A recently developed As2S3 chemical treatment was used to passivate the perimeters of self‐aligned heterojunction bipolar transistors (HBTs). The As2S3chemical treatment significantly lowered the base current resulting in a two order of magnitude reduction in the collector current density at which dc current gain was observed (β=1). No degradation with time has been observed in the electrical characteristics of the chemically treated HBTs. This absence of degradation is attributed to the impermeability to oxygen of the As2S3 glass which coats the perimeter of the HBT after chemical treatment
MIS Schottky diodes on Al0.75Ga0.25As/In0.2Ga0.8As PHEMTs were produced using both photowashing and ...
Gallium sulphide (GaS) has been deposited on GaAs to form stable, insulating, passivating layers. Sp...
Surface properties of GaAs passivated with (NH4)(2)S-x solution have been analyzed in GaAs wafer and...
This paper presents a method of surface treatment for improving the current gain of an AlGaAs/GaAs h...
This paper presents the effect of surface treatment on the electrical properties of an AlGaAs/GaAs h...
ABSTRACT A surface passivation method for GaAs, with possible extensions to InGaAs and GaSb, is prop...
[[abstract]]A new surface passivation technique using P2S5/(NH4)2S on GaAs Schottky barrier diodes f...
This work develops a (NH4)2S/Al2O3 passivation technique for photodiode-based GaSb/AlAsSb heterostru...
Improvement in the electrical properties of the GaAs surface has been accomplished using a room‐temp...
The surface passivation of semiconductors on different surface orientations results in vastly dispar...
III-V materials have emerged as potential candidates to replace silicon in metal-oxide-semiconductor...
In this work, the impact of ammonium sulfide ((NH4)(2)S) surface treatment on the electrical passiva...
The effectiveness of chemical surface treatment of GaAs using (NH4)2Sx, Na2S and RuCl3 has been stud...
The suppression of leakage current via surface passivation plays a critical role for GaSb‐based opto...
This paper reports on the development of effective passivation techniques for improving and stabiliz...
MIS Schottky diodes on Al0.75Ga0.25As/In0.2Ga0.8As PHEMTs were produced using both photowashing and ...
Gallium sulphide (GaS) has been deposited on GaAs to form stable, insulating, passivating layers. Sp...
Surface properties of GaAs passivated with (NH4)(2)S-x solution have been analyzed in GaAs wafer and...
This paper presents a method of surface treatment for improving the current gain of an AlGaAs/GaAs h...
This paper presents the effect of surface treatment on the electrical properties of an AlGaAs/GaAs h...
ABSTRACT A surface passivation method for GaAs, with possible extensions to InGaAs and GaSb, is prop...
[[abstract]]A new surface passivation technique using P2S5/(NH4)2S on GaAs Schottky barrier diodes f...
This work develops a (NH4)2S/Al2O3 passivation technique for photodiode-based GaSb/AlAsSb heterostru...
Improvement in the electrical properties of the GaAs surface has been accomplished using a room‐temp...
The surface passivation of semiconductors on different surface orientations results in vastly dispar...
III-V materials have emerged as potential candidates to replace silicon in metal-oxide-semiconductor...
In this work, the impact of ammonium sulfide ((NH4)(2)S) surface treatment on the electrical passiva...
The effectiveness of chemical surface treatment of GaAs using (NH4)2Sx, Na2S and RuCl3 has been stud...
The suppression of leakage current via surface passivation plays a critical role for GaSb‐based opto...
This paper reports on the development of effective passivation techniques for improving and stabiliz...
MIS Schottky diodes on Al0.75Ga0.25As/In0.2Ga0.8As PHEMTs were produced using both photowashing and ...
Gallium sulphide (GaS) has been deposited on GaAs to form stable, insulating, passivating layers. Sp...
Surface properties of GaAs passivated with (NH4)(2)S-x solution have been analyzed in GaAs wafer and...