The National Electronics YJ1600 6kW, 2450 MHz Water-Cooled Magnetron
is a high-power continuous wave (CW) microwave generator used in industrial heating and processing applications. It operates in the 2.45 GHz ISM frequency band, which is widely used for industrial, scientific, and medical applications.
This magnetron is designed to deliver up to 6 kW of microwave power, making it suitable for high-energy processes such as drying, heating, plasma generation, and material processing. It features a water-cooled anode system, which ensures efficient heat dissipation and stable operation under continuous high-power conditions.
The YJ1600 is constructed using metal-ceramic technology and includes a quick-heating cathode, allowing faster startup and improved efficiency. It also incorporates a built-in electromagnet system, which helps stabilize and control output power during operation.
Microwave energy is typically delivered through a waveguide output (probe type) into industrial processing systems. For optimal performance, the magnetron is used with matching components such as isolators or circulators to protect against reflected power.
? Key Features
-
Output power: 6 kW (continuous wave)
-
Operating frequency: 2450 MHz (2.45 GHz ISM band)
-
Water-cooled anode for thermal stability
-
Metal-ceramic construction for durability
-
Quick-heating cathode design
-
Integrated electromagnet for power stabilization
-
Probe output for waveguide coupling
-
High efficiency (~70% typical)
-
Designed for continuous industrial operation
⚙️ Applications
-
Industrial microwave heating and drying
-
Food processing and sterilization systems
-
Semiconductor and electronics manufacturing
-
Plasma generation systems
-
Rubber vulcanization and material processing
-
Synthetic diamond production
-
Chemical processing and curing systems
? Notes
-
Model: YJ1600
-
Manufacturer: National Electronics
-
Cooling requirement: Continuous water flow + auxiliary air cooling
-
Typical anode voltage: ~7.2 kV
-
Typical filament: ~5 V, high current (~33 A)
-
Requires proper waveguide matching to avoid reflected power damage
-
Commonly used in industrial microwave generators and systems
? Simple Explanation
? This device generates powerful microwave energy (like an industrial microwave oven source) used to heat, process, or treat materials in factories.