AbstractThe challenges posed to dry etching techniques by thin, damage-sensitive layers in GaAs devices are well known. In this article, the development by Unaxis Semiconductors of a patent pending process is discussed. This process offers controllable etching rates and high selectivity to AlGaAs while minimizing exposure to damaging high energy ion bombardment common to many existing processes
As photolithography is reaching its fundamental scaling limitations and transistors are transitionin...
A new HCI:CH3COOH:K2Cr207 system which is particularly suitable for use in etching solutions of GaAs...
An approach for wet-chemical atomic layer etching (WALE) of semiconductors is described. The surface...
AbstractThe challenges posed to dry etching techniques by thin, damage-sensitive layers in GaAs devi...
AbstractGaAs manufacturing is moving more towards “silicon like” processes, driven by the need to pr...
To meet the needs of nanometer scale device fabrication, dry etch technology has been developed. The...
[[abstract]]The etching characteristics of AlxGa1-xAs in citric acid/H2O2 solutions and SiCl4/SiF4 p...
The purpose of this work was to try to identify the amount, degree and physical nature of the damage...
A damage-nucleated wet crystallographic etch technique has been developed for AlGaAs. The etch exten...
A new room temperature wet chemical digital etching technique for GaAs is presented which uses hydro...
AbstractIn Issue 5, 2000 we looked at the technical and business trends in etch processes for manufa...
A backside dry-etching process has been developed to completely remove the GaAs substrate and expose...
The reactive ion etch (RIE) process, and its applications in gallium arsenic (GaAs) device fabricati...
Dry etching induced surface damage has been characterised, in a novel way, for thin n+ GaAs epitaxia...
With respect to GaAs epitaxial lift-off technology, we report here the optimum atomic spacing (5-10 ...
As photolithography is reaching its fundamental scaling limitations and transistors are transitionin...
A new HCI:CH3COOH:K2Cr207 system which is particularly suitable for use in etching solutions of GaAs...
An approach for wet-chemical atomic layer etching (WALE) of semiconductors is described. The surface...
AbstractThe challenges posed to dry etching techniques by thin, damage-sensitive layers in GaAs devi...
AbstractGaAs manufacturing is moving more towards “silicon like” processes, driven by the need to pr...
To meet the needs of nanometer scale device fabrication, dry etch technology has been developed. The...
[[abstract]]The etching characteristics of AlxGa1-xAs in citric acid/H2O2 solutions and SiCl4/SiF4 p...
The purpose of this work was to try to identify the amount, degree and physical nature of the damage...
A damage-nucleated wet crystallographic etch technique has been developed for AlGaAs. The etch exten...
A new room temperature wet chemical digital etching technique for GaAs is presented which uses hydro...
AbstractIn Issue 5, 2000 we looked at the technical and business trends in etch processes for manufa...
A backside dry-etching process has been developed to completely remove the GaAs substrate and expose...
The reactive ion etch (RIE) process, and its applications in gallium arsenic (GaAs) device fabricati...
Dry etching induced surface damage has been characterised, in a novel way, for thin n+ GaAs epitaxia...
With respect to GaAs epitaxial lift-off technology, we report here the optimum atomic spacing (5-10 ...
As photolithography is reaching its fundamental scaling limitations and transistors are transitionin...
A new HCI:CH3COOH:K2Cr207 system which is particularly suitable for use in etching solutions of GaAs...
An approach for wet-chemical atomic layer etching (WALE) of semiconductors is described. The surface...