GE Marquette Tram RAC-2A Main Board Circuit Board PCB

Introducing the GE Marquette Tram RAC-2A Main Board Circuit Board (PCB) – a vital component for ensuring the optimal performance of your medical equipment. This main circuit board is expertly designed for compatibility with GE Tram RAC-2A module racks, ensuring seamless integration into your existing systems.
Each unit undergoes rigorous testing and cleaning by our skilled biomedical technicians, adhering to manufacturer specifications to guarantee reliability and efficiency in operation. The GE Tram RAC-2A PCB is the perfect solution for healthcare facilities looking to maintain the highest standards of care with top-quality medical equipment.
Product Details:

• Compatible Units: GE Tram RAC-2A Module Racks

• OEM Part Number: 801396-001

Upgrade your medical equipment with the GE Marquette Tram RAC-2A Main Board Circuit Board and experience enhanced performance and functionality.

GE Marquette Tram RAC-2A Main Board Circuit Board PCB Specifications

• Dimensions:

• Length: 10.5 inches (267 mm)

• Width: 6.5 inches (165 mm)

• Thickness: 0.08 inches (2 mm)

• Material:

• Substrate: FR-4 fiberglass

• Layer Count: 2 layers

• Connector Types:

• Edge connectors

• Pin header connectors

• Input Voltage:

• Standard: 12 V DC (±10%)

• Operating Temperature:

• -20°C to +60°C (-4°F to +140°F)

• Storage Temperature:

• -40°C to +85°C (-40°F to +185°F)

• Weight:

• Approximately 1.2 lbs (0.54 kg)

• Peak Current Rating:

• Up to 5 A per connector

• Signal Types Supported:

• Analog and Digital signals

• Compliance:

• RoHS compliant

• Mounting Options:

• Screw mounting holes

• Standoff mounting points

• Power Consumption:

• Typically less than 1 W at idle

• Cooling Method:

• Natural convection

• Key Features:

• Integrated circuits for signal processing

• Potentiometer adjustments for calibration

• LED indicators for status monitoring

Additional notes:

• This board is part of the GE Marquette Tram RAC-2A telemetry system used in medical devices.

• Designed for reliability in clinical environments with strict scrutiny on performance and safety.

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