M1568BS Magnetron Nisshinbo X-Band 25kW

M1568BS Magnetron Product Overview:

The M1568BS Magnetron from Nisshinbo Micro Devices Inc. is a dependable way to generate high-power microwaves for X-band radar systems. This magnetron, which meets RoHS standards, has a fixed frequency and peak output that make it very accurate for use in marine and industrial settings.

The M1568BS magnetron is made just for X-band radar systems. It works in a fixed frequency range of 9380 to 9440 MHz and has a peak output power of 25 kW. Its innovative spectrum-controlled V9 technology cuts down on unwanted emissions, which makes radar more accurate and the system more reliable in tough situations like sea navigation. It weighs about 0.7 kg and has forced air cooling. It can handle pulse durations of up to 1.2 μsec, which makes it perfect for maritime radars like the JRC JMA-9122.

Key Functions:

1) High Peak Power Output: Gives 25 kW for longer radar range and better target identification in X-band systems.

2) Fixed 9380–9440 MHz range with V9 spectrum management keeps the frequency stable and reduces interference, making transmissions clearer.

3) Strong Build: The forced air cooling and light weight of 0.7 kg make it last in tough sea conditions.

4) RoHS Compliance: Meets environmental requirements, which helps current radar deployments run in a way that is good for the environment.

5) Efficient Pulse Operation: For reliable performance, it supports a duty cycle of 0.001 and pulses of up to 1.2 μsec.

M1568BS Magnetron Specifications

Usage guide:

-> Installation: Securely mount in the radar transmitter housing, connect the WR90 waveguide to the RF output and the lead wires to the power supply, making sure they are properly grounded.

-> Before anode pulsing, use 6.3V heater voltage for at least 120 seconds to stabilize operation.

-> Power Application: Increase the anode voltage to a peak of 8 kV with a rising rate of ≤90 kV/μs, keeping the current below 8–10 A max.

-> Cooling Maintenance: Use forced air cooling to maintain the anode temperature below 110°C while it is running. Check the airflow to make sure it is working properly.