14 Results
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Thermopad®
Totally passive, surface mountable temperature variable attenuator. It requires no bias or control voltages and does not generate distortion.
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HYPER Series
HYPER Series offers the original superior performing hyperboloid contact technology designed for use in all applications and in harsh and demanding environments where high reliability and safety are critical.
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SMPM Mini-Lock Connectors
Mini-Lock connector offers high frequency connector for harsh-environments. The connector has a compact lightweight robust system and features a xx-points contact design for superior electric reliability.
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Diamond RF Resistives®
Diamond RF Resistives® resistors, terminations, and attenuators, are significantly reduced in size and unparalleled in average and peak power handling.
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Planar X Filter Series
High performance, compact, light-weight solutions for critical RF filtering in X-band, Ku-band, and Ka bands.
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Filter Combo D-Sub Connectors
Complete line of high powered EMI filtered D-Sub connectors including the single row size #8 power contacts (3W3, 3WK3, etc.).
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MIL-DTL-26482 Filter Connectors
Integrated EMI filter into MIL-STD platform for robust EMI equipment protection in a space saving design.
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MIL-DTL-83513 Filter (Micro D)
Designed to meet or exceed all applicable requirements of the military specification.
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Hi-Rel Components
Fixed attenuators in a high-reliability S-level common platform for space, military, and aerospace designs.
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Resistors and Terminations
Low and high power RF resistors and terminations including surface mount chips, tab & cover chips, flange mounted and rod types.
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HBB Series
High-power, quick-release harsh-environment connectors available in both single and five pole version.
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MDD Series
The MDD is a metal shell connector available with a 100 and 200 signal contacts configuration. With a 0.5mm contact diameter, with straight, surface mount tail and 90° termination styles. The metal shell improves system reliability by ensuring high levels of shock and vibration and by eliminating contact fretting, hence reducing wear rates, and avoiding system failure and down-times.