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.

High performance, cost-effective, easily maintainable alternative to cantilever and vertical probe card technologies.

Fully shielded signal path negates the effects of cross-talk during test, allowing an immediate yield enhancement.

Performance burn-in socket, with a clamshell-style lid that can be equipped with a heater and thermal sensor.

Diamond RF Resistives® resistors, terminations, and attenuators, are significantly reduced in size and unparalleled in average and peak power handling.

The breadth of waveguide products includes devices operating from 1.0 to 52.0 GHz and includes isolators and circulators, combiners, transitions and terminations. Each product is designed for specific applications and optimized to handle an appropriate amount of RF power. The highest power devices are based on differential phase shift technology while lower power devices are supplied based on traditional junction technology, Smiths Interconnect offers a broad choice of standard junction and differential 4-port waveguide isolators and circulators.

L, S & X-Band high power Circulators and Isolators are specifically designed for solid state power amplifiers (SSPA) used across various applications.

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.

Medical connectors that meet the needs for lower cost and short lead-time interconnect solutions for disposable applications.

Filtered Rack & Panel connectors with ARINC 404, ARINC 600, MIL-DTL-83527 Shell Styles

Available in 132 through 594 positions, that can be configured to include fiber optic and coax options.

Features of the Fiber optic DIN contacts are: twist protection pin, Multimode applications, Screw lock mechanism, Low insertion loss -0.20dB (typically)