Class Notes

Class and Lab Notes

https://umsystem.instructure.com/courses/78185

Information on the introduction to computer engineering course can be found here:

https://sites.google.com/a/mst.edu/introtocpe/

INTRODUCTION

  1. Safety Lab Manual
  2. Lab Notebook Report Guidelines
  3. Formal Report Format
  4. How to Use a Breadboard

EXPERIMENTS

  1. Intro
  2. Safety Quiz, Lab 1 BASIC OSCILLOSCOPE OPERATIONS 
  3. Lab 2 ANALOG AND DIGITALMULTIMETERS
  4. Lab 3 RESISTIVE NETWORKS AND COMPUTATIONAL ANALYSIS
  5. Lab 4 WHEATSTONE BRIDGE
  6. Lab 5 Thevenin and Max Power Transfer
  7. Lab 6 ADVANCED OSCILLOSCOPE OPERATIONS
  8. Lab 7 RMS AND AVERAGE VALUES
  9. Lab 8 MEASUREMENT OF CAPACITORS
  10. Lab 9 CAPACITOR CURRENT-VOLTAGE RELATIONSHIP
  11. Lab 10 TRANSIENT ANALYSIS USING PSPICE
  12. Lab 11-Through-Hole Soldering Kit
  13. Review

 

Introduction

EXPERIMENTS

  1. Introduction to MATLAB Simulink and Simulink Resistor Simulations
  2. PLECS RC, RL, and RLC Simulations
  3. Using PLECS to Simulate Diode Circuits
  4. Examining the Characteristics of Diodes
  5. Characterization and Use of Bipolar Junction Transistors
  6. Characterization and Use of Field Effect Transistors for Digital Applications
  7. Properties of the Operational Amplifier
  8. Introduction to Active Filters

Appendix

  1. FPGA Board I/Os: Switches, LEDs, and 7-Segment Displays
  2. Sample Schematic Diagram
  3. Specification Sheets for Common Chips

Experiments

  1. Laboratory Equipment
  2. Schematic Capture and Logic Simulation
  3. Introduction To Field Programmable Gate Arrays and Logic
  4. SSI Combinational Logic Design: A Multi-Function Gate
  5. Seven Segment Decoder Design
  6. Hardware Verification of Seven Segment Decoder
  7. Hierarchical Design of a Four Bit Adder
  8. Design and Simulation of a 4-Bit Ripple-Carry Adder
  9. Random Access Memory for Combinational Logic
  10. Register ALU Design - Lab 10
  11. Register ALU Design - Lab 11
  12. General Sequence Counter with D-Flip Flops
  13. General Sequence Counter with JK-Flip Flops 

INTRODUCTION

  1. Lab Notebook Instructions
  2. Formal Report Format
  3. Overview and Safety Quiz

EXPERIMENTS

  1. Lab 1 - Datasheets
  2. Lab 2 - Intro to ASM Programming
  3. Lab 3 - More ASM
  4. Lab 4 - Intro to C Programming
  5. Lab 5 & 6 - LCD Display
  6. Lab 7 - Timers
  7. Lab 8 - Joystick
  8. Lab 9 - Asynchronous Serial Communication
  9. Final Project

I‌ntroduction

Experiments

  1. Resonant Circuits
  2. Power Supply Design Considerations
  3. The Series-Pass Voltage Regulator
  4. Transistor Bias Design and Stability
  5. BJT Amplifier Design and Analysis
  6. Applications of Transistor Switches
  7. Mosfet Amplifer Design and Analysis
  8. Applications of Operational Amplifiers
  9. Applications of IC Building Blocks‌

INTRODUCTION

  1. Syllabus
  2. Introduction
  3. Appendix

EXPERIMENTS 

  1. MATLAB Structure and Use
  2. Continuous-Time Signal and System Models and Characteristics
  3. Superposition Integral Evaluation (Convolution Evaluation)
  4. Amplitude and Phase Spectra Bandwidth
  5. Spectra of Periodic Signals
  6. Spectra of Aperiodic Energy Signals
  7. Frequency Response
  8. Bode Plots of Frequency Response
  9. Ideal Filters
  10. Communications Signals and Systems
  11. The Laplace Transform and Control System Characteristics

INTRODUCTION

  1. EE 3431 SYLLABUS-SP2024
  2. EE_3431_Semester Project

EXPERIMENTS

  1. EE_3431_Experiment Lab1
  2. EE_3431_Experiment Lab2
  3. EE_3431_Experiment Lab3
  4. EE_3431_Experiment Lab4
  5. EE_3431_Experiment Lab5
  6. EE_3431_Experiment Lab6
  7. EE_3431_Experiment Lab7

 
introduction
  1. Lab Safety Manual
  2. Lab Equipement and Software Guide
Experiments
  1. Experiment 1 - Power Measurements
  2. Experiment 2 - Single-Phase Transformers and AC Excitation
  3. Experiment 3 - Three-Phase Transformers
  4. Experiment 4 - Solenoid Simulation
  5. Experiment 5 & 6 Synchronous Machines 2021
  6. Experiments 7 & 8 - Induction Machines
  7. Experiment 9 - DC Machines
  8. Experiment 10 - Motor Drives
  9. Experiment 11 - Permanent Magnet DC Machine Simulation

Introduction

Experiments

  1. Experiment 1 - Steady-State Simulation of AC Networks Using MATLAB
  2. Experiment 2 - Analyzing Three-Phase Power and Power Factor Correction Using PowerWorld
  3. Experiment 3 - Power Measurements
  4. Experiment 4 - Single-Phase Transformers and AC Excitation
  5. Experiment 5 - Three-Phase Transformers
  6. "Per-Unit" Experiment 6
  7. Experiment 7 & 8 Synchronous Machines 2021
  8. EE_3541_Experiment_9_10_11
  9. Experiment 12 - Transmission Lines
  10. Experiment 13 - Buck-Boost and Phase Shift Transformers

 

Senior design part order form

Information on the introduction to computer engineering course can be found here:

https://sites.google.com/a/mst.edu/eech106-eda/home