• The company has a comprehensive range of all-solid-state amplifier products
• Frequency band is DC ~ 40GHz, output power 3~3000W
It has various protection functions (power supply timing protection, over current, over voltage, over temperature, over pulse width, over duty cycle, over standing wave and other protection functions)
• The company has a comprehensive range of all-solid-state amplifier products
• Frequency band is DC ~ 40GHz, output power 3~3000W
It has various protection functions (power supply timing protection, over current, over voltage, over temperature, over pulse width, over duty cycle, over standing wave and other protection functions)
Products using solid-state circuits, micro-assembly technology and other circuit mode and implementation means to design
• Achieve higher efficiency amplification and smaller loads
The working frequency of T/R component series products designed and developed by the company covers DC ~ 18GHz
Products using solid-state circuits, micro-assembly technology and other circuit mode and implementation means to design
• Achieve higher efficiency amplification and smaller loads
The working frequency of T/R component series products designed and developed by the company covers DC ~ 18GHz
• All solid state transmitter, frequency coverage DC ~ 40GHz, power 1KW ~ 40KW
• Transmitter adopts modular design, each independent module has perfect protection and BITE indication function
The corresponding interface reports the real-time working status of the module to the upper computer, and the working status of each module can be monitored and operated in real time according to the upper computer.
• The transmitter uses water cooling or forced air cooling for heat dissipation
HF, VHF, P, L-Band Transmitters
• All solid state transmitter, frequency coverage DC ~ 40GHz, power 1KW ~ 40KW
• Transmitter adopts modular design, each independent module has perfect protection and BITE indication function
The corresponding interface reports the real-time working status of the module to the upper computer, and the working status of each module can be monitored and operated in real time according to the upper computer.
• The transmitter uses water cooling or forced air cooling for heat dissipation
