UNIVERSITY of CALIFORNIA, SANTA BARBARA

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Method of Making Nitrogen-Polar Devices Using Conventional Gallium Face Growth Techniques

Tech ID: 19389 / UC Case 2007-336-0

Brief Description

New method to fabricate III-nitride semiconductor devices on the nitrogen-face of layers using wafer bonding and substrate removal.

Background

There are several methods of obtaining nitrogen-polar devices. The most direct method is to use a substrate that naturally provides for the N-polarity or by using surface treatments on substrates such as sapphire to generate the buffer that lead to N-polar devices.

Description

Researchers at the University of California, Santa Barbara have developed a new method to fabricate III-nitride semiconductor devices on the nitrogen-face of layers using wafer bonding and substrate removal.

Advantages

  • Increased device performances
  • Reductions in the sizes of passive components
  • Potential for integration with conventional CMOS

Applications

  • High Frequency Communication
  • High Voltage Switching Applications
  • LEDs
  • Solar Cells

 

The technology is available for licensing.

PATENT STATUS

  • Patent Pending

INVENTORS

  • McCarthy, Lee S.
  • Mishra, Umesh K.
  • Rajan, Siddharth
  • Suh, Chang Soo

Other Information

Categorized As

Related cases

2007-336-0

Keywords

gallium, nitrogen polar

Contact

Franco Caporale/ caporale@tia.ucsb.edu / tel: 805-893-2073. Please reference Tech ID #19389.

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