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

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

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

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.