In this paper, we investigate the operating principle and the injection efficiency of the punch-through-assisted hot hole injection mechanism for programming nonvolatile memory cells by means of full-band Monte Carlo transport simulations of realistic device structures. The effects of terminal bias and cell scaling on the injection efficiency and the uniformity of charge injection along the channel are analyzed in detail
The aim of this paper is to assess the capability of TCAD tools to accurately model hot electron inj...
A buried injector, which is biased by means of punch-through, can be used in substrate hot electron ...
We present a novel non-volatile memory cell architecture, which remarkably impro...
In this paper, we investigate the operating principle and the injection efficiency of the punch-thro...
We present a detailed experimental and numerical analysis of drain avalanche hot-hole injection (DAH...
Program disturbs in NOR-type Flash arrays significantly degrade the tunnel oxide by hot-hole injecti...
In this paper, we use fullband Monte Carlo simulations and gate current measurements to investigate ...
In this work, the hot electron injection models presently available for technology support have been...
A full-band Monte Carlo device simulator has been used to study the effects of device scaling on hot...
Basic mechanisms governing the generation and injection of hot electrons in the N-channel MOSFET are...
We present a detailed analytical modeling for the constant-current Fowler–Nordheim program operation...
Hot Carrier Injection (HCI) is investigated from the experimental and modelling perspectives. Extens...
International audienceIn this paper we present the last improvement on programming window and consum...
The aim of this paper is to assess the capability of TCAD tools to accurately model hot electron inj...
A buried injector, which is biased by means of punch-through, can be used in substrate hot electron ...
We present a novel non-volatile memory cell architecture, which remarkably impro...
In this paper, we investigate the operating principle and the injection efficiency of the punch-thro...
We present a detailed experimental and numerical analysis of drain avalanche hot-hole injection (DAH...
Program disturbs in NOR-type Flash arrays significantly degrade the tunnel oxide by hot-hole injecti...
In this paper, we use fullband Monte Carlo simulations and gate current measurements to investigate ...
In this work, the hot electron injection models presently available for technology support have been...
A full-band Monte Carlo device simulator has been used to study the effects of device scaling on hot...
Basic mechanisms governing the generation and injection of hot electrons in the N-channel MOSFET are...
We present a detailed analytical modeling for the constant-current Fowler–Nordheim program operation...
Hot Carrier Injection (HCI) is investigated from the experimental and modelling perspectives. Extens...
International audienceIn this paper we present the last improvement on programming window and consum...
The aim of this paper is to assess the capability of TCAD tools to accurately model hot electron inj...
A buried injector, which is biased by means of punch-through, can be used in substrate hot electron ...
We present a novel non-volatile memory cell architecture, which remarkably impro...