A low-power dissipation, fast response and reasonable noise performance GaAs MESFETs preamplifier, able to work at low temperatures (89 K) and under high radiation doses, is presented. Attention is given to noise modeling for an application to particle detectors front-end electronics. Noise optimization can be achieved through careful layout design of the preamplifier's input transistor. This preamplifier is intended to be followed by a GaAs LED driver both working under the same physical conditions. A GaAs preamplifier and LED driver circuit has been designed and test results are presented and discussed in this paper. (Elsevier
Improvement in signal to noise ratio (SNR) in a Cryogenic FTICRMS leads to better sensitivity1, whic...
Development of cryogenic readout circuits for Superconducting Tunneling Junction (STJ) direct detect...
The performance of broadband, Low-Noise, Low DC consumption cryogenic amplifiers was studied in deta...
A low-power dissipation, fast response and reasonable noise performance GaAs MESFETs preamplifier, a...
We present the latest results of a research work started in 1986 in Milano, aiming at the optimisati...
Abstract Metal-Semiconductor Field Effect Transistors (MESFETs) with gate area up to 48000 pm2 have ...
A charge-sensitive preamplifier for temperature operation between 1 and 120 K has been developed and...
We have realized low-noise monolithic GaAs preamplifiers using ion- implanted technology , to operat...
The effect of gamma radiation on electrical characteristics of cryogenically cooled broad-band low-n...
We present two cryogenic Application Specific Integrated circuits (ASIC's) realized with a GaAs MESF...
The quality of the output stage is key to the performance of low-noise CMOS preamplifiers for semico...
A low noise, low power, radiation hard, full custom integrated circuit has been studied in UHF1 Harr...
A preamplifier design is presented which is based on a common-drain JFET input. The midband noise pe...
The progress of the Jet Propulsion Laboratory in developing gallium arsenide junction field-effect t...
The high luminosity at LHC requires a high radiation resistance for the detectors, especially for th...
Improvement in signal to noise ratio (SNR) in a Cryogenic FTICRMS leads to better sensitivity1, whic...
Development of cryogenic readout circuits for Superconducting Tunneling Junction (STJ) direct detect...
The performance of broadband, Low-Noise, Low DC consumption cryogenic amplifiers was studied in deta...
A low-power dissipation, fast response and reasonable noise performance GaAs MESFETs preamplifier, a...
We present the latest results of a research work started in 1986 in Milano, aiming at the optimisati...
Abstract Metal-Semiconductor Field Effect Transistors (MESFETs) with gate area up to 48000 pm2 have ...
A charge-sensitive preamplifier for temperature operation between 1 and 120 K has been developed and...
We have realized low-noise monolithic GaAs preamplifiers using ion- implanted technology , to operat...
The effect of gamma radiation on electrical characteristics of cryogenically cooled broad-band low-n...
We present two cryogenic Application Specific Integrated circuits (ASIC's) realized with a GaAs MESF...
The quality of the output stage is key to the performance of low-noise CMOS preamplifiers for semico...
A low noise, low power, radiation hard, full custom integrated circuit has been studied in UHF1 Harr...
A preamplifier design is presented which is based on a common-drain JFET input. The midband noise pe...
The progress of the Jet Propulsion Laboratory in developing gallium arsenide junction field-effect t...
The high luminosity at LHC requires a high radiation resistance for the detectors, especially for th...
Improvement in signal to noise ratio (SNR) in a Cryogenic FTICRMS leads to better sensitivity1, whic...
Development of cryogenic readout circuits for Superconducting Tunneling Junction (STJ) direct detect...
The performance of broadband, Low-Noise, Low DC consumption cryogenic amplifiers was studied in deta...