KAD/BCU/101 IRIG-106 Backplane Controller and Encoder
- REQUEST A QUOTE
- TEC-NOT-024 - Evolution of Pulse Code Modulation (PCM)
- TEC-NOT-027 - IRIG 106-96 Chapter 4
- TEC-NOT-049 - Power estimation
- TEC-NOT-016 - Power dissipation, an example
- Manual: DAS Studio 3 User Manual
- Environmental Qualifications Handbook For KAM-500
- KAM-500 Databook
- Aerospace Instrumentation Brochure
- 100% IRIG-106 compliant
- Fully programmable
- Up to 10 PCM codes at up to 20 Mbps
- 5 to 250k words per major frame
- 5 to 32k words per minor frame
- 4 to 64 bits per word, with even, odd or no parity
- Supports any sync word and sub-frame strategy
- ARINC-573/717 compatible output
- Stores up to 15 formats
- Supports dynamic format switching
- Can operate as a master or slave chassis in distributed systems
- Supports fast programming
- Supports Cyclical Redundancy Checking (CRC) insertion at the end of minor frames
- PCM encoding
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4 channel IRIG-106 backplane controller and encoder
The KAD/BCU/101 functions as two modules in one; an encoder and a backplane controller. The encoder is functionally identical to the KAD/ENC/005 and encodes data from any Acra KAM-500 module in an IRIG-106 Chapter 4 PCM stream.
Parameters to be transmitted are stored in pre-defined locations in RAM. Each parameter has a word definition that includes the bits per word, Most Significant Bit (MSB) (sent first or last), and parity. The encoder has differential ended RS-422 outputs for clock and data, along with buffered TTL outputs for NRZ-L and the bit/word/minor-frame/major-frame pulses.
Up to 15 formats (instruction sequences), can be stored at any time. Format selection is via four single-ended discrete (0-5V) input pins on the I/O (Input/Output) connector. As up to 64 chassis can be programmed using a single programming link, there are also six discrete I/O pins to set a chassis number. These six inputs are pulled to ground internally if left open circuit.
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