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Aug 31, 2024
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ELT 387 - Electric Circuit Analysis II Credits: 3 Lecture Hours: 3 Lab Hours: 0 Practicum Hours: 0 Work Experience: 0 Course Type: Voc/Tech Deals with principles and electrical properties of semiconductor diodes, transistors, integrated circuits and integrated circuit amplifiers, complete with mathematical analysis of equivalent circuits and their evaluation. Prerequisite: ELT 383 , ELT 384 Corequisite: ELT 388 Competencies
- Analyze the fundamentals of solid state physics
- Identify the parts of the atomic structure
- Describe ionization and covalent bonding
- Describe the operation of a P-N junction
- Analyze various diode rectifier circuits
- Examine the operation of various diode rectifier circuits
- Calculate various parameters of diode rectifier circuits
- Design diode rectifier circuits
- Analyze various applications of diodes and circuits
- Examine the operations of various circuits such as limiters, clampers, doublers, tripplers, and quadruplers
- Analyze the operation of various special diodes such as light emitting, zener, varacter, and photo diodes
- Design circuits using various special diodes
- Demonstrate an understanding of the analysis of transistor characteristics, construction, packaging and operation using data sheets
- Use a data book to identify transistor operating parameters
- Describe the construction and operation of bipolar transistors
- Describe the various operating parameters of bipolar transistors
- Analyze transistor operating point and load line and their effect on transistor operation
- Explain transistor DC biasing and how it affects transistor operation
- Calculate operating parameters of a bipolar transistor
- Describe the operations of saturation, active, and cutoff regions of a load line
- Analyze various transistor biasing methods
- Draw the schematic of the various DC biasing methods
- Calculate the operating parameters of various DC biasing methods
- Design applications using various DC biasing methods
- Analyze various transistor amplifier configurations and their operation
- Identify the basic amplifier circuits
- Calculate the various parameters of the basic amplifier circuits
- Design amplifier applications
- Analyze and design various operational amplifier circuits
- Examine the operation of an operational amplifier
- Calculate the parameters of various operational amplifier circuits
- Design applications using operational amplifiers
- Analyze and design various filter circuits
- Describe the basic types of filters and their responses
- Describe the operation of an active filter circuit using operational amplifiers
- Calculate the parameters of various active filters
- Design active filter circuits.
- Analyze and design various voltage regulator circuits
- Describe the operation of various voltage regulators
- Calculate the operating parameters of various voltage regulator applications
- Design circuits using voltage regulators
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