot | Port | Connector | Port | Connector |
|---|---|---|---|---|
|
01 |
1A |
J24 |
1B |
J40 |
|
02 |
2A |
J23 |
2B |
J39 |
|
03 |
3A |
J22 |
3B |
J38 |
|
04 |
4A |
J21 |
4B |
J37 |
|
05 |
5A |
J20 |
5B |
J36 |
|
06 |
6A |
J19 |
6B |
J35 |
|
07 |
7A |
J18 |
7B |
J34 |
|
08 |
8A |
J17 |
8B |
J33 |
|
11 |
9A |
J16 |
9B |
J32 |
|
12 |
10A |
J15 |
10B |
J31 |
|
13 |
11A |
J14 |
11B |
J30 |
|
14 |
12A |
J13 |
12B |
J29 |
|
15 |
13A |
J12 |
13B |
J28 |
|
16 |
14A |
J11 |
14B |
J27 |
|
17 |
15A |
J10 |
15B |
J26 |
|
18 |
16A |
J9 |
16B |
J25 |
B.2.4.1 Extension Shelf Modules
This section details the Extension Shelf backplane circuit board pin-outs used for
- Link Interface Module (LIM)
- E5 Interface Modules
- E5-TSM Modules
- E5-STC Modules
- E5-MCPM-B Modules
Refer to Table B-43 for signal symbol values ($, #, &, @, and ^).
B.2.4.1.1 Extension Shelf Backplane Pin-Outs, Top Connector
Table B-41 lists pinouts for DCM/DSM/LIM/MPL/TSM Extension Shelf Backplane Top Connectors P1 through P8 and P10 through P17.
Figure B-41 Extension Shelf Backplane Pin-Outs, Top Connector
Table B-41 Extension Shelf Backplane Pin-Outs, Top Connector
| Pin | Signal | Pin | Signal | Pin | Signal | Pin | Signal |
|---|---|---|---|---|---|---|---|
|
A01 |
LGND |
B01 |
LGND |
C01 |
EBI_^XA02 |
D01 |
EBI_^XA14 |
|
A02 |
ASERO#-_50 |
B02 |
LGND |
C02 |
EBI_^XA03 |
D02 |
EBI_^XA15 |
|
A03 |
ASERO#+_50 |
B03 |
LGND |
C03 |
EBI_^XA04 |
D03 |
EBI_^XA16 |
|
A04 |
LGND |
B04 |
LGND |
C04 |
EBI_^XA05 |
D04 |
EBI_^XA17 |
|
A05 |
B05 |
LGND |
C05 |
EBI_^XA06 |
D05 |
EBI_^XA18 |
|
|
A06 |
B06 |
LGND |
C06 |
EBI_^XA07 |
D06 |
EBI_^XA19 |
|
|
A07 |
LGND |
B07 |
LGND |
C07 |
EBI_^XA08 |
D07 |
EBI_^XA20 |
|
A08 |
ASEL#- |
B08 |
C08 |
EBI_^XA09 |
D08 |
EBI_^XA21 |
|
|
A09 |
B09 |
C09 |
EBI_^XA10 |
D09 |
EBI_^XA22 |
||
|
A10 |
AMUXIN- |
B10 |
C10 |
D10 |
EBI_^XA23 |
||
|
A11 |
LGND |
B11 |
AIN#- |
C11 |
D11 |
EBI_^XA24 |
|
|
A12 |
B12 |
LGND |
C12 |
D12 |
EBI_^XA25 |
||
|
A13 |
B13 |
LGND |
C13 |
D13 |
EBI_^XA26 |
||
|
A14 |
LGND |
B14 |
LGND |
C14 |
D14 |
EBI_^XA27 |
|
|
A15 |
ASERI#-_50 |
B15 |
LGND |
C15 |
D15 |
||
|
A16 |
ASERI#+_50 |
B16 |
LGND |
C16 |
D16 |
||
|
A17 |
LGND |
B17 |
LGND |
C17 |
D17 |
||
|
A18 |
B18 |
C18 |
D18 |
||||
|
A19 |
LGND |
B19 |
MBUSSRX+_50 |
C19 |
LGND* |
D19 |
|
|
A20 |
B20 |
MBUSSRX-_50 |
C20 |
D20 |
LGND |
||
|
A21 |
LGND |
B21 |
MBUSSTX+_50 |
C21 |
MA56KHZ+_50 |
D21 |
|
|
A22 |
B22 |
MBUSSTX-_50 |
C22 |
MA56KHZ-_50 |
D22 |
LGND |
|
|
A23 |
LGND |
B23 |
C23 |
MA8KHZ+_50 |
D23 |
||
|
A24 |
&-IF1_60 |
B24 |
C24 |
MA8KHZ-_50 |
D24 |
LGND |
|
|
A25 |
LGND |
B25 |
C25 |
EBI_^XSP4 |
D25 |
EBI_^XSP5 |
|
|
A26 |
&-IF2_60 |
B26 |
C26 |
EBI_^XA11 |
D26 |
||
|
A27 |
LGND |
B27 |
C27 |
EBI_^XA12 |
D27 |
||
|
A28 |
&-IF3_60 |
B28 |
&-IF10_60 |
C28 |
EBI_^XA13 |
D28 |
LGND |
|
A29 |
LGND |
B29 |
&-IF19_60 |
C29 |
EBI_^BREQ- |
D29 |
|
|
A30 |
&-IF4_60 |
B30 |
&-IF20_60 |
C30 |
EBI_^BG- |
D30 |
LGND |
|
A31 |
&-IF5_60 |
B31 |
&-IF21_60 |
C31 |
EBI_^XIRQ- |
D31 |
|
|
A32 |
&-IF6_60 |
B32 |
&-IF22_60 |
C32 |
EBI_^HOSTSAN- |
D32 |
LGND |
|
A33 |
&-IF7_60 |
B33 |
&-IF23_60 |
C33 |
EBI_^GSTSAN- |
D33 |
|
|
A34 |
&-IF8_60 |
B34 |
&-IF25_60 |
C34 |
&-IF24_60 |
D34 |
LGND |
|
A35 |
&-IF9_60 |
B35 |
&-IF18_60 |
C35 |
&-IF26_60 |
D35 |
|
|
E2 LGND *Connection to logic ground for slots 2 (P16), 4 (P14), 6 (P12), 8 (P10) only. |
|||||||
B.2.4.1.2 Extension Shelf Backplane Pin-Outs, Bottom Connector
Table B-42 lists Pinouts for DCM/DSM/LIM/MPL/TSM Extension Shelf Backplane Bottom Connectors P18 through P25, and P27 through P34.
Figure B-42 Extension Shelf Backplane Pin-Outs, Bottom Connector
Table B-42 Extension Shelf Backplane Pin-Outs, Bottom Connector
| Pin | Signal | Pin | Signal | Pin | Signal | Pin | Signal |
|---|---|---|---|---|---|---|---|
|
A01 |
LGND |
B01 |
&-IF1_60 |
C01 |
&-IF10_60 |
D01 |
IN2- |
|
A02 |
&-IF3_60 |
B02 |
&-IF2_60 |
C02 |
&-IF19_60 |
D02 |
LGND |
|
A03 |
LGND |
B03 |
C03 |
&-IF20_60 |
D03 |
LGND |
|
|
A04 |
&-IF4_60 |
B04 |
C04 |
&-IF21_60 |
D04 |
LGND |
|
|
A05 |
&-IF5_60 |
B05 |
C05 |
&-IF22_60 |
D05 |
LGND |
|
|
A06 |
&-IF6_60 |
B06 |
&-IF24_60 |
C06 |
&-IF23_60 |
D06 |
LGND |
|
A07 |
&-IF7_60 |
B07 |
&-IF26_60 |
C07 |
D07 |
@-IF25_60 |
|
|
A08 |
&-IF8_60 |
B08 |
&-IF9_60 |
C08 |
&-IF18_60 |
D08 |
LGND |
|
A09 |
LGND |
B09 |
C09 |
D09 |
LGND |
||
|
A10 |
B10 |
C10 |
EBI_^XSP2 |
D10 |
EBI_^XSP3 |
||
|
A11 |
LGND |
B11 |
LGND |
C11 |
EBI_^XBE0- |
D11 |
EBI_^XD00 |
|
A12 |
BSERO@-_50 |
B12 |
LGND |
C12 |
EBI_^XBE1- |
D12 |
EBI_^XD01 |
|
A13 |
BSERO@-_50 |
B13 |
LGND |
C13 |
EBI_^XBE2- |
D13 |
EBI_^XD02 |
|
A14 |
LGND |
B14 |
LGND |
C14 |
EBI_^XBE3- |
D14 |
EBI_^XD03 |
|
A15 |
B15 |
LGND |
C15 |
EBI_^XBS8- |
D15 |
EBI_^XD04 |
|
|
A16 |
B16 |
LGND |
C16 |
EBI_^XBS16- |
D16 |
EBI_^XD05 |
|
|
A17 |
LGND |
B17 |
LGND |
C17 |
EBI_^ADS0- |
D17 |
EBI_^XD06 |
|
A18 |
BSEL@- |
B18 |
C18 |
EBI_^ADS1- |
D18 |
EBI_^XD07 |
|
|
A19 |
B19 |
C19 |
EBI_^XW/R |
D19 |
EBI_^XD08 |
||
|
A20 |
BMUXIN- |
B20 |
C20 |
EBI_^XM/IO |
D20 |
EBI_^XD09 |
|
|
A21 |
LGND |
B21 |
BIN@- |
C21 |
EBI_^XSP1 |
D21 |
EBI_^XD10 |
|
A22 |
B22 |
LGND |
C22 |
EBI_^XINTA- |
D22 |
EBI_^XD11 |
|
|
A23 |
B23 |
LGND |
C23 |
EBI_^XRDY- |
D23 |
EBI_^XD12 |
|
|
A24 |
LGND |
B24 |
LGND |
C24 |
EBI_^XCAS0- |
D24 |
EBI_^XD13 |
|
A25 |
BSERI@-_50 |
B25 |
LGND |
C25 |
EBI_^XCAS1- |
D25 |
EBI_^XD14 |
|
A26 |
BSERI@+_50 |
B26 |
LGND |
C26 |
EBI_^XCAS2- |
D26 |
EBI_^XD15 |
|
A27 |
LGND |
B27 |
LGND |
C27 |
D27 |
||
|
A28 |
B28 |
C28 |
D28 |
LGND |
|||
|
A29 |
LGND |
B29 |
C29 |
D29 |
|||
|
A30 |
B30 |
C30 |
D30 |
LGND |
|||
|
A31 |
LGND |
B31 |
C31 |
MB56KHZ+_50 |
D31 |
||
|
A32 |
B32 |
C32 |
MB56KHZ-_50 |
D32 |
LGND |
||
|
A33 |
LGND |
B33 |
C33 |
MB8KHZ+_50 |
D33 |
||
|
A34 |
B34 |
C34 |
MB8KHZ-_50 |
D34 |
LGND |
||
|
A35 |
CHASSIS GND |
B35 |
CHASSIS GND |
C35 |
CHASSIS GND |
D35 |
CHASSIS GND |
|
E1 |
P$48VDC |
||||||
|
E2 |
LGND |
B.2.4.1.3 Extension Shelf Backplane Pin-Out Symbols
Table B-43 lists the signal symbol values used in Table B-23 through Table B-43.
Table B-43 Extension Shelf Backplane Pin-Out Symbols
| Slot/Connector | Interface | Address | Signal Symbol Values | ||||
|---|---|---|---|---|---|---|---|
| $ | # | & | @ | ^ | |||
|
1 top / P17 |
0A |
0 |
1A |
P |
0A |
0 |
|
|
1 bottom / P34 |
0B |
0 |
1A |
P |
0B |
A |
0 |
|
2 top / P16 |
1A |
1 |
1A |
O |
1A |
0 |
|
|
2 bottom / P33 |
1B |
1 |
1A |
O |
1B |
B |
0 |
|
3 top / P15 |
2A |
2 |
1B |
N |
2A |
2 |
|
|
3 bottom / P32 |
2B |
2 |
1B |
N |
2B |
C |
2 |
|
4 top / P14 |
3A |
3 |
1B |
M |
3A |
2 |
|
|
4 bottom / P31 |
3B |
3 |
1B |
M |
3B |
D |
2 |
|
5 top / P13 |
4A |
4 |
2A |
L |
4A |
4 |
|
|
5 bottom / P30 |
4B |
4 |
2A |
L |
4B |
E |
4 |
|
6 top / P12 |
5A |
5 |
2A |
K |
5A |
4 |
|
|
6 bottom / P29 |
5B |
5 |
2A |
K |
5B |
F |
4 |
|
7 top / P11 |
6A |
6 |
2B |
J |
6A |
6 |
|
|
7 bottom / P28 |
6B |
6 |
2B |
J |
6B |
G |
6 |
|
8 top / P10 |
7A |
7 |
2B |
I |
7A |
6 |
|
|
8 bottom / P27 |
7B |
7 |
2B |
I |
7B |
H |
6 |
|
11 top / P8 |
8A |
8 |
4A |
H |
8A |
8 |
|
|
11 bottom / P25 |
8B |
8 |
4A |
H |
8B |
I |
8 |
|
12 top / P7 |
9A |
9 |
4A |
G |
9A |
8 |
|
|
12 bottom / P24 |
9B |
9 |
4A |
G |
9B |
J |
8 |
|
13 top / P6 |
10A |
A |
4B |
F |
10A |
A |
|
|
13 bottom / P23 |
10B |
A |
4B |
F |
10B |
K |
A |
|
14 top / P5 |
11A |
B |
4B |
E |
11A |
A |
|
|
14 bottom / P22 |
11B |
B |
4B |
E |
11B |
L |
A |
|
15 top / P4 |
12A |
C |
5A |
D |
12A |
C |
|
|
15 bottom / P21 |
12B |
C |
5A |
D |
12B |
M |
C |
|
16 top / P3 |
13A |
D |
5A |
C |
13A |
C |
|
|
16 bottom / P20 |
13B |
D |
5A |
C |
13B |
N |
C |
|
17 top / P2 |
14A |
E |
5B |
B |
14A |
E |
|
|
17 bottom / P19 |
14B |
E |
5B |
B |
14B |
O |
E |
|
18 top / P1 |
15A |
F |
5B |
A |
15A |
E |
|
|
18 bottom / P18 |
15B |
F |
5B |
A |
15B |
P |
E |
B.2.5 Interprocessor Message Transport Connectors
The extension shelf backplane provides connections for the two high speed Inter-processor Message Transport (IMT) buses. The connections use twin-axial type connectors at J7, J8, J43, and J44.
Figure B-43 IPMX Connector
Table B-44 IPMX Connector
|
Connector |
Pin |
Signal |
|
A IMT IN J8 |
1 |
AIMTIN+_78 |
|
2 |
AIMTIN+_78 |
|
|
A IMT OUT J7 |
1 |
AIMTOUT+_78 |
|
2 |
AIMTOUT+_78 |
|
|
B IMT IN J44 |
1 |
BIMTIN+_78 |
|
2 |
BIMTIN+_78 |
|
|
B IMT OUT J43 |
1 |
BIMTOUT+_78 |
|
2 |
BIMTOUT+_78 |