GE 2296092-3 | Head Coil TR BOX | Part Number 2296092-3 | GE 1.5T Magnetic Resonance Transmit Receive Switch | RF Channel Isolation Matrix

1. Specifications

2. Industry Jargon & Selling Points

• Ultra-Fast Microsecond RF Gating Continuity: Specifically engineered to handle the lightning-fast switching speeds required between high-power RF transmit pulses and low-noise raw signal reception profiles. Delivers a perfectly flat response baseline with an exceptional signal-to-noise ratio (SNR), completely protecting raw image data against k-space spikes.
• Pristine High-Isolation Decoupling Array: Equipped with premium original PIN diode arrays that block high-power transmit leakage into the delicate receiver path ($0\%$ cross-channel bleed-through). Effectively shields multi-channel preamplifier electronics from saturation or permanent thermal damage during aggressive FSE/EPI scanning.
• Elimination of Head Coil Handshake Interlocks: Thoroughly bench-tested to pass strict insertion loss and return loss diagnostics ($S_{11} / S_{21}$ calibration check). Directly resolves common workflow interlocks such as head coil tuning faults, receiver chain errors, or unexpected "Coil Disconnected" system lockouts.
• Oxidation-Free Low-Loss Coaxial Terminals: All high-frequency RF interface wells and multi-pin DC control nodes feature flawless, uncorrupted original plating. This minimizes signal attenuation and maintains rock-solid continuity under continuous gantry table movement and cooling vibrations.
• True Plug-and-Play Field Calibration: Sourced with its native factory bias circuit components intact. Allows field service engineers to perform an immediate physical slide-in or chassis replacement that passes all system automated power-up coil diagnostics without manual tuning tweaks.

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.