Description
Product Overview
The GE IS200BPIBG1AEB Bridge Personality Interface Board is part of the Mark VI Series, designed for IGBT drive systems. It provides signal conditioning between logic-level control signals and gate driver/shunt feedback boards, supporting both single and parallel bridge configurations.
This board interfaces through the P1 connector and manages fault detection, soft shutdown, and current feedback summing. Each phase includes an independent Electronically Programmable Logic Device (EPLD) for precise control. All logic signals are double opto-isolated using a 5 V interim supply derived from a 17.7 Vac input.
Technical Specifications
| Specification |
Details |
| Manufacturer |
GE |
| Part Number |
IS200BPIBG1AEB |
| Ordering Code |
IS200BPIBG1A |
| Product Series |
Mark VI |
| Description |
Bridge Personality Interface Board |
| Voltage |
17.7 Vac |
| Current |
500 mA |
| Dimensions |
18 cm × 12 cm × 3 cm |
| Weight |
0.8 kg |
| Control Interface |
P1 connector |
| Driver Board Support |
3 (single bridge) / 6 (parallel) |
| Isolation Method |
Double optocoupled |
| Logic Devices |
3 phase-specific EPLDs |
Key Features
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Interfaces control signals with gate driver and feedback boards
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Supports both single and parallel bridge configurations
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Implements fault latching and soft shutdown logic per phase
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Summarizes current feedback via VCO output for each bridge leg
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Uses double optocoupling for signal isolation and noise immunity
-
Compact 18×12×3 cm size fits standard drive enclosures
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Lightweight 0.8 kg board simplifies installation and replacement
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Operates at 17.7 Vac with 500 mA current draw
Applications & Compatibility
The IS200BPIBG1AEB board is ideal for industrial drive systems requiring precise IGBT control and fault management. It integrates seamlessly with GE Mark VI platforms and supports high-performance bridge configurations.
Compatible with:
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GE Mark VI IGBT drive systems
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Gate Driver/Shunt Feedback boards
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Applications requiring parallel bridge fault reporting
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Systems using VAB/VBC phase voltage monitoring and DC link feedback
