CT2553-FP AEROFLEX [Aeroflex Circuit Technology], CT2553-FP Datasheet - Page 22

• Manufacturer Part Number: CT2553-FP
• Description: CT2553 / 2554 / 2555 / 2556 Advanced Integrated MUX (AIM) Hybrid FOR MIL-STD-1553
• Manufacturer: AEROFLEX [Aeroflex Circuit Technology]

Aeroflex Circuit Technology
OVERRIDE TRANSMITTER SHUTDOWN (00101)
INHIBIT TERMINAL FLAG BIT (00110)
OVERRIDE INHIBIT TERMINAL FLAG BIT (00111)
RESET REMOTE TERMINAL (01000)
RESERVED MODE CODES (01001-01111)
ERROR CONDITIONS
ERROR CONDITIONS
ERROR CONDITIONS
ERROR CONDITIONS
ERROR CONDITIONS
1. Invalid Command. No response, command ignored.
2. Command Followed by Data Word. No status response. Bits set: message error (SW), High Word Count (BIT Word).
3. T/R bit Set to Zero. No status response. Bits set: message error (SW), T/R Error (BIT Word).
4. Zero T/R bit and Broadcast Address. No status response. Bits set: message error, broadcast received (SW), Illegal Mode Code, T/R
1. Invalid Command. No response, command ignored.
2. Command Followed by Data Word. No status response. Bits set: message error (SW), High Word Count (BIT Word).
3. T/R bit Set to Zero. No status response. Bits set: message error (SW), T/R Error (BIT Word).
4. Zero T/R bit and Broadcast Address. No status response. Bits set: message error, broadcast received (SW), T/R Error (BIT Word).
1. Invalid Command. No response, command ignored.
2. Command Followed by Data Word. No status response. Bits set: message error (SW), High Word Count (BIT Word).
3. T/R bit Set to Zero. No status response. Bits set: message error (SW), T/R Error (BIT Word).
4. Zero T/R bit and Broadcast Address. No status response. Bits set: message error, broadcast received (SW), T/R Error (BIT Word).
1. Invalid Command. No response, command ignored.
2. Command Followed by Data Word. No status response. Bits set: message error (SW), High Word Count (BIT Word).
3. T/R bit Set to Zero. No status response. Bits set: message error (SW), T/R Error (BIT Word).
4. Zero T/R bit and Broadcast Address. No status response. Bits set: message error, broadcast received (SW), T/R Error (BIT Word).
1. Invalid Command. No response, command ignored.
2. Command Followed by Data Word. No status response. Bits set: message error (SW), High Word Count (BIT Word).
3. T/R bit Set to Zero. No status response. Bits set: message error (SW), Illegal Mode Code (BIT Word).
4. Zero T/R bit and Broadcast Address. No status response. Bits set: message error, broadcast received (SW), Illegal Mode Code (BIT
MESSAGE SEQUENCE - OVERRIDE SHUTDOWN - STATUS
This command is only used with dual redundant bus systems. The CT2553 responds with status. At the end of the status transmission, the
CT2553 re-enables the transmitter of the redundant bus. If the command was broadcast, the broadcast received bit is set and status
transmission is suppressed.
MESSAGE SEQUENCE - INHIBIT TERMINAL FLAG * STATUS
The CT2553 responds with status and inhibits further internal or external setting of the terminal flag bit in the status register. Once the
terminal flag has been inhibited, it can only be reactivated by an Override Inhibit Terminal Flag or Reset RT command. If the command was
broadcast, the broadcast received bit is set and status transmission is suppressed.
MESSAGE SEQUENCE - OVERRIDE INHIBIT TERMINAL FLAG * STATUS
The RTU responds with status and reactivates the terminal flag bit in the status register. If the command was broadcast, the broadcast
received bit is set and status transmission is suppressed.
MESSAGE SEQUENCE - RESET REMOTE TERMINAL * STATUS
The CT2553 responds with status and internally resets. Transmitter shutdown, mode commands, and inhibit terminal flag commands will be
reset. If the command was broadcast, the broadcast received bit is set and the status word is suppressed.
MESSAGE SEQUENCE = RESERVED MODE CODES * STATUS
The CT2553 responds with status. If the command is illegalized through an optional PROM, the message error bit is set and only the status
word is transmitted.
Error (BIT Word).
Word).
Table 6 – Mode Codes (continued)
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SCDCT2553 REV B 8/6/99 Plainview NY [phone]