Description
The M1568BJ X-band magnetron is engineered for use in radar systems, offering exceptional performance and reliability. This magnetron operates within a fixed frequency range of 9380 MHz to 9440 MHz, delivering a peak output power of 25 kW. It is ideal for high-power applications such as marine, weather, and aviation radar systems, ensuring clear and reliable data transmission over long distances.
Key features include a heater voltage range of 5.7V to 6.9V and a peak anode voltage ranging from 7.2kV to 8.5kV. With a peak output power of 25 kW, it is well-suited for demanding radar applications that require consistent and robust performance. The unit operates with a pulse duration between 0.05 μs and 1.2 μs, making it highly effective in producing strong, precise radar signals.
The M1568BJ is designed to work under extreme conditions, with a maximum anode temperature of 110°C and a duty cycle of 0.001. It features a high voltage rise rate of up to 100 kV/μs, ensuring rapid performance in high-speed radar systems. The VSWR at the output coupler is maintained at a maximum of 1.5:1 for optimal efficiency.
This M1568BJ magnetron is an essential component for any high-frequency radar system requiring stable, high-power output. Its rugged design and precise engineering make it a trusted choice for radar manufacturers and integrators worldwide.
Technical Specifications:
- Frequency Range: 9380 – 9440 MHz
- Peak Output Power: 25 kW
- Heater Voltage: 5.7V – 6.9V
- Heater Current: 0.43A – 0.6A
- Peak Anode Voltage: 7.2kV – 8.5kV
- Peak Anode Current: 6.0A – 10.0A
- Pulse Duration: 0.05 μs – 1.2 μs
- Duty Cycle: 0.001
- Anode Temperature: 110°C
- VSWR at Output Coupler: 1.5:1
- Rate of Rise of Voltage Pulse: 100 kV/μs
- Maximum Anode Power Input: 75 kW
