Table of Contents Exercise 1 Experimentally Understand Reference 1 – Directions for Voltage and Current Exercise 2 Ohm’s Law and Resistor Color Codes 9 – Exercise 3 Validation of Kirchhoff’s Laws 17 – Exercise 4 PSpice Circuit Analysis 24 – Exercise 5 Design and Analysis of a Variable Voltage 27 – Divider and Bridge Circuit Exercise 6 Norton’s and Maximum Power 31 –Thévenin's, Theorems Exercise 7 Operation of an Oscilloscope and Signal 36 – Generator and Response of Meters to Nonlinear Signals Exercise 8 Determining Thévenin's Equivalent Circuit of 42 – an Unknown Circuit
Table of Contents Exercise 1 – Experimentally Understand Reference Directions for Voltage and Current 1 Exercise 2 – Ohm’s Law and Resistor Color Codes 9 Exercise 3 – Validation of Kirchhoff’s Laws 17 Exercise 4 – PSpice Circuit Analysis 24 Exercise 5 – Design and Analysis of a Variable Voltage Divider and Bridge Circuit 27 Exercise 6 –Thévenin's, Norton’s and Maximum Power Theorems 31 Exercise 7 – Operation of an Oscilloscope and Signal Generator and Response of Meters to Nonlinear Signals 36 Exercise 8 – Determining Thévenin's Equivalent Circuit of an Unknown Circuit 42
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