The MSF1422B Magnetron is a high-performance solution for advanced radar systems, delivering precision and durability. Designed for radar applications, it operates seamlessly within a fixed frequency range of 9380-9440 MHz. This magnetron is an excellent choice for radar systems requiring a peak output power of 6 kW.
Its robust construction ensures reliable performance in challenging marine and industrial environments. With a peak anode current of 2.5-6.0 A and an average anode power consumption of 30 kW, the MSF1422B maintains efficiency without compromising output. A pulse duration of 0.05 µs and a voltage pulse rise rate of 70 kV/µs ensure quick, accurate signal transmission.
The magnetron’s anode temperature can reach up to 100°C, while its V.S.W.R at the output coupler remains at 1.5:1, making it a reliable component even under stress. The heater voltage ranges from 5.7V to 6.9V, with a preheat time of only 60 seconds, ensuring readiness without delays.
Optimized for radar systems with MSF1422B magnetron is designed to meet the demanding requirements of X-band radar technology. Its specifications make it ideal for installation in radar systems like the Bridgemaster series, providing robust and efficient radar functionality.
With its durable design and technical precision, the MSF1422B magnetron is trusted by professionals worldwide.
Key Technical Specifications:
- Frequency Range: 9380-9440 MHz
- Peak Output Power: 6 kW
- Peak Anode Current: 2.5-6.0 A
- Average Anode Power Consumption: 30 kW
- Pulse Duration: 0.05 µs
- Rate of Rise of Voltage Pulse: 70 kV/µs
- Anode Temperature: Up to 100°C
- V.S.W.R at Output Coupler: 1.5:1
- Heater Voltage: 5.7-6.9V
- Preheat Time: 60 seconds
