Current-Sense Transformers Bolster DC/DC Converters

Oct. 8, 2008
Particularly suitable for compact dc/dc converters because of their SMT design, the EE5 and EE4.2 series current-sense transformers provide a complete solution with integrated primary windings. The EE5 series, based on an EE5 core, targets existing

Particularly suitable for compact dc/dc converters because of their SMT design, the EE5 and EE4.2 series current-sense transformers provide a complete solution with integrated primary windings. The EE5 series, based on an EE5 core, targets existing designs and the EE4.2 is a miniature version with a more compact E4.2 core. Unlike the EE5 components that integrate the primary on an external bracket, the EE4.2 deploys the primary in the coil former. Specs for the EE4.2 transformers include a primary-winding dc resistance of 2.5 milliOhms at a current of 7A and the test voltage is 360 Vac. For the EE5 series, the dc resistance of the primary is 0.8 milliOhms at a current of 20A and the test voltage is 500 Vac. Pricing for either series is $0.75 each/10,000. EPCOS INC., Iselin, NJ. (800) 888-7728.

Company: EPCOS INC.

Product URL: Click here for more information

Sponsored Recommendations

X-Band Transceiver

March 13, 2024
Aerospace and Defense applications conform to the tightest standards. ADI provides you with the confidence and support to ensure your design is a success.

ADVANCED MICRO SOLUTIONS FOR AUTOMOTIVE APPLICATIONS

March 13, 2024
Our solutions and technologies are designed to enable optimum safety on the road for electronic systems enabling safe, self-driving electronic mobility solutions.

Connectors for Automated Process Systems

March 13, 2024
Almost every product that people touch in their daily lives is the result of an automated manufacturing process. This includes relatively simple assemblies such as cereal boxes...

+600C Series RTD Platinum Temperature Sensor

March 13, 2024
Innovative Sensor Technologys temperature sensors have a small but robust construction to ensure function in harsh conditions

Comments

To join the conversation, and become an exclusive member of Electronic Design, create an account today!