Pickering to showcase new high voltage Reed Relays at Semicon Korea 2016, stand 2509
Pickering Electronics are the manufacturers and distributors of instrumentation grade Reed Relays for ATE, Low thermal EMF, RF switching and other specialist applications.
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, will all be showcased this January at Semicon Korea on stand 2509.
The recently released Series 67 and 68 Reed Relay range are available for up to 10kV stand-off, 7.5kV switching, with an option of either PCB or flying lead switch connections. These new relays are manufactured in a SIL format using former-less coils which dispense with the more usual coil supporting bobbin allowing a smaller package than similar rated devices.
The unusual package design presents some interesting packing possibilities for high density applications such as multiplexers and matrices in instrumentation and test systems. 5, 12 and 24 volt coils are available as standard, and other voltages can be supplied to special order, as can variations in the lead length of the Series 68 range. The relays are suitable for high voltage transformer and cable test and some electro-medical applications such as defibrillators.
The new Series 119 is the industry’s smallest high voltage SIL Reed Relay for up to 3kV stand-off. These can be stacked side-by-side for maximum packing density (all Pickering SIL Relays have full magnetic screening allowing side by side operation).
This new relay is intended for voltages considerably higher than standard small SIL relays, ideal for Cable and Backplane Testers and Mixed signal ATE. Pickering also offer other Single-in-Line High Voltage dry Reed Relays with the Series 104 for use up to 3kV stand-off, 25 Watts switching.
To find out more about the new Reed Relays visit Pickering on stand 2509 at Semicon Korea 2016, or alternatively go to the website.