Introduces students to basic circuit simulation methods using PSpice for Windows, a full-featured simulator. Expands the concepts covered in ET 174B, which introduced circuit simulation methods using PSpice for Windows. Students analyze transient and steady-state behavior of operational amplifiers and digital circuits. Provides training in instrumental error analysis, tolerances, electrical standards, and AC and DC meter operation for both analog and digital application. The internal operation of laboratory instruments, transducers, oscilloscopes and spectrum analyzers will be examined.
Students apply theoretical knowledge with hands-on experiments.
Expands the concepts learned in ET 283B to include analog conversion, serial data communications, memory devices, programmable times, signal conditioning, sensors, motors, control devices and control circuits. Introduces the techniques of AM, FM and PM transmitters and receivers. Develops the concepts of antennas, transmission lines, electromagnetic propagation and impedance matching through related laboratory experiments. Covers troubleshooting of digital devices and circuits. Using computer simulation, students analyze and repair more than 50 circuits with hidden faults.