Features:

   Bullet 1 - Click image to download. BP & CP Protocol

   Bullet 1 - Click image to download. Uses MCE Chip Set

   Bullet 1 - Click image to download. Bus Monitoring including:

   Bullet 1 - Click image to download. Label & Extension

   Bullet 1 - Click image to download. Message Time stamping

   Bullet 1 - Click image to download. Word & Word-String Count

   Bullet 1 - Click image to download. Error Status

   Bullet 1 - Click image to download. Transmit Frequency Control

   Bullet 1 - Click image to download. Cyclic Redundancy Checking (CRC)                     Bullet 1 - Click image to download. High Resolution System Timer

   Bullet 1 - Click image to download. Multiple Dual Data Buffers                                   Bullet 1 - Click image to download. Direct Access to XPP, RPP & MPP

   Bullet 1 - Click image to download. Data gathering via RAM and/or FIFO                   Bullet 1 - Click image to download. Error Insert/Detect Module Option

 

 
     
Description:

The Sy629VME/VSB-MCE card provides a convenient means for transmitting and receiving data over an ARINC 629 bus in accordance with the transmit and receive programme defined by data written into the XPP and RPP memory. The card uses the MCE chip set for scheduling messages onto the bus and receiving messages from the bus, via the System Interface Module (SIM), using either Basic Protocol or Combined Protocol. The RPP provides message filtering from the bus.

The card has a facility to automatically decode received messages and time-stamp them with resolution of 0.5 µS. A Status FIFO is used to store information about received messages, including Label+Extension, 32-bit time-stamp, Word Count and String Count and Error Status. Received Data can be directed to either a dual data buffer or FIFO or both. A Receive Monitor enables the user to capture all bus traffic, irrespective of programming the RPP. This can be extremely useful if there is little knowledge of messages on the bus. A Transmit Monitor is available for monitoring all transmit messages. A Dual Data Buffer is used for loading messages for transmission. Only one side of the buffer is active to the Terminal Controller, whilst new messages are loaded into the dormant side of the buffer. This preserves message integrity. The Dual Data Buffer is also used for receiving complete messages from the bus.

 

Specification:

 

Power Requirements (maximum)

+   5V at 2.5 A
+ 15V at 400 mA
-  15V at 400 mA

Address Selection

Addressable on 128k boundaries

VME Interface

A24, A32, D16

Connector Type

DIN 41612, P1-96 pin, P2-96 pin

Input/Output Connector

Outer rows of P2 and Front Panel D-Type connectors

Operating Temperature

   0° C to + 70° C

Storage Temperature

- 25° C to + 85° C

Relative Humidity

 0 to 95% (non condensing)

 

 

Ordering Information and Variants:

 Sy629VME/VSB-MCE :

 ARINC-629 to VME/VSBbus interface. BP/CP Protocol, uses MCE chip set

 Sy629VME/VSB-E :

 ARINC-629 Error Insertion & Detection Module

 Sy629VME-BP-M :

 ARINC-629 to VMEbus interface. Transmitter & Full Bus Monitor under Basic Protocol (BP)

 Sy629VME-BP-M-CC :

 ARINC-629 to VMEbus interface. Transmitter & Full Bus Monitor under BP. Conduction Cooled

 Sy629VME-BP-E :

 ARINC-629 to VMEbus interface. Basic Protocol (BP), Error Insert & Detect Module

 Sy629VME-CP-M :

 ARINC-629 to VMEbus interface. BP/CP Protocol, Transmitter & Full Bus Monitor

 Sy629VME-BP-T :

 ARINC-629 to VMEbus interface. Basic Protocol (BP), Multi-Terminal Emulation

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Contact Details:

 
 

Sycos AES
Hambledon Manor, Iwerne Minster, Blandford Forum, Dorset, England. DT11 8QS
Tel:   +44 (0) 1747 812 486
Fax: +44 (0) 1747 812 486
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