Course Objective
To perform a series of experiments with electronic circuits, diodes and amplifiers with transistors and measurements of the various parameters of the amplifiers.
Learning results
Thorough understanding of experimental application techniques for electrical circuits.
Course Content
AC VOLTAGE RECTIFICATION & SEMIRECTIFICATION, DESIGN IN ZENER DIODES APPLICATIONS AND VOLTAGE REGULATORS FROM AC SOURCE TO DC OUTPUT, BIPOLAR JOINT TRANSISTOR (BJT)- COMMON EMMITTER (CE) CONFIGURATION AND STATIC CHARACTERISTICS, COMMON-EMMITTER AMPLIFIERS WITH AC INPUT SIGNAL, WHEATSTONE BRIDGE CONSTRUCTION AND THE DIGITAL OSCILLATOR, PUSH-PULL AMPLIFIER, JFET (Junction Field Effect Transistor), SILICON CONTROLLED RECTIFIER (SCR) - PRACTICAL APPLICATION, OP-AMP 1: PARAMETERS, 2: SIMPLE APPLICATIONS (INTEGRATION AND SUMMATION), 3: SIMPLIFIED CIRCUIT DESIGN USING OP-AMP, WIEN-BRIDGE OSCILLATOR AND THE 555 TIMING CIRCUIT.
