Description
The CX1140LGC is a deuterium-filled tetrode thyratron developed by Teledyne e2v, primarily designed for high-voltage, high-current pulse applications such as medical linear accelerators (LINACs), radar systems, and pulsed lasers. It serves as a direct replacement for the earlier CX1140LG model, offering identical electrical performance with enhanced mechanical stability. Key Specifications • Peak Forward Anode Voltage: 33 kV • Peak Anode Current: 1000 A (up to 2000 A at ≤60 pps) • Average Anode Current: • Continuous Operation: 1.25 A • Intermittent Operation: 2.2 A • Heater Voltage: 6.3 V ±0.2 V • Heater Current: 22 A • Minimum Tube Heating Time: 5 minutes • Cathode Type: Oxide-coated • Cooling Method: Natural convection Mechanical Details • Overall Length: 317.5 mm (12.5 inches) • Maximum Diameter: 84.12 mm (3.312 inches) • Net Weight: Approximately 0.7 kg (1.5 lbs) • Mounting Position: Any orientation • Base: B5F with three integrated fixing clips • Top Cap: BS448-CT3 Design Enhancements The CX1140LGC introduces three integrated clips on the base cap, facilitating secure attachment to MA91C sockets. These clips can be removed to ensure compatibility with older systems, making the CX1140LGC a versatile replacement for the CX1140LG. Applications • Medical LINACs (e.g., Varian systems, Accuray M6 CyberKnife) • Pulsed lasers and radar transmitters • Particle accelerators • Industrial power modulators
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