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The Pin Designed for High-Reliability Ultra-Miniature Connector Applications: Omnetics specifically designed and manufactured their mini-pins for Military, Space and Medical applications. Pin configuration is a key in design to maintain flexibility and low contact resistance. The cantilever spring pin uses a two leaf design. One end of each leaf is fixed while the other end is floating and rests against the tip of the opposing leaf. Pin length and cross-sectional area are larger than most other designs to give higher mate-demate life and to sustain a more constant insertion and withdrawal force. The tapered geometry assures a gradual deflection that minimizes unnecessary high insertion forces and improves the range of inter-mate alignment to the socket system. The two sizes of the pin featured, are designed to mate to Industry Standard Sockets for both Micro, (.050"), and Nano. (.025") pitch, connector technologies. MIL-DTL-83513 shock and vibration testing is certified for both sizes of Omnetics connectors. Full connector test specifications are available upon request, or on the web.

Material Selection: The BeCu pins are of ASTM H14 material and alloy 17200 with a minimum tensile strength at 120,000 ksi. Pins are then Ni/Au plated per ASTM B488, type 3 to assure long term contact integrity. Sockets are Cu alloy, Ni/Au plated and also meet MIL-DTL-835l3 standards.

Mating Force is typically 2-3 ounces per contact. Contact Resistance: 5 milliohms for Micro connectors and 15 milliohms for Nano connectors.

Intermating: Pin sizes fit Mil. Standards and will intermate with other standard socket designs in the Micro and Nano industry.

Standard and Custom Designs are available at Omnetics from Strips to Circulars and Metal Shelled Nano Connectors. A wide range of' cable, flex circuits, and board terminations are also supplied to meet your needs.