Future Electronics Has Thin Film Chip Resistor for Harsh Environment & High Frequency from Susumu

Pointe Claire, Canada, January 18, 2014 --(PR.com)-- Future Electronics, a global leading distributor of electronic components, is pleased to announce immediate availability of Susumu's RG series of thin film chip resistors for harsh environments and high frequency.

Susumu's RG series has been known as the most precise and reliable thin film chip resistors (failure rate: 0.01FIT). The RG series is also exceptionally tolerant to extreme environments including sulphur (ASTMB809 compliant) and vibration (Mil-STD-202, 204 compliant). Another advantage of the RG series is maintaining its resistant value with minimal noise into GHz range.

The RG series is the answer for high frequency needs and harsh environmental requirements as well as precision and ultra-reliability requirements.

Applications include harsh environments such as automotive, automation and production equipment; high frequency; power supply; medical electronics; military, aerospace and aviation; and measurement and testing.

For more information about Susumu International, the RG Series, RG2012P-103-B-T5, Fixed Resistors, Thin Film Chip Resistors, RG1608P-104-B-T5, and SMT Metal Film Resistors, or to purchase product, visit www.FutureElectronics.com.

About Future Electronics

Future Electronics is a world class leader and innovator in the distribution and marketing of electronic components. Having served the electronics industry for over 45 years, Future Electronics is uniquely positioned as the only truly global distributor of electronic components supporting customers of all sizes. Future Electronics currently operates in 169 locations in 44 countries in the Americas, Europe and Asia, with its corporate headquarters in Montreal, Canada. www.FutureElectronics.com

Media Contact

Martin H. Gordon
Director, Corporate Communications
Future Electronics
www.FutureElectronics.com

514-694-7710 (ext. 2236)
Fax: 514-630-2671
martin.gordon@FutureElectronics.com