Electromechanical relays are like dinosaurs who haven’t gotten the news that they are supposed to be extinct. Instead, they beget new generations, get designed into new applications, and even take ...

Teledyne Relays today announced availability of four new reed relay product families, all offering extremely long life of up to 1 billion cycles, ideal for applications where high reliability is ...

Pickering Electronics have expanded their high voltage Single-in-line (SIL) Reed Relay range to include three new series, that all offer higher packing density. The Series 67 and 68 dry Reed Relay ...

Complete technical information including packaging, pad layouts, a glossary of terms, and RF performance graphs for Coto's Classic line of reed relays. Relay packaging consists of antistatic tubes or ...

Download our full guide to learn more about switching in extreme environments, low-level and low-power applications, and which reed relays we recommend for space applications. With launch costs ...

Pickering Electronics has added a new 10W-rated reed relay to its successful 4mm product family which features devices that occupy a PCB footprint of only 4mm x 4mm, facilitating the highest packing ...

Pickering Electronics, has announced its first high voltage surface mount reed relays known as the Series 219. Available in multiple package types (of the same size, but with differing pin positions), ...

Pickering has introduced low-level switching variants of two of its series of high-voltage reed relays. Modifications of the 119 and 131 series, both Series 119L and 131L relay ranges have been ...

The reed relay was invented in 1936 by Bell Telephone Laboratories. Since that time, it has gradually evolved from very large, relatively crude parts to the small, ultra-reliable parts we have today.

New families are tailored for demanding applications that require high voltage, high isolation and enhanced shielding from EMI. Teledyne Relays today announced availability of four new reed relay ...