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November 09, 2010

Intersil Launches ISL8200M DC/DC Power Module for Defense Applications



Intersil has launched a version of its ISL8200M DC/DC power module designed for defense, harsh environment and avionics applications.

The company has designed the new power module in a manner that it complies with specifications of the Defense Supply Center (DSCC) VID V62/10608.

The defense-specified ISL8200MM can be purchased with prices starting at $39.23 each in 1,000-piece units.

Built using a tin-lead finish to assure optimal long-term reliability, the ISL8200M DC/DC product provides a complete switch-mode power supply in a single package with full mil-temp electrical performance from -55°C to +125°C.

Designers have provided full traceability through assembly and test by date/trace code assignment. Intersil said that it also provides enhanced process change notification.

The ISL8200MM combines with parallel load current scalability and extended leads on its QFN package. As a result of this, the product becomes suitable for defense communications equipment, radar, sonar, defense ground vehicles and smart ordinance applications.

According to a release, the ISL8200MM uses Intersil's patented current share architecture to cut down PCB layout noise sensitivity when modules are used in parallel. By incorporating almost all of the components required to deliver a plug-and-play solution, the new launch can replace about 40 different components.

Thanks to a high level of integration, the product not only simplifies and speeds designs but it also reduces the power management footprint.

Because the module's QFN package has exposed leads around its perimeter, it allows access to pins for debug and solder joint verification. Also, the ISL8200MM's very low 2.2mm profile allows it to be mounted to the bottom side of the PCB with other low-profile components.

Read a related article on TMCnet “Intersil Introduces Multi-Cell Li-Ion Battery Monitor for Hybrid and Electric Vehicle (HEV/EV) Applications.”


Anuradha Shukla is a contributing editor for TMCnet. To read more of her articles, please visit her columnist page.

Edited by Tammy Wolf

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