19 Results
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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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ARINC 628 Connectors
Modular plastic circular connectors designed for commercial aviation, medical and industrial markets
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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-83723 Filter Connectors
MIL-DTL-83723 Series III / MIL-DTL-26500 filter connectors are designed to meet or exceed all applicable requirements of the military specifications.
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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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HDLP
HDLP range of rectangular PCB connectors, designed for use in space-constrained applications.
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High Frequency Coax Contacts (MHC)
Engineered with a float mount design to assure high performance (low VSWR) at microwave frequencies by preventing any air gap at the mating interface.
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KA Series
With more than 2,500 configurations, the KA Series provides design flexibility not available with other MIL-DTL-55302 connectors.
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KNB/KNC Series ESA Qualified
Based on the KN series MIL-DTL-55302 compliant connectors an ESA version of the KNB/KNC connectors has been created, which also offers signal contacts designed for demanding applications.
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KNB/KNC/KND Series
Designed as high reliability printed circuit board connectors offering pin counts from 17 to 490 contacts which are widely used in defense, commercial aerospace and space applications.
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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.