I/O modules

This PCB provides bridge interface logic for GE Mark VI turbine control systems. You will find the GE IS200BLIGH1A IS200BLIGH1AAB Printed Circuit Board managing signal transfer between processor and I/O modules. Its compact single-slot design fits efficiently into crowded VME racks.

Technical Specifications

This board contains one proprietary bridge ASIC for high-speed data routing. You can also locate two 50-pin ribbon cable headers for external connections. The GE IS200BLIGH1A IS200BLIGH1AAB Printed Circuit Board stores no battery energy for configuration retention. Instead, it uses small decoupling capacitors for power supply stabilization only. Therefore, this board never requires any routine battery replacement.

Signal Interface Details

The GE IS200BLIGH1A IS200BLIGH1AAB Printed Circuit Board draws its operating power directly from the VME backplane. Therefore, you do not need any separate power supply for this interface board. Each ribbon header connects to external I/O termination panels using standard flat cables. Moreover, the bridge ASIC supports data rates up to 200 Mbps for fast communication. This design reduces latency between processor cards and field devices significantly.

Mechanical Integration and Mounting

You must align the GE IS200BLIGH1A IS200BLIGH1AAB Printed Circuit Board carefully with the two plastic card guides. After full insertion, secure the board using the metal ejector lever at the front edge. The board measures exactly 21.5 centimeters in length and 16.0 centimeters in width. Its total weight reaches approximately 0.55 kilograms for straightforward handling during replacement. Furthermore, the board includes four diagnostic test points for troubleshooting.

Environmental and Storage Guidelines

You should store this GE IS200BLIGH1A IS200BLIGH1AAB Printed Circuit Board in an anti-static bag away from moisture. The board operates reliably between -30°C and +65°C ambient temperature. Likewise, keep the unit away from conductive dust or condensing humidity. Because the board uses no fans or moving parts, it requires zero regular maintenance over its lifetime.

Details