VME 64x Discrete Output Card

Overview

VME 64x Discrete Output(DO) card is used for Driving the Signal. The output is of sinking type.

Functional Block Diagram

vme-64-output

Specification

1 Bus Interface
1.1 Bus VME / VME 64x Compatible
1.2 A24/D16 Standard slave interface
1.3 Address selection through jumper (VME)
2 Outputs
2.1 Outputs Opto-isolated 64 outputs
2.2 Isolation Voltage 1500 Vrms
2.3 CPU Interface VME64x bus
2.4 Output Spec Open Collector Sink type
Nominal Voltage 28V DC
Max. 40V Rated Voltage
100mA Max. Continuous Current
2.5 Front panel LEDs 64 LEDs. Illuminated when the associated Channel is ON
2.6 Channel Propagation delay < 1mS
2.7 Output Protection Short Circuit Protection
2.8 Output Termination Flexible I/O cabling solution using VME64x
Connectors front panel, P2 and P0.
2.9 Power Consumption less than 1A @ +5VDC
2.10 Mechanical size Single slot 6U (233.35×162.5 mm)
2.11 VMEbus Interface A24/D16 Standard slave interface
2.12 BIT Read back facility from field signal for Individual channel
2.13 Fascia 64 LEDs and front connector identical to P2 Connector pin-outs.
Standard 6U facia panel with ejector facility.
2.14 Power Supply Requirement 5V, 3.3V from VME Connector
28VDC from field Connector
3 Termination
3.1 Input Termination Front connector (Fascia Panel) termination-all 64 Outputs.
Rear connector (VME P2) termination 46 Outputs
4 Self Tests
4.1 BIT Force High / Force Low facility to test all the Outputs from field side.
Force high / Force low is done group wise
(8 ch at a time) which allows testing field
Output related opto-couplers and corresponding TTL chips
4.2 Power Consumption 5V @ 1A from VME Connector
3.3V @500mA from VME Connector
28VDC@ 1A from field Connector
4.3 Mechanical Single slot 6U (233.4 mm x160 mm)
4.4 Facia Panel Standard 6U /4T Facia panel with ejector facility.
64 LEDs indicating input status on the Fascia Panel
Input termination connector. FAULT LED
5 Environmental
5.1 Operating Temperature -20 °C to + 55 °C Storage Temperature : -40 °C to + 85 °C
5.2 Thermal shock +55 °C to – 20 °C (1hr Exposure)
5.3 Humidity 95% at 40 °C (8hr exposure)
5.4 Operational Vibration The unit will withstand vibration of 1.5G for frequencies in the range of ` 5-1500HZ and acceleration of 1.5m / sec2
5.5 Operational altitude 0 to 4160 m above sea level
5.6 Altitude transport 0 to 13000 m above sea level
6 Software
6.1 Device Drivers os/non-os based