We analyse the performances of heterostructure field effect transistors (HFETs) for low-noise fast readout electronics for detectors of elementary particles. We discuss the advantages and the limits of these devices in comparison with silicon transistors. We also present the first integrated charge preamplifier fully based on HFETs and the experimental results obtained
The achievement of adequate signal-to-noise ratios in the measurement of the energy released by ioni...
A fast charge sensitive preamplifier was designed and built in a 90 nm CMOS technology. The work is ...
We demonstrate high-speed charge detection at room temperature with single-electron resolution by us...
We analyse the performances of heterostructure field effect transistors (HFETs) for low-noise fast r...
The analysis of the noise properties of heterojunction field effect transistors open the perspective...
The capabilities of the high electron mobility transistor (HEMT) as front end device in charge pream...
We present an analysis of the electronic noise contributions which limit the resolution of X- and \u...
The development of radiation detectors for high-resolution high-rate X-ray spectroscopy is strictly ...
The development of radiation detectors for high-resolution high-rate X-ray spectroscopy is strictly ...
The development of radiation detectors for high-resolution high-rate X-ray spectroscopy is strictly ...
The development of radiation detectors for high-resolution high-rate X-ray spectroscopy is strictly ...
The development of radiation detectors for high-resolution high-rate X-ray spectroscopy is strictly ...
The outstanding noise and radiation hardness characteristics of epitaxial-channel junction field-eff...
The achievement of adequate signal-to-noise ratios in the measurement of the energy released by ioni...
The achievement of adequate signal-to-noise ratios in the measurement of the energy released by ioni...
The achievement of adequate signal-to-noise ratios in the measurement of the energy released by ioni...
A fast charge sensitive preamplifier was designed and built in a 90 nm CMOS technology. The work is ...
We demonstrate high-speed charge detection at room temperature with single-electron resolution by us...
We analyse the performances of heterostructure field effect transistors (HFETs) for low-noise fast r...
The analysis of the noise properties of heterojunction field effect transistors open the perspective...
The capabilities of the high electron mobility transistor (HEMT) as front end device in charge pream...
We present an analysis of the electronic noise contributions which limit the resolution of X- and \u...
The development of radiation detectors for high-resolution high-rate X-ray spectroscopy is strictly ...
The development of radiation detectors for high-resolution high-rate X-ray spectroscopy is strictly ...
The development of radiation detectors for high-resolution high-rate X-ray spectroscopy is strictly ...
The development of radiation detectors for high-resolution high-rate X-ray spectroscopy is strictly ...
The development of radiation detectors for high-resolution high-rate X-ray spectroscopy is strictly ...
The outstanding noise and radiation hardness characteristics of epitaxial-channel junction field-eff...
The achievement of adequate signal-to-noise ratios in the measurement of the energy released by ioni...
The achievement of adequate signal-to-noise ratios in the measurement of the energy released by ioni...
The achievement of adequate signal-to-noise ratios in the measurement of the energy released by ioni...
A fast charge sensitive preamplifier was designed and built in a 90 nm CMOS technology. The work is ...
We demonstrate high-speed charge detection at room temperature with single-electron resolution by us...