Add to ORKGA low noise, low power, radiation hard, full custom integrated circuit has been studied in UHF1 Harris process for coupling with photodetectors of the CMS electromagnetic calorimeter. A versatile new version of the prototype preamplifier has been designed with improved performances in terms of noise, dynamic range, and consumption. Experimental results using an avalanche photodiode in DC coupling mode to preamplifier are shown. Irradiations tests have been performed with a Xray generator. Results obtained are given up to 10Mrad (SiO2). An upgrade version in UHF1X technology at present in foundry is briefly presented
This doctorate deals with the development of integrated analog preamplifiers for the readout of micr...
The results of engineering an intelligent preamplifier for high purity germanium gamma-detectors are...
We have designed a process-insensitive preamplifier for an optical receiver, fabricated it in severa...
A low noise, low power, radiation hard, full custom integrated circuit has been studied for coupling...
A high-speed charge-sensitive preamplifier (CSP) to be used in silicon calorimeters has been realize...
A low-power dissipation, fast response and reasonable noise performance GaAs MESFETs preamplifier, a...
The quality of the output stage is key to the performance of low-noise CMOS preamplifiers for semico...
The design and realization of an ultra low-noise high-input impedance amplifier for low-frequency no...
The development of the preamplifer and all test procedures done by our group during the past several...
We present a fast low-noise hybrid charge-sensitive preamplifier for germanium position-sensitive ga...
In this paper, the design and analysis of a new low noise charge sensitive preamplifier for silicon ...
An analysis of different preamplification systems for use with room temperature mercuric iodide x-ra...
The design aspects for low-power, low-noise CMOS charge sensitive preamplifier (CSP), that use a MOS...
The CMOS scaling process that is mainly driven by the need to improve digital performance poses crit...
This paper reports on an optical receiver employing a p-i-n diode and a GaAs HBT monolithic microwav...
This doctorate deals with the development of integrated analog preamplifiers for the readout of micr...
The results of engineering an intelligent preamplifier for high purity germanium gamma-detectors are...
We have designed a process-insensitive preamplifier for an optical receiver, fabricated it in severa...
A low noise, low power, radiation hard, full custom integrated circuit has been studied for coupling...
A high-speed charge-sensitive preamplifier (CSP) to be used in silicon calorimeters has been realize...
A low-power dissipation, fast response and reasonable noise performance GaAs MESFETs preamplifier, a...
The quality of the output stage is key to the performance of low-noise CMOS preamplifiers for semico...
The design and realization of an ultra low-noise high-input impedance amplifier for low-frequency no...
The development of the preamplifer and all test procedures done by our group during the past several...
We present a fast low-noise hybrid charge-sensitive preamplifier for germanium position-sensitive ga...
In this paper, the design and analysis of a new low noise charge sensitive preamplifier for silicon ...
An analysis of different preamplification systems for use with room temperature mercuric iodide x-ra...
The design aspects for low-power, low-noise CMOS charge sensitive preamplifier (CSP), that use a MOS...
The CMOS scaling process that is mainly driven by the need to improve digital performance poses crit...
This paper reports on an optical receiver employing a p-i-n diode and a GaAs HBT monolithic microwav...
This doctorate deals with the development of integrated analog preamplifiers for the readout of micr...
The results of engineering an intelligent preamplifier for high purity germanium gamma-detectors are...
We have designed a process-insensitive preamplifier for an optical receiver, fabricated it in severa...