Towards 1-mW THz Photoconductive Sources with Low-Cost Laser Drivers
Document Type
Article
Publication Date
1-1-2011
Identifier/URL
43002115 (Pure)
Abstract
A growing number of applications in the THz field require more power, efficiency, affordability, and reliability from time- and frequency-domains sources alike. We have developed efficient phoconductive switches and photomixers that can be driven by fiber mode-locked and cw-diode lasers, respectively. The average power of the PC switches is approaching 1 mW.
Repository Citation
Tewari, P.,
Taylor, Z. D.,
Bennett, D. D.,
Singh, R. S.,
Culjat, M. O.,
Kealey, C. P.,
Hubschman, J. P.,
White, S.,
Cochran, A.,
Brown, E. R.,
& Grundfest, W. S.
(2011). Towards 1-mW THz Photoconductive Sources with Low-Cost Laser Drivers. Optical Sensors, Sensors 2011, STuB6.
https://corescholar.libraries.wright.edu/physics/1238
DOI
10.1364/sensors.2011.stub6
