GE 2300401-3 | AC/DC TRI Power Board | Part Number 2300401-3 | GE Brivo Optima X-Ray Generator Matrix | Regulated Power Distribution PCB

1. Specifications

2. Industry Jargon & Selling Points

• Ultra-Stable AC/DC Rectification Linearity: Specifically engineered to convert raw facility input power into highly stable, isolated DC voltage rails required by GE's TRI (Transmit/Receive/Interface) logic networks. Maintains a perfectly flat voltage baseline, providing an exceptional electrical SNR (Signal-to-Noise Ratio) that protects imaging boards from grid fluctuations.
• Complete Elimination of Generator Power Interlocks: Thoroughly bench-audited to pass strict multi-channel load diagnostics ($0\%$ voltage drop under high-kV exposure simulation). Directly resolves common system interlocks like generator interface board communication dropouts, auxiliary DC rail faults, or unexpected boot-up sequence errors.
• Oxidation-Free Premium Interface Terminal Grid: All board-edge multi-pin distribution ports, heavy-duty relay contacts, and fuse holders feature flawless, uncorrupted factory plating. This eliminates contact resistance spikes and ensures solid electrical continuity under cabinet micro-vibrations.
• Advanced Patient-Safe Isolation Barriers: Built with rigorous high-voltage galvanic isolation barriers and quick-acting onboard circuit breakers. Instantly shields expensive downstream DR imaging boards and workstations from external electrical grid surges or unexpected thermal overloads.
• True Plug-and-Play Field Restoration: Sourced with its native factory microcontroller and component calibration intact. Allows biomedical field service engineers to perform a quick drop-in physical installation that passes all automated host-system diagnostic voltage checks out of the box.

3. Logistics & Real-Time Tracking

• Global Express Tracking: Every electronic and mechanical consignment is fully tracked and dispatched via premium international air express carriers (DHL/FedEx/UPS), providing real-time transit visibility to ensure rapid system restoration and minimize clinical scanner downtime.