A detailed experimental study of the spectral distribution of hot-electron-induced photon emission in n-channel MOSFETs is presented. The study significantly improves on previous work by considering energies up to 3.1 eV and different operating temperatures. It is shown that in contrast with previous results, the photon energy distribution is markedly non-Maxwellian, thus suggesting that the same is true for the energy distribution of the channel electrons
This letter reports direct experimental evidence that the high-energy tail of the hot carrier lumine...
Silicon has become the material of choice for fabrication of high circuit density, low defect densit...
The recent publication of controversial experimental evidence on the origin of hot-carrier currents ...
A detailed experimental study of the spectral distribution of hot-electron-induced photon emission i...
A detailed experimental study of the spectral distribution of hot-electron-induced photon emission i...
In this paper we report the first experimental data on hot carrier luminescence in silicon p-channel...
We show that the experimental measurement of the electromagnetic emission spectrum from a MESFET dev...
New results are presented concerning the spectral distribution in the 1.7 - 2.9 eV range of the elec...
Light emission in submicrometer gate AlGaAs/GaAs HEMTs and GaAs MESFETs has been observed at high dr...
This paper investigates the use of hot carries luminescence (HCL) measurements as a mean for the ver...
Impact ionization phenomena accompanied by light emission in the 1.1-3.1 eV energy range take place ...
We present a detailed investigation of hot carrier induced impact ionization and light emission in s...
Abstract-A coupled two-dimensional drift-diffision and Many theoretical and experimental techniques ...
Measurements of light emission are reported in the 1.1\u20132.5 eV energy range, by hot electrons in...
The recent publication of controversial experimental evidence on the origin of hot-carrier currents ...
This letter reports direct experimental evidence that the high-energy tail of the hot carrier lumine...
Silicon has become the material of choice for fabrication of high circuit density, low defect densit...
The recent publication of controversial experimental evidence on the origin of hot-carrier currents ...
A detailed experimental study of the spectral distribution of hot-electron-induced photon emission i...
A detailed experimental study of the spectral distribution of hot-electron-induced photon emission i...
In this paper we report the first experimental data on hot carrier luminescence in silicon p-channel...
We show that the experimental measurement of the electromagnetic emission spectrum from a MESFET dev...
New results are presented concerning the spectral distribution in the 1.7 - 2.9 eV range of the elec...
Light emission in submicrometer gate AlGaAs/GaAs HEMTs and GaAs MESFETs has been observed at high dr...
This paper investigates the use of hot carries luminescence (HCL) measurements as a mean for the ver...
Impact ionization phenomena accompanied by light emission in the 1.1-3.1 eV energy range take place ...
We present a detailed investigation of hot carrier induced impact ionization and light emission in s...
Abstract-A coupled two-dimensional drift-diffision and Many theoretical and experimental techniques ...
Measurements of light emission are reported in the 1.1\u20132.5 eV energy range, by hot electrons in...
The recent publication of controversial experimental evidence on the origin of hot-carrier currents ...
This letter reports direct experimental evidence that the high-energy tail of the hot carrier lumine...
Silicon has become the material of choice for fabrication of high circuit density, low defect densit...
The recent publication of controversial experimental evidence on the origin of hot-carrier currents ...