A broad-band, visible to the far-infrared, fast photoconductive detector based on heavily doped and highly compensated germanium has been demonstrated. Such detectors are requested for the in-situ diagnostic of power and beam quality of tunable pulsed infrared free electron lasers
The use of Pyroelectric array detectors in Infrared cameras in the 8 to 14µm region necessitates a m...
We report on fast p-i-n photodetectors operating in the near infrared and realized in pure germanium...
Photoconductivity spectra of unstressed and stressed Ge:Ga detectors were measured. The ecperiments ...
Ultrafast, ultra-broad-band photoconductive detector based on heavily doped and highly compensated g...
The availability of intense short-pulsed THz radiation from sources such as free electron lasers (FE...
We demonstrate silicon-based ultrafast metal-semiconductor-metal (MSM) photodetectors for near infra...
Intense and short pulsed THz sources require fast, broad-band detectors with large dynamic range. Ex...
The theoretical temporal resolution limit tT of a silicon photodiode (Si PD) is 11.1 ps. We call “su...
Abstract Beam diagnostic is a fundamental constituent of any particle accelerators either dedicate...
Highly compensated Ge:Ga photoconductors have been fabricated and evaluated for high bandwidth heter...
Cooled germanium (Ge) photoconductive detectors are one of the most sensitive detectors at terahertz...
Zero-bias Schottky diode detectors operated at room-temperature are the choice for applications, whe...
The authors report on Ge:Ga and Ge:Sb photoconductor materials and detectors that are under developm...
We report on the state of the art of near infrared photodetectors based on germanium on silicon. Aft...
To assess the potential uses of germanium as a nonlinear material in the mid IR we have measured the...
The use of Pyroelectric array detectors in Infrared cameras in the 8 to 14µm region necessitates a m...
We report on fast p-i-n photodetectors operating in the near infrared and realized in pure germanium...
Photoconductivity spectra of unstressed and stressed Ge:Ga detectors were measured. The ecperiments ...
Ultrafast, ultra-broad-band photoconductive detector based on heavily doped and highly compensated g...
The availability of intense short-pulsed THz radiation from sources such as free electron lasers (FE...
We demonstrate silicon-based ultrafast metal-semiconductor-metal (MSM) photodetectors for near infra...
Intense and short pulsed THz sources require fast, broad-band detectors with large dynamic range. Ex...
The theoretical temporal resolution limit tT of a silicon photodiode (Si PD) is 11.1 ps. We call “su...
Abstract Beam diagnostic is a fundamental constituent of any particle accelerators either dedicate...
Highly compensated Ge:Ga photoconductors have been fabricated and evaluated for high bandwidth heter...
Cooled germanium (Ge) photoconductive detectors are one of the most sensitive detectors at terahertz...
Zero-bias Schottky diode detectors operated at room-temperature are the choice for applications, whe...
The authors report on Ge:Ga and Ge:Sb photoconductor materials and detectors that are under developm...
We report on the state of the art of near infrared photodetectors based on germanium on silicon. Aft...
To assess the potential uses of germanium as a nonlinear material in the mid IR we have measured the...
The use of Pyroelectric array detectors in Infrared cameras in the 8 to 14µm region necessitates a m...
We report on fast p-i-n photodetectors operating in the near infrared and realized in pure germanium...
Photoconductivity spectra of unstressed and stressed Ge:Ga detectors were measured. The ecperiments ...