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Fabrication of Antenna-Coupled Metal-Oxide-Metal Infrared Detectors Using Atomic-Layer Deposition (ALD)

thesis
posted on 2011-04-15, 00:00 authored by Gergo Peter Szakmany
This project focuses on antenna-coupled metal-oxide-medal diodes, which are capable of detecting long-wave infrared radiation (LWIR). These devices operate at room temperature without the need for cooling. The fabrication methods of these devices are CMOS compatible, and hence they can be integrated with CMOS circuits. Antennas are able to detect infrared waves by scaling the antenna to a suitable length. Radiation is coupled from an electromagnetic wave to a nonlinear rectifying junction by the antenna. Long-wave infrared detectors which are able to work at room temperature without cooling are of special interest. Humans emit radiation in this frequency range, and the atmospheric attenuation is very low. The detector response time can also be very fast depending on the diode type. Possible applications are tracking, target detection, and navigation in automatic vehicles. Thin-film metal-oxide-metal diodes were fabricated in this research, where high quality uniform aluminum oxide was deposited by atomic layer deposition.

History

Date Modified

2017-06-02

Research Director(s)

Wolfgand Porod

Committee Members

Wolfgand Porod

Degree

  • Master of Science in Environmental Engineering

Degree Level

  • Master's Thesis

Language

  • English

Alternate Identifier

etd-04152011-174107

Publisher

University of Notre Dame

Additional Groups

  • Electrical Engineering

Program Name

  • Electrical Engineering

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