This course is designed for engineers, engineering managers and technicians interested in the applicatoins of Electronic Workbench simulation for analysis and design of microelectronics circuits. The author introduces the characteristics and biasing techniques of semiconductor devices such as diodes, op-amps, MOSFETs, JFETs and BJTs. Applications of op-amps are also covered through design examples of op-amp circuits. The analysis and design of electronics circuits are emphasized and verified by Electronics Workbench ...
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This course is designed for engineers, engineering managers and technicians interested in the applicatoins of Electronic Workbench simulation for analysis and design of microelectronics circuits. The author introduces the characteristics and biasing techniques of semiconductor devices such as diodes, op-amps, MOSFETs, JFETs and BJTs. Applications of op-amps are also covered through design examples of op-amp circuits. The analysis and design of electronics circuits are emphasized and verified by Electronics Workbench software. There are also 15 design projects assigned to the course.
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