Description
The M1475A X-band Magnetron is designed specifically for high-performance X-band radar systems. With a frequency range between 9345 MHz and 9405 MHz, this magnetron ensures excellent precision and reliability, crucial for radar operations. It delivers a peak output power of up to 25 kW, making it ideal for use in demanding environments that require robust and accurate radar signals.
This M1475A magnetron operates at an anode voltage range from 7.2 kV to 8.5 kV, ensuring consistent and powerful output for superior radar functionality. The heater voltage range of 5.7V to 6.9V and a typical heater current of 0.52A provide efficient thermal management to support extended usage.
In addition to its impressive electrical specifications, the M1475A has a duty cycle of 0.001, with a pulse duration range from 0.05μs to 1.2μs, allowing it to handle a wide range of radar pulse characteristics. The rate of rise of voltage pulse is 100 kV/μs, ensuring rapid response and high precision for dynamic radar systems.
With a VSWR (Voltage Standing Wave Ratio) of 1.5:1 at the output coupler, the M1475A maintains optimal performance, minimizing signal distortion. It is also designed to handle high anode temperatures, with a maximum of 110°C, ensuring durability under high-stress conditions.
Whether for naval, aviation, or meteorological radar systems, the M1475A X-band Magnetron provides reliable, high-power performance to meet critical operational needs.
Technical Specifications:
- Model: M1475A X-band Magnetron
- Frequency Range: 9345 MHz to 9405 MHz
- Peak Output Power: 25 kW
- Heater Voltage: 5.7V to 6.9V
- Heater Current: 0.43A to 0.6A
- Preheat Time: 120 seconds
- Peak Anode Voltage: 7.2 kV to 8.5 kV
- Peak Anode Current: 6.0A to 10.0A
- Pulse Duration: 0.05μs to 1.2μs
- Duty Cycle: 0.001
- Anode Power Input: 75 kW (max)
- VSWR at Output Coupler: 1.5:1
- Rate of Rise of Voltage Pulse: 100 kV/μs
- Anode Temperature: 110°C (max)
