Although they have many attractive properties, AlGaN/GaN high-electron-mobility transistors (HEMTs) have not found universal utility because their electronic characteristics can require complex circuit configurations for digital, power, RF, and microwave circuit applications.
The highly pure germanium is then melted and "doped" by the addition of minute amounts of arsenic, gallium, or other elements to produce desired electronic characteristics.
Because there is a great deal of similarity in the electronic characteristics of the different functional groups, there is a corresponding similarity in the types of reaction that different groups undergo.
Its electronic characteristics have therefore been intensively investigated.
The electronic characteristics were measured using a Keithley 2420 programmable source meter.
Therefore, a geometric scaffold search is combined with the investigation of semiempirically calculated molecular electronic characteristics.
Therefore, OFETs based on UVO-treated PS dielectrics were fabricated, and the electronic characteristics were analyzed.
For this purpose, the structural and electronic characteristics of nanotubes are first examined.
The electronic characteristics of the switches investigated include insertion loss, return loss, and isolation.
This chapter discusses the electronic characteristics of PIC pins as output devices.
The electronic characteristics of these films were investigated through impedance measurements during their formation.
