CAES maintains a broad portfolio of commercial and military grade RF, Microwave and Millimeter wave components that remain at the forefront of military and aerospace systems. Products are available as standard catalog offerings, and many can be uniquely customized to meet your exact performance specifications.
CAES manufactures custom amplifiers in a wide variety of configurations from LNA (Low Noise Amplifiers), Medium and High Power, and wideband solutions.
CAES combines filters and multi-throw switches to build channelizers and switched filter banks for high performance, compact, rugged applications such as radar, electronic warfare, space and missiles.
CAES Combiners and Dividers are available in a variety of models from 1:2 – 1:N combiner/divider splits. Generally designed as Wilkinson structures, these are used to combine or divide power within a given designed frequency range.
CAES' forward and reverse dual directional stripline couplers as well as 90 and 180 degree hybrid couplers, are available in 6 dB, 10 dB, 20 dB and 30 dB coupling values. These units feature high directivity and low VSWR and are conservatively rated to ensure the most reliable service and performance.
CAES offers an extensive line of RF filters and multiplexers designed and manufactured using our internal capabilities in machining and component and substrate fabrication.These heritage processes have proven flight pedigree in space, on board Gen 5 aircraft and shipboard platforms. CAES' proprietary plating processes enables industry leading high-Q, low l
CAES designs and manufactures a broad range of custom mixer and frequency multiplication products, enabling RF signals to be converted from one frequency to another, or multiplied together to generate a new frequency.
CAES is able to develop high performance, differentiated MMIC solutions for a variety of applications including communications, radar and electronic warfare, supporting frequency ranges from DC to 60 GHz.
Phase Shifters continuously change the phase of a microwave signal by applying a varying DC current, voltage or digital signal, depending upon the model type selected. Customized features are highly sought after designs, comprising a great majority of products in existence.