Видео

Joe uses the same problem to show how to transform the circuit to an equivelant resistance using a y to delta transform.

Joe uses the same problem from last video to show how to easily find the currents. He also shows how to find the source current while mentioning that the Req = Vs-is.

Joe explains some of the methods used while finding voltages. He shows a resistor network that can be broken down with a wye delta transform, but instead uses KCL to show how to solve for voltages. Joe also shows a different way to draw the circuit that may make things look easier.

Joe uses the same circuit to show that the problem can also be used using a current divider.

Joe shows how to utilize a source transform. He then uses this transform on an earlier problem.

In this video Joe explains his logic on how to solve for a certain current going through a resistor by using the relationship of V-R=io.

Joe continues explaining voltage dividers. He also shows a way to check your answers by using a simulation tool called LTSpice.

Joe continues to explain about voltage dividers

Joe reintroduces the voltage divider. It is a very useful tool in circuit analysis that can be used on most configurations.

Joe explains finding the dependance of independant sources that may be in a circuit. He later shows an easier way to do it by introducing the voltage divider.

Admittance (Y) is the reciprocal of impedance (Z). In a real world situation, impedance would contain a real part along with an imaginary part. Some students may have learned about imaginary numbers using the letter i in algebra. In electrical engineering it is the letter j instead of i. I am not sure why this is the case, but if I were to make a guess, I would say that it is because (i) stands...

Joe explains the differences in parallel and series resistive networks.

9. Mesh Analysis

8. More Power practice

7. What happens if a resistor in a resistive network decreases?

6. Power and KCL practice

5. Introduction to power

4. KVL and KCL Practice Problems

3. Introducing KVL and KCL

2. adding currents and voltages

1. Introduction to Electrical Fundamentals