The MG5223F Magnetron is a robust and efficient fixed frequency pulse magnetron ideal for radar and communications applications. Operating at a frequency of 3050 ± 10 MHz, this magnetron delivers a peak output power of 30 kW with a mean output power ranging from 8.4 W to 16.5 W depending on operating conditions.
Designed with a cathode that is indirectly heated, the MG5223F operates efficiently at a heater voltage of 6.3 V and requires a heater current of 1.25 A at this voltage. The anode voltage, with a peak of 8.0 kV, ensures high power output for demanding applications. The device is constructed with an integral magnet for enhanced durability and performance.
This magnetron requires either natural or forced-air cooling, which helps to maintain the anode temperature below 120°C, ensuring long-lasting operation even in challenging environments. The cathode pre-heating time is a minimum of 180 seconds to ensure stable performance.
The MG5223F is suitable for a variety of applications, from radar systems to communication devices, thanks to its high output power, precise frequency control, and reliable cooling methods. It is tested under strict conditions, and its performance is verified by ensuring a consistent output with minimal frequency fluctuations and pulse duration.
For added flexibility, different frequency ranges are available upon request, allowing the MG5223F to meet various system requirements. This magnetron is an essential component in systems where precision, durability, and high power are paramount.
Technical Specifications:
- Operating Frequency: 3050 ± 10 MHz
- Peak Output Power: 30 kW
- Mean Output Power: 8.4 W (minimum), 16.5 W (typical)
- Cathode: Indirectly heated
- Heater Voltage: 6.3 V
- Heater Current: 1.25 A
- Anode Voltage (Peak): 8.0 kV
- Pulse Duration: 0.55 µs (typical)
- Pulse Repetition Rate: 1000 to 4000 pps
- Cooling Method: Natural or forced-air
- Dimensions: 165.1 mm (max height) x 123.2 mm (max width)
- Weight: 2.1 kg approx
- Mounting Position: Any (requires 50 mm clearance from magnetic materials)
- Life Test: Operates at frequencies between 3040 MHz and 3060 MHz with a maximum RF bandwidth of 30 MHz.
