Mini Hermaphroditic Connector - Sep 3, 2014
The low profile SMT miniature hermaphroditic board-to-board connectors are designed to provide power between adjacent linear printed circuit boards. Ideal for use in compact spaces with features designed for vacuum pick and place, the mini hermaphroditic is suitable for high volume manufacturing.
Offering Black Zinc Nickel Plating as Alternative to Cadmium - Aug 27, 2014
The ROHS-Compliant alternative to cadmium plating
1.18mm anti-buckling, push-pull micro-sim connector for mobile phones - Aug 19, 2014
Adding another third-form-factor (3FF) micro-SIM card connector solution for slimmer mobile phones and smartphones to its portfolio, TE Connectivity (TE), a world leader in connectivity, today introduced one of the market’s lowest-height, anti-buckling, push-pull micro-SIM connector.
New Releasable SMT Poke-In Wire Connectors - Jul 30, 2014
TE Connectivity’s low profile, SMT releasable poke-in wire connector accommodates multiple design requirements with 1, 2 & 3 position connector configurations. The releasable poke-in wire connector features an integral conductor release mechanism, recessed below the top side of the connector and cannot be compromised or broken during multiple insertion and release cycles. Ideal for LED lighting applications, the surface mount releasable poke-in connectors accept 18 to 22 gauge solid and stranded conductors and are tape and reel packaged for high speed SMT processing.
Introducing Next Generation EVC 250 Main Contactor - Jun 30, 2014
The new EVC 250 main contactor (EVC 250) has specifically been designed for use in hybrid, full-electric and fuel cell vehicles, as well as in vehicle charging systems and works without pressurized contact chambers.
Introducing High Speed Multi I/O Connector - Jun 4, 2014
TE’s High Speed Multi I/O product provides several industry-defined, value-added features, including rapid charging (according to electrical requirements of Micro USB Power Delivery at 3A), verification of performance at higher speeds up to 10Gbps.