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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 range for up to 10kV, and the Series 119 Micro-SIL range for up to 3kV. The recently released Series 67 and 68 Reed Relay

Reed Relays are often considered a mundane component by Design Engineers and sometimes little thought is given to the finer points of their specifications. It is easy to see why this may be. It is after all, much more interesting to work with microprocessors etc. or to make your software really sing and ignore this

Pickering Electronics adds Form B (energise to break) reed relays to its Series 119 high voltage micro-SIL relay range. The relay is intended for voltages considerably higher than standard small SIL relays, ideal for Cable and Backplane Testers, mixed signal ATE or other applications where high voltage capability is required. The vacuumed sputtered ruthenium reed

Suitable for voltage ratings of up to 3kV, the Series 119 range of single-in-line reed relays has been introduced by Pickering Electronics at Semicon West 2015. These devices are claimed to be the industry’s smallest high voltage, single-in-line reed relays available. The relay is intended for voltages considerably higher than standard small SIL relays, such

Pickering Electronics are releasing their new Series 119 range for up to 3kV at Semicon West 2015. This will be the industry’s smallest high voltage Single-In-Line Reed Relay available. The relay is intended for voltages considerably higher than standard small SIL relays, ideal for Cable and Backplane Testers, Mixed signal ATE or other applications where

Pickering Electronics has announced that its series 119 range, for up to 3kV, offers the industry’s smallest available high voltage Single-In-Line Reed Relay. The switches are intended for voltages very much higher than standard small SIL relays, such as cable testers and mixed signal ATE. Four versions are available, all with either 3, 5 or

Nach wie vor attraktiv für Schaltapplikationen Im Allgemeinen verfügen gängige Reed-Relais über keine magnetische Abschirmung. Ihre Erregerspule ist auf einen Kunststoff-Spulenkörper gewickelt, der dann über den hermetisch versiegelten Reedkontakt geschoben wird. Abschließend umgibt ein spritzgegossenes Gehäuse aus hartem Kunststoff diesen Aufbau. Pickering geht hier einen technologisch höherwertigen Weg. Reed-Relais sind nach wie vor attraktiv für

Pickering Reed Relays

Graham Dale, Technical Director of Pickering Electronics Limited, describes the unique features of Pickering Reed Relays. Reed Relays remain an attractive solution for switching applications. Having a metallic path, they do not suffer from a relatively high contact resistance and high off-state leakage current usually associated with solid state relays. Having hermetically sealed contacts, reed

Graham Dale, Technical Director of Pickering Electronics Limited, describes the unique features of Pickering Reed Relays. Reed Relays remain an attractive solution for switching applications. Having a metallic path, they do not suffer from a relatively high contact resistance and high off-state leakage current usually associated with solid state relays. Often though, they are considered

Pickering Electronics are acclaimed Manufacturers of high quality Reed Relays for Instrumentation and Automatic Test Equipment (ATE), High voltage switching, Low thermal EMF, Direct drive from CMOS, RF switching and other specialist applications. Relays are available in Surface Mount, Single-in-Line (SIL), Dual-in-Line (DIL) and many other popular package styles. Our High quality reed relays are

Für alle Reed Relais liegen Spezifikationen bezüglich Strom und Spannung vor, die im Hinblick auf eine lange Lebensdauer eingehalten werden sollten. Es ist auch wichtig, sich vorab darüber Klarheit zu verschaffen, ob der vorgesehene Einsatzweck heißes oder kaltes Schalten vorsieht. Dies kann erheblichen Einfluss auf die Größe und Kosten des vorgesehenen Relais haben. Wenn mit

Pickering Electronics’ Series 117 range of single-in-line (SIL) reed relays are available with either 1 or 2 Form A (energise to make) switches and are intended for very high density applications such as ATE switching matrices or multiplexers. The 1 form A stacks on 0.15 x 0.27 inches (3.8 x 6.6 mm) pitch and the

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