Littelfuse' diode arrays shield against ESD, Surge currents06 Mar 2013
Share this page with your friends
"The SD05 and SD05C Series are perfect solutions for medical, industrial, consumer, and computing applications for designers who need to 'sprinkle' ESD and/or surge protection around the printed circuit board," said Chad Marak, Director of the TVS Diode Arrays product line. "Their compact SOD-323 package fits right into the footprint of an 0805 MLV, allowing manufacturers to replace them in their designs with a SD05 or SD05C device without requiring a PCB or solder pad change."
Unlike ceramic devices, which have an inherent wear-out factor, SD05 and SD05C Series devices are made of silicon diodes, which allows them to absorb repetitive ESD strikes or surge transients safely without performance degradation. Their low dynamic resistance (0.5Ω for SD05, 0.6Ω for SD05C) provides up to a 50% reduction in clamping voltage when compared with competing technologies, so they can safely dissipate induced surge currents up to 30A.
Typical applications of these devices include buttons/keypads, switches, DC power ports, and various other low-speed I/Os in point-of-sale terminals, test equipment or instrumentation, medical equipment, desktop/notebook computers, servers, computer peripherals, etc.
The SD05 and SD05C Series TVS Diode Arrays are available in quantities of 3,000 in tape and reel packaging. Samples are available now for bulk orders; sample requests can be placed through authorised Littelfuse distributors worldwide.
For more information, visit the Littelfuse website.
Want to more of this to be delivered to you for FREE?
Subscribe to EDN Asia alerts and receive the latest design ideas and product news in your inbox.
Got to make sure you're not a robot. Please enter the code displayed on the right.Please enter the valid code. Sorry, you have reached the maximum number of requests allowed. You may wish to try again after a few hours.
Time to activate your subscription - it's easy!
We have sent an activate request to your registerd e-email. Simply click on the link to activate your subscription.
We're doing this to protect your privacy and ensure you successfully receive your e-mail alerts.
Berkeley Lab researchers create 2D hybrid perovskites
The large-area, square-shaped ultrathin sheets exhibit efficient photoluminescence, colour-tunability and a unique structural relaxation not found in covalent semiconductor sheets.