Omnetics Micro miniature circular connectors

Wednesday, 26 November, 2014 | Supplied by: Clarke & Severn Electronic Solutions

Omnetics Micro miniature circular connectors

Omnetics micro-sized (0.50″ pitch) circular connectors are available from five to 39 contacts. The connectors are available in compact metal or liquid crystal polymer (LCP) insulators, offering designers the ability to reduce size and weight for circuits requiring multiple pin interconnections systems. Applications include mobile robotic equipment, handheld electronics, future soldier systems and UAVs.

The current rating is set for up to 3 A per contact with a dielectric withstand voltage of 600 V and insulation resistance of 5000 MΩ at 500 VDC. The connectors are designed to perform consistently up through 20 G of vibration, with no discontinuities greater than 1 um, and pass a 50 G level of shock.

Metal shells and plating options include nickel, brass, stainless steel and black oxide finishes. Shielded cabling is banded to the metal shells, giving good EMI protection. Standard and custom back shells are available, as well as pre-moulded strain reliefs to help users fit the size and shape of the cable attached.

The designer can specify mixed signal formats to reduce size, shape and weight of the interconnection systems. When combining two connectors using different pin types or pin sizes, inside one insulator/shell, the designer has reduced the number of outer shells and concentrated the signal and power entry area into the instrument. This improves the miniaturisation of the equipment involved.

Online: www.csesolutions.com.au/
Phone: 02 9482 1944
Related Products

NPA beaded ties

NPA beaded ties are constructed from polyethene to provide greater flexibility, allowing the tie...

NPA braided cable wrap

The NPA braided cable wrap features a self-closing mechanism to facilitate installation and...

HUBER+SUHNER radio frequency SMA coaxial connectors

The radio frequency SMA coaxial connectors from HUBER + SUHNER feature a broadband frequency...


  • All content Copyright © 2024 Westwick-Farrow Pty Ltd