The CEX series platform is an easy to implement surface mount solution for gain variation over frequency. Various configuration options including different frequency bands, slope direction and slope magnitude are available to
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RF Components
CTX Series - High frequency chip terminations
Smiths Interconnect’s new high frequency chip terminations offer a unique combination of high power and high ferquency in a small package.
SpaceNXT™ MWC Series
The SpaceNXT™ MWC Series is a high reliable 2-way Ku-Band isolated splitter, specifically designed and tested for space applications from MEO/GEO satellites to deep space probes.
83 Series Chip Attenuators
The 83 series of surface mount chip attenuators are designed for direct installation on printed circuit boards and manufactured using thin film.
ANx Series Temperature Variable Attenuators
The ANx series of temperature variable attenuators offers a cost effective passive temperature compensation solution for the commercial market place. The series operates DC to 4 or 6 GHz.
Coaxial Attenuators
Smiths Interconnect|EMC's line of precision coaxial attenuators offer an easy to use attenuation solution for applications with up to 2 watts of input power.
Coaxial Terminations
These terminations have low VSWR, and operate at frequencies from DC to 26.5 GHz. They are ideal for both laboratory measurements and system use.
CVD Diamond Attenuators
Smiths Interconnect|EMC offers a line of CVD Diamond attenuators with extreme high power ratings. These attenuators may be used in applications from DC to 26.5 GHz and are ideal for applications requiring high power capability
CVD Diamond Resistors
Smiths Interconnect|EMC's exclusive line of CVD Diamond resistors offers a unique combination of extreme high power ratings in very small packages. These resistors may be used in applications from DC to 30 GHz and are ideal
CVD Diamond Terminations
Smiths Interconnect|EMC's exclusive line of CVD Diamond terminations offers a unique combination of extreme high power ratings in very small packages. These terminations may be used in applications from DC to 26.5 GHz and are