USN 1206 Chip Fuse is designed to protect power semiconductors in automotive applications

Press Release Summary:

Suitable for overcurrent protection and protection against excessive ambient temperatures, USN 1206 Chip Fuse is operated in a temperature range of -40°C to +125°C. Unit comes with braking capacity of 80 A at 32 VDC and 170 A at 16 VDC and comes in epoxy glass housing. Product features current-time characteristic and high I²t values at 32 VDC. USN 1206 is designed to protect power semiconductors in automotive applications and meets AEC-Q200 standard.


Original Press Release:

Ambient Temperature Sensitivity Requires SMD Fuse Technology Uniquely Tailored for Each Application

SCHURTER’s new USN 1206 is designed to meet the everincreasing challenges associated with packing density in power electronics. The new chip fuse offers temperature-sensitivity suitable for both overcurrent protection and protection against excessive ambient temperatures.

The USN 1206 from SCHURTER is not a pure thermal fuse, per se. It requires a current flow to blow, thus providing protection against overcurrent, just as well as any conventional fuse. In addition, it is also designed to protect power semiconductors in automotive applications against over-temperature. The fuse has a current-time characteristic which shifts as a function of the ambient temperature. As a result, a specific trigger at a certain threshold value can be achieved with increasing temperature. The 12 A current rated USN 1206 has high I²t values at 32 VDC and a slow blowing characteristic. It has a breaking capacity of 80 A at 32 VDC and 170 A at 16 VDC with an operating temperature range of a -40°C to a +125°C.

The new SCHURTER USN 1206 meets the AEC-Q200 standard making it suitable for automotive applications requiring the highest reliability under particularly difficult conditions (heat, vibration, mechanical and cyclic strength). Qualification is according to each unique customer requirement on request. The production and qualification of the fuse is carried out in agreement with the customer according to the requirement profile of the desired time-current tripping characteristic as a function of the ambient temperature. Additionally, the USN 1206 is a good choice wherever temperature-critical processes occur, or even when a specific intrinsic characteristic is required. The temperature-sensitive SMD fuse is reflowable at 245°C according to IEC 60068-2-58. The epoxy glass housing makes it tight against the potting compound, thus making the fuse suitable for explosion-proof applications according to ATEX / IECEx as well. UL approval can be obtained.

Pricing for the USN 1206 series starts at under $0.50 each in 500 piece quantities. Packaging is 100 pieces. Data sheet link for the USN 1206 is http://www.schurter.com/en/datasheet/USN_1206. For sales and product information, contact Cora Umlauf at (800) 848-2600 or by email at info@schurterinc.com.

About SCHURTER Inc.

SCHURTER is a progressive innovator and manufacturer of Circuit Protection, Connectors, Switches, and EMC Products to the electronic and electrical industries worldwide. SCHURTER’s three divisions: Components, Input Systems and Electronic Manufacturing services are formed to provide customer specific products and services, which focus on clean and safe supply of power and making equipment easier to use. These core competencies bring a high degree of innovation to SCHURTER’s main markets IT / Telecom, Medical, Space and Energy.

SCHURTER meets its customers’ highest demands through certified quality, environmental and safety management systems including ISO 9001, ISO 14001, OHSAS 18001 and highly developed processes (Six Sigma method). Excellent services are upheld through the consistent application of an all-encompassing quality management system.

SCHURTER Inc., Santa Rosa, California is the exclusive North America sales and distribution office for the SCHURTER Group.

Contact:

SCHURTER INC.

447 Aviation Boulevard

Santa Rosa, CA 95403

Telephone 707 636 3000

Facsimile 707 636 3033

www.schurterinc.com

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