READ THE LATEST
DIGITAL ISSUE

Design Solutions

Site search Advanced


Silicon Labs and Teledyne e2v HiRel partner on high-reliability isolation

Published: 21 October 2020 - Rachael Morling

Silicon Labs, a leading provider of silicon, software and solutions, today announced a new high-reliability (HiRel) isolation partnership with Teledyne e2v HiRel, a leading provider of high-performance, high-reliability semiconductors to the aerospace and defence market. Under the new agreement, Teledyne will offer a new specialised line of high-reliability products based on Silicon Labs’ isolated gate driver technology optimized for space, aerospace, military and oil and gas markets. 

Teledyne e2v HiRel will market custom high-reliability solutions based on the Silicon Labs’ Si827x isolated gate driver family that are optimized for space, aerospace, military, oil and gas and other markets requiring advanced technology and high reliability. The Teledyne gate drivers based on the Si827x family will be screened and qualified by Teledyne accordingly for specific market specifications, with an initial focus on satellite power systems supporting satellite communications. 
 
“The combination of Silicon Labs’ industry-leading isolation with Teledyne’s expertise in space and aerospace will give high-reliability customers a new level of performance in their complex systems,” said Brian Mirkin, Vice President and General Manager of Power Products at Silicon Labs. “Our proprietary silicon isolation technology is ideal for specialized markets such as aerospace that require high-performance noise immunity, and flexible driver configurations to successfully manage high-speed switching requirements.” 
 
The new Teledyne family based on Silicon Labs gate drivers are ideal for GaN applications due to their faster switches rates and provide options for either a single driver or a combination of two 4 A isolated drivers in a single IC package for isolated gate drive applications. The product offers high-performance noise immunity, eliminating the risk posed by faster switching speeds. The high noise transients generated by the faster switching do not affect signal integrity through the driver, removing the risk of incorrect switching or latch-up. 
 
“We anticipate a great deal of demand from our customer base with this new level of isolation reliability excellence we are able to offer,” said Mont Taylor, Teledyne e2v HiRel Vice President of Business Development. “Our HiRel customers are seeking robust power solutions, and we are confident this new partnership with Silicon Labs will deliver a new calibre of isolated gate drivers that will help space, aerospace, oil and gas and military companies enhance and strengthen their system designs.” 
 
The custom Teledyne solutions based on the Silicon Labs Si827x product family will be made available in Q4 of 2020. The new devices are ideally suited to complement Teledyne's new family of HiRel GaN HEMTs, the TDG650 family. The applicable Teledyne parts include TDGD271DEP (Si8271GB-IS), TDGD274DEP (Si8274GB1-IS1), and TDGD274FEP (Si8274GB1-IM1).
 


 
Search for a product/supplier:
 
   
-December 2020+
SMTWTFS
293012345
6789101112
13141516171819
20212223242526
272829303112
3456789