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 ...

With a 10GHz -3dB roll-off point two new reed relays, available from Rhopoint Components, offer an ideal way for switching low level RF signals, and high speed logic. The leadless relays employ a ...

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.

Pickering’s smallest miniature SIP reed relay with a power rating up to 80 Watts offers alternative to mercury wetted reed relays or electromechanical relays Leading manufacturer of high performance ...

Pickering Electronics of Essex has added a change-over version to its Series 67 of high voltage PCB relays. The 67 change-over relay is rated at up to 5kV stand-off and 2.5kV switching at 100W maximum ...

Littelfuse has expanded its reed relay product portfolio extending voltage capabilities to include AC ratings supporting AC or DC loads up to 300 Vdc, and providing input/output isolation voltage 2500 ...

Just about everywhere you go, there’s a reed switch nearby that’s quietly going about its work. Reed switches are so ubiquitous that you’re probably never more than a few feet away from one at any ...

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 ...

HAWTHORNE, Calif.--(BUSINESS WIRE)--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 ...

CLACTON-ON-SEA, England--(BUSINESS WIRE)--Pickering Electronics, a renowned company for its remarkable advancements in reed relay miniaturization and superior performance over the past 50 years, today ...

Any switching system can connect A to B. Only a well-designed one delivers top performance. Well-designed test systems have a minimum of three major subsystems: computing, instrumentation, and ...