For this work a physical vapor deposited TiW-Au metallization is used as the electrical continuity layer for subsequent patterned electroplating of metal features on GaAs devices. Once the pattern is plated and the Au seed has been removed via reverse plating, plasma etch is used to remove the field area TiW. Following plasma etch, defects were observed across the wafer surface. Auger electron spectroscopy (AES) revealed that the defects were Au particles. Several methods of eliminating the Au particles were identified including, 1) use of vacuum break during the TiW-Au deposition, 2) O2 plasma ash prior to reverse plate, 3) a dual-iteration reverse plate process, and 4) a Au wet etch following reverse plate. The dual-iteration reverse plat...
Uniformity and wafer-to-wafer reproducibility of plasma etch processes are often related to the cond...
Metal electrodes were found to influence the wet selective etching of GaAs in a citric acid/hydrogen...
This paper presents a new method of dry etching for thin Au films in a dual frequency inductively co...
Compound semiconductor processing often uses high density plasma etching to establish through-via me...
A self-planarizing Au metallization process by selective electrolytic plating was developed for meta...
The etching of Au using photoresist masks and hard masks on GaAs substrates was investigated using a...
The epitaxial lift-off (ELO) process is utilized to produce thin-film III-V devices, while the subst...
By the use of multi-level plasma etch experimental designs, an alternative method for post-etch phot...
stripper, gallium arsenide (GaAs), and metal lift-off The occurrence of galvanic corrosion on compou...
The development of a new method for epitaxial growth of compound semiconductors is briefly described...
The thinning of semiconductor specimens for trans-mission electron microscopy by the wel l-known jet...
Research focused on control of misfit dislocations in strained epitaxial layers of GaAs through prep...
Via represents the weakest link in multilevel metallisation for IC devices and oxide etching is inhe...
Herein, we report galvanic displacement of metal nanoparticles and films onto single-crystalline GaA...
Gold structures can be created in a scanning electron microscope (SEM) from the Me<sub>2</sub>Au(ac...
Uniformity and wafer-to-wafer reproducibility of plasma etch processes are often related to the cond...
Metal electrodes were found to influence the wet selective etching of GaAs in a citric acid/hydrogen...
This paper presents a new method of dry etching for thin Au films in a dual frequency inductively co...
Compound semiconductor processing often uses high density plasma etching to establish through-via me...
A self-planarizing Au metallization process by selective electrolytic plating was developed for meta...
The etching of Au using photoresist masks and hard masks on GaAs substrates was investigated using a...
The epitaxial lift-off (ELO) process is utilized to produce thin-film III-V devices, while the subst...
By the use of multi-level plasma etch experimental designs, an alternative method for post-etch phot...
stripper, gallium arsenide (GaAs), and metal lift-off The occurrence of galvanic corrosion on compou...
The development of a new method for epitaxial growth of compound semiconductors is briefly described...
The thinning of semiconductor specimens for trans-mission electron microscopy by the wel l-known jet...
Research focused on control of misfit dislocations in strained epitaxial layers of GaAs through prep...
Via represents the weakest link in multilevel metallisation for IC devices and oxide etching is inhe...
Herein, we report galvanic displacement of metal nanoparticles and films onto single-crystalline GaA...
Gold structures can be created in a scanning electron microscope (SEM) from the Me<sub>2</sub>Au(ac...
Uniformity and wafer-to-wafer reproducibility of plasma etch processes are often related to the cond...
Metal electrodes were found to influence the wet selective etching of GaAs in a citric acid/hydrogen...
This paper presents a new method of dry etching for thin Au films in a dual frequency inductively co...