## Chapter 2 Example Circuits

Interactive Exercise Click any circuit to open in a new tab. Most include simulations.

#### Ideal Voltage and Current Source Symbols

#### Ideal Voltage Source DC Sweep

#### Ideal Current Source DC Sweep

#### First-Order Non-Ideal Voltage Source

#### DC Sweep of First-Order Non-Ideal Voltage Source

#### First-Order Non-Ideal Current Source

#### DC Sweep of First-Order Non-Ideal Current Source

#### Signal, Earth, Chassis Ground

#### Ohm's Law - Fixed Resistor with Voltage Source

#### Ohm's Law - Fixed Resistor with Current Source

#### Ohm's Law - Adjustable Resistor with Voltage Source

#### Linear Elements with Labeled Terminal Current and Voltage

#### Power Efficiency of LED and Resistor

#### Power Efficiency of LED and Resistor with Resistor Parameter Sweep

#### Potentiometer Symbol

#### Components in Series

#### KVL Two Paths

#### Two Resistors in Series

#### Two Resistors in Parallel

#### Resistors in Series and Parallel

#### Resistor Bridge Can't Be Reduced by Series and Parallel Rules

#### Power Efficiency of LED and Resistor

#### KCL Three Node Example

#### KCL Five Node Example

#### KCL Two Node Example

#### KCL Three Node Example

#### KVL Two Paths

#### Linear Elements with Labeled Terminal Current and Voltage

#### Labeled Terminal Currents

#### Labeled Terminal Currents - With BJT and LED

#### KCL Three Node Example

#### Labeled Terminal & Branch Currents - With BJT and LED

#### Linear Elements with Labeled Terminal Current and Voltage

#### Simple Circuit Solve Example

#### Simple Circuit Solve Example - Look at R1

#### Advanced Circuit Solve Example

#### Advanced Circuit Solve Example

#### Advanced Circuit Solve Example - Superposition V1 only

#### Advanced Circuit Solve Example - Superposition V2 only

#### Advanced Circuit Solve Example - Superposition I1 only

#### Looking Into a Pair of Terminals

#### Open Circuit and Short Circuit

#### Thevenin Equivalent Black Box Three-Part Model

#### Thevenin Equivalent Voltage Source and Resistor

#### Thevenin Equivalent Voltage Source and Resistor and Test Current Source

#### Thevenin Equivalent Circuit Example, Nodes W and Ground

#### Thevenin Equivalent Circuit Example, Nodes W and Ground - Simplification 1

#### Thevenin Equivalent Circuit Example, Nodes W and Ground - Simplification 2

#### Thevenin Equivalent Circuit Example, Nodes W and Ground - Equivalent

#### Thevenin Equivalent Circuit Example, Nodes X and Z

#### Thevenin Equivalent Circuit Example, Nodes X and Z - Simplification 1

#### Thevenin Equivalent Circuit Example, Nodes X and Z - Simplification 2

#### Thevenin Equivalent Circuit Example, Nodes X and Z - Equivalent

#### Power Efficiency of LED and Resistor

#### Nonlinear Thevenin Equivalent with LED and Resistor

#### Thevinin and Norton Equivalents

#### Thevinin and Norton Equivalents Example

#### Maximum Power Transfer DC Sweep

#### Maximum Efficiency DC Sweep

#### Maximum Voltage Transfer DC Sweep

#### Maximum Current Transfer DC Sweep

#### Voltage Controlled Voltage Source (VCVS) Example

#### Voltage Controlled Current Source (VCCS) Example

#### Current Controlled Voltage Source (CCVS) Example

#### Current Controlled Current Source (CCCS) Example

#### Voltage Controlled Voltage Source (VCVS) Example - Behavioral

#### Current Controlled Current Source (CCCS) Example - Behavioral

#### Self-Connected VCCS Acts as Resistor

#### Self-Connected VCCS Acts as Resistor - Behavioral Current Source

#### Self-Connected CCVS Acts as Resistor

#### Self-Connected CCVS Acts as Resistor - Behavioral Voltage Source

#### VCVS with Feedback

#### Superposition with Dependent Source Example

#### Superposition with Dependent Source Example - I1 only

#### Superposition with Dependent Source Example - V1 only

#### Thevenin Equivalent with Dependent Source

#### Thevenin Equivalent with Dependent Source - Equivalent

#### Thevenin Equivalent with Dependent Source

#### SPST Switch Has Two States

#### SPDT Switch Has Two States

#### Buttons and Switches

#### Microwave Oven Magnetron Door Latch Safety Interlock (Simplified)

#### Double-Pole Switches DPST and DPDT

#### DPST as Power Switch with Two Input Voltages

#### Resistive Circuit with SPST Switch

#### Resistive Circuit with SPST Switch (SW1 Open)

#### Resistive Circuit with SPST Switch (SW1 Open, Simplified)

#### Resistive Circuit with SPST Switch (SW1 Closed)

#### Resistive Circuit with SPST Switch (SW1 Closed, Step 1)

#### Resistive Circuit with SPST Switch (SW1 Closed, Step 2)

#### Resistive Circuit with SPST Switch (SW1 Closed, Step 3)

#### Resistive Circuit with SPST Switch (SW1 Closed, Step 4)

#### Resistive Circuit with SPST Switch

#### Inrush Current Spike when Switching Capacitive Load

#### Transient Switching Never Settles

#### Inrush Current Spike when Switching Capacitive Load

#### Implicit Switch with Skip Initial for Time-Domain Simulation

#### Transient Switching Never Settles

#### Voltage-Controlled Switch with Time-Based Behavioral Control

#### Voltage-Controlled Switch with PWS Control

#### Voltage-Controlled Switch with PWS Control (CSV)

#### Voltage-Controlled Switch with PWSREPEAT Control

#### Voltage-Controlled Switch with Digital Clock Control

#### Voltage-Controlled Switch with Voltage Feedback