L-band, solid state pulsed amplifier’s (VSL3679) versatile modular assembly.

1.0 kW compact X-Band, SSPA VSX3695, using proven GaN technology. Easily combined to create high power X-band radar transmitters up to 50 kW.  

CLS Series spans the spectrum from low-frequency coaxial limiters to complete Pre-TR limiters, as well as TR limiters with attenuation and phase control.

CPI Beverly’s VSC3701 compact and high efficiency solid state pulsed transmitter, with proven GaN technology, can be packaged in several configurations to suit your requirements.

CPI Beverly Microwave Division’s Wide Range Of Integrated Microwave Assemblies includes: attenuators, integrated front ends, receivers, solid state coaxial limiters, solid state switches and more.

CPI Beverly’s VPX3469 magnetron transmitter is a compact, user-friendly amplifier for indoor or outdoor mounted radar applications. It is capable of operating several magnetron types up to 200 kW of peak RF power output.

CPI Beverly is the world’s largest manufacturer of Receiver Protectors. Our solid state CLS limiter series spans the spectrum from low-frequency coaxial limiters to complete Pre-TR limiters.

The VPC3475A magnetron transmitter is developed as a fully integrated magnetron system operating up to 320 kW peak power. This microwave transmitter uses a CPI coaxial magnetron as its RF output device. 

The VS Series of modular GaN power amplifiers are available in single brick and dual brick configurations in S, C and X-Bands, with power levels from 900 W to 2 kW at 10% duty. With integral air cooling, and amplifier health monitoring, it is designed to be a turnkey Solid state based solution, capable of multi-platform support. 

The VPW3475 magnetron transmitter is developed as a fully integrated magnetron system operating up to 350 kW peak power. This microwave transmitter uses a CPI coaxial magnetron as its RF output device. The frequency of operation is magnetron dependent. Any CPI magnetron with RF power range up to 400 kW can be used in this transmitter. CPI provides any modifications required for the particular magnetron chosen.