This manuscript proposes a high-power terahertz source that consists on a large amount of coherently driven photomixing THz sources. Each element is placed in the gap of a bow tie antenna. The resulting array defines a chessboard-like layout which maximize the density of devices. This novel concept is validated through full-wave simulations. Experimental considerations are also provided for a prototype manufactured for the 1550 nm window. Measured power level will be shown at the conference
A pulsed photoconductive terahertz (THz) source is presented that is able to radiate milliwatt (mW) ...
A primary challenge in creating the next generation of submillimeter-wave receiver systems for space...
A primary challenge in creating the next generation of submillimeter-wave receiver systems for space...
This manuscript proposes a high-power terahertz source that consists on a large amount of coherently...
This manuscript proposes a high-power terahertz source that consists on a large amount of coherently...
This manuscript proposes the combination of several photomixing THz sources for overcoming the power...
This manuscript proposes the combination of several photomixing THz sources for overcoming the power...
We discuss two different approaches to overcome the power limitations of CW THz generation imposed t...
This paper analyzes integrated components for ultra-broadband millimeter-wave wireless transmitters ...
A pulsed photoconductive terahertz (THz) source is presented that is able to radiate milliwatt (mW) ...
Developments in terahertz sources include compacted electron beam systems, optical mixing techniques...
This paper outlines an efficient numerical method to design terahertz photomixers. The simulations a...
The ubiquitous use of electronic devices has led to an explosive increase in the amount of data tran...
A primary challenge in creating the next generation of submillimeter-wave receiver systems for space...
A primary challenge in creating the next generation of submillimeter-wave receiver systems for space...
A pulsed photoconductive terahertz (THz) source is presented that is able to radiate milliwatt (mW) ...
A primary challenge in creating the next generation of submillimeter-wave receiver systems for space...
A primary challenge in creating the next generation of submillimeter-wave receiver systems for space...
This manuscript proposes a high-power terahertz source that consists on a large amount of coherently...
This manuscript proposes a high-power terahertz source that consists on a large amount of coherently...
This manuscript proposes the combination of several photomixing THz sources for overcoming the power...
This manuscript proposes the combination of several photomixing THz sources for overcoming the power...
We discuss two different approaches to overcome the power limitations of CW THz generation imposed t...
This paper analyzes integrated components for ultra-broadband millimeter-wave wireless transmitters ...
A pulsed photoconductive terahertz (THz) source is presented that is able to radiate milliwatt (mW) ...
Developments in terahertz sources include compacted electron beam systems, optical mixing techniques...
This paper outlines an efficient numerical method to design terahertz photomixers. The simulations a...
The ubiquitous use of electronic devices has led to an explosive increase in the amount of data tran...
A primary challenge in creating the next generation of submillimeter-wave receiver systems for space...
A primary challenge in creating the next generation of submillimeter-wave receiver systems for space...
A pulsed photoconductive terahertz (THz) source is presented that is able to radiate milliwatt (mW) ...
A primary challenge in creating the next generation of submillimeter-wave receiver systems for space...
A primary challenge in creating the next generation of submillimeter-wave receiver systems for space...