TRACO POWER Announces New THN 10 WIR 10W High-Density DC-DC Converter SeriesJanuary 10, 2020 by TRACO Power
TRACO POWER Announces New THN 10 WIR 10W High-Density DC/DC Converter Series
TRACO POWER announces their new THN 10 WIR series of 10 watt high-density DC/DC Converters in the industry standard 1” x 1” footprint and qualified for rugged industrial and railway applications and certified to EN 50155 and EN 61373 standards. The THN 10WIR series of ruggedized 10 Watt DC/DC converters are designed and manufactured for high reliability in harsh environments. The converters have ultra-wide wide 4:1 input ranges of 9-36, 18-78 and 36-160 VDC with single and dual outputs ranging from 3.3-24 VDC.
The innovative design provides high efficiencies up to 90% and enables a full load operating temperature range from -40 to +80°C without derating and increased resistance against electromagnetic interference, shock/vibration and thermal shock.
All models are safety approved to IEC/EN/UL 62368-1 with CB Report and EN 50155 certified qualifying them for harsh environments in industrial, railway and transportation systems and further qualified for fire behavior of components per EN 45545-2.
Internal EN 55032 class A input filter
Short circuit protection
Output voltage trim
All models offer extreme reliability with an MTBF in excess of 2.3 million hours and are supported by TRACO POWER’S 3-year warranty.
Products are in stock and available through the TRACO POWER global distribution network with manufacturing lead times of 12 to 14 weeks. Please see link for specifications, drawings, and safety documentation.
About Traco Power
TRACO Electronic AG is a Swiss company with headquarters based in Baar, Switzerland. As a leading power supply specialist with more than 35 years experience we are dedicated to the design and manufacturing of high quality DC/DC and AC/DC power conversion products. TRACO markets its products worldwide under the registered trademark TRACO Power. Our mission is to provide our customers with optimal power supply solutions in terms of performance, quality and cost for their individual application.