Semiconductor Materials

Semiconductor materials form the foundation of most modern electronics, including radio, computers, and telephones. Devices can use transistors, solar cells, diodes, silicon-controlled rectifiers, and digital and analog integrated circuits.

SRI’s significant advances in semiconductor materials include systems for uniform illumination of large area, high-power semiconductor switches. We also use fluidized-bed Chemical Vapor Deposition (CVD) for high-rate growth of solar cell silicon.

Our research in semiconductor materials includes:

  • High-rate deposition of epitaxial and polycrystalline films of elemental and compound semiconductors using metal-organic chemical vapor deposition (MOCVD) and fluidized bed reactor CVD

  • Design components for optically actuated, high-power semiconductor switches

  • Recycling of fluorine during semiconductor manufacturing to meet environmental concerns and minimize production costs

Products & Solutions

MOCVD platter loaded for epitaxial crystal growth

SRI provides customer-focused foundry services for epitaxial growth and fabrication of compound-semiconductor optoelectronic devices.

SRI In the News

http://www.nextflex.us/nextflex-americas-first-ever-flexible-hybrid-electronics-manufacturing-institute-names-founding-members/

NextFlex, America’s flexible hybrid electronics manufacturing institute, noted SRI among its founding members.

http://www.fedtechmagazine.com/article/2014/05/self-destruction-ultimate-mobile-device-security-measure

It’s entirely possible that the best mobile device management system is one that makes mobile devices disappear.

http://www.fashiontimes.com/articles/4503/20140404/military-spends-millions-on-mission-impossible-devices.htm

DARPA is putting in millions of dollars to develop self-destructing devices, similar to those seen on the "Mission: Impossible" television series and films. DARPA awarded SRI a $4.7 million contract to develop self-destructing batteries.