ETEC - Electronics

ETEC 101  ETEC 101: AC/DC Electronics with Lab: 4 Credits (3 Lec, 1 Lab)

Gallatin College Workforce Program.

View Course Outcomes:

  1. Learning Outcomes for this course are used from MUS CCN Course Guide.

    Student will demonstrate safe practices when handling electrical circuits and equipment, operating characteristics of direct current (DC) and alternating current (AC) electrical circuits. Selection, inspection, use and maintenance for common electrical test equipment will also be covered.

    ·     Explain definitions and measurement of resistance, voltage, and current;

    ·     Use Ohms Law and Watts Law to analyze electrical circuits;

    ·     Explain DC circuits;

    ·     Conduct analysis on series and parallel circuits;

    ·     Demonstrate the usage of common meters and General Purpose Electronic Test Equipment (GPETE);

    ·     Use an oscilloscope to analyze various electrical circuits and components;

    ·     Explain electrical sources;

    ·     Explain electrical connections;

    ·     Explain series, parallel and complex circuits;

    ·     Explain capacitors and inductors;

    ·     Measure voltage, current, resistance and power;

    ·     Explain conductors, wire sizes, and ampacity;

    ·     Explain resistors;

    ·     Explain voltage and current divider laws;

    ·     Explain electromagnetism;

    ·     Explain batteries;

    ·     Explain circuit protection devices;

    ·     Explain power and energy;

    ·     Explain DC and AC differences;

    ·     Explain electric motors;

    ·     Explain transformers;

    ·     Explain electronic construction – PCB;

    ·     Explain basic AC theory and AC quantities and measurement.

ETEC 106  AC Circuit Analysis: 3 Credits (3 Lec)

PREREQUISITE: ETEC 101
COREQUISITE: M 121Q and ETEC 113. (Sp) The intent of this class is to introduce the student to the practical application of alternating current voltage
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View Course Outcomes:

  1. Describe the principles of magnetism and electromagnetism and explain the principle of operation for several types of electromagnetic devices including devices based on electromagnetic induction
  2. Identify a sinusoidal waveform and measure its characteristics
  3. Understand and explain alternating current (AC) and voltage and apply the basic circuit laws to AC circuits
  4. Describe the basic structure and characteristics of capacitors and understand how series and parallel capacitors operate in AC and DC circuits
  5. Understand and explain series and parallel RC circuits and their response to sinusoidal voltages
  6. Describe the basic structure and characteristics of inductors and understand how series and parallel inductors operate in AC and DC circuits
  7. Understand and explain series and parallel RL circuits and their response to sinusoidal voltages
  8. Describe the characteristics of RLC circuits and understand the frequency response of series and parallel RLC circuits
  9. Understand parallel resonance and the analysis of resonance circuits
  10. Understand and explain mutual inductance to describe the characteristics of transformers and identify and design transformer circuits

ETEC 113  Circuits Lab: 1 Credits (1 Lab)

PREREQUISITE: ETEC 101
COREQUISITE: M 121Q. (Sp) This is the Circuits laboratory that accompanies ETEC 106: AC CIrcuit Analysis
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View Course Outcomes:

  1. Demonstrate soldering and desoldering skills.
  2. Identify tools used for basic electrical circuits, manipulate tools used during basic electrical circuit construction, understand technical instructions, demonstrate proficiency in part recognition, utilize basic electrical instrumentation.
  3. Demonstrate proficiency in the construction and analysis of AC Circuits.

ETEC 245  Digital Electronics: 4 Credits (3 Lec, 1 Lab)

PREREQUISITES: ETEC 101, ETEC 106 or 113, and ETEC 250
This course covers the theory and operation of semiconductor logic families and their circuits. Laboratory exercises allow the student to design, implement, and test a wide range of digital circuits using standard logic families and programmable logic devices.

View Course Outcomes:

  1. Identify analog and digital electrical signals and evaluate digital IC specifications.
  2. Convert numbers between decimal, binary, octal, and hexadecimal number systems.
  3. Explain and assess the operation of basic digital logic gates.
  4. Use Boolean algebra to express logic operations as equations.
  5. Use Karnaugh maps to minimize (simplify) Boolean equations.
  6. Identify combinatorial logic circuits and sequential logic circuits, and explain their operation.
  7. Identify, explain, and implement various types of flip-flops, counter circuits, shift registers, and other logic circuits.
  8. Construct basic PLD circuits and analyze standard logic circuits using standard test equipment.
  9. Develop microcontroller programs to interface with real world digital circuits and troubleshoot these circuits using standard test equipment and specialized instruments.

ETEC 250  Solid State Electronics I: 4 Credits (3 Lec, 1 Lab)

PREREQUISITES: ETEC 106 AND ETEC 113. This course introduces students to semiconductor materials, and provides the student with an introduction to basic semiconductor based solid state devices, how these devices operate, and their applications

View Course Outcomes:

  1. Describe semiconductors and how current is produced in a semiconductor
  2. Describe n-type and p-type semiconductors and a pn junction
  3. Explain and analyze diode circuits and their applications
  4. Describe the characteristics of special-purpose diodes and analyze their operation
  5. Describe the basic structure and operation of bipolar junction transistors and analyze their operation
  6. Analyze transistor bias circuits
  7. Describe amplifier operation and analyze the operation of different types of amplifiers
  8. Explain and analyze the operation of power amplifiers (classes A, B, AB, and C)
  9. Describe the characteristics of JFET and analyze its operation and applications
  10. Explain the operation of MOSFETs and analyze MOSFET circuits
  11. Explain and analyze the operation of FET amplifiers
  12. Understand and explain operational amplifiers (op-amps) as well as the basics of a differential amplifier
  13. Describe and analyze basic op-amp circuits such as comparators, integrators, and differentiators