VZS/C-2780C2

      The VZS/C-2780C2 is designed as a 500 watt TWT high power amplifier.It is high efficiency while its size is small.With the mimic remote control
panel,it has an integral computer interface.
      VZS/C-2780C2 has six features.The first one is compact.It is will in a compact 19-inch rack-mount dual drawer configuration for wideband testing and also will provide 500 watts of power in the 2.0 to 8.0 GHz frequency band.The second one is efficient and reliable.It would increase efficiency by a nominal 20% over conventional single collector TWTs through its CPI dual-depressed collector helix traveling wave tubes,and also it is designed that a power supply with a minimum number of parts for maximum uptime.The third one is that it will be simple to operate.It has the function of integrated microprocessor control which would let the user adjust and monitor all operating parameters from one easy-to-read local or remote panel,and the user could use straightforward menu-driven commands.Also a upgrade is been made that it includes a built-in interface and serial bus for operation from the station computer.The fourth one is about its safety.Because it meets the international safety and EMC compliance standards.The fifth one is that it is easy to maintain.With the modular design,it will be easy installation and maintainability in the field.The last one is worldwide support.The CPI has the experiences of satellite over two decades.That will be helpful that the customer would get a 24-hour network of worldwide support which includes fifteen regional factory service centers.
      Some specifications of VZS/C-2780C2 have been concluded into several points.The first one is about its frequency which would be 2.0 to 8.0 GHz.The second one is its bandwidth which would be 6.0 GHz.The third one is about its ambient temperature which would be -10° to +40°C when operating and be -20° to +70°C when non-operating.The fourth one is about its relative humidity which would be 95% non-condensing.The last one is about its altitude which would be up to 10,000 ft (3000 m) with standard adiabatic derating of 2°/1000 ft.