Superposition
16 February 2015
EE 211L
Objective:
The objective was to find the measurement of the voltage drop and current across three
resistors, with a 10 volt and a 4 volt power sources acting on the circuit. Then calculate the
circuit with only one p
Series and Parallel Resistors Lab
10 February 2015
EE 211L
Objectives:
To measure the resistance and voltage with a multimeter. Use the measured resistance
value to calculate the current, then compare it with the measured values.

List of components:
Mul
Thevenin and Norton Equivalents
10 March 2015
EE 211L
Objective:
The objective was to find the optimal voltage and resistance values using the
potentiometer to determine the most efficient output of power. Thevenin Circuit and Norton
Circuit theories were
Ohms Law Lab
3 February 2015
EE 211L
Objectives:
To measure the resistance and voltage with a multimeter. Use the measured resistance
value to calculate the current, then compare it with the measured values.

List of components:
Multimeter
DC Power Sourc
Mesh Currents and Node Voltages Lab
23 February 2015
EE 211L
Objective:
The objective of this lab was to obtain voltage drop and currents through the mesh
current method and node voltage method. 10V was run through the first circuit while the second
circu
Voltage & Current Dividers Lab
16 February 2015
EE 211L
Objective:
The objective of this lab was to obtain voltage drop and currents through resistors. Series
circuit was measured for voltage drop between three resistors for a 10V and 7 V power supply.
Pa
RC and RL Circuits
7 April 2015
EE 211L
Objective:
The objective was to observe square waves through a digital oscilloscope and measure
the voltage across the capacitor and inductor to determine the time constant.
List of components:
Digital Oscilloscope