Circuit Analysis: My Solution to Problem in Figure

In summary, the conversation discusses solving a circuit problem using different methods, such as source conversion and mesh analysis. The speaker attempted to use a parallel combination of current and resistance to find the equivalent voltage, but realized they may have made a mistake. They are seeking help to avoid repeating the same mistake in the future.
  • #1
rootX
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4
Problem and my attempt at the solution are in the figure below (red is my work):

http://dl.getdropbox.com/u/364603/elec.png
 
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  • #2
You can convert the parallel combination of current and resistance to a series combination of voltage and resistance. Equivalent voltage IR.
 
  • #3
Yes, I get 300 V and 50 ohm on the right then (if I remember correctly to do that) and this gives me 3A running. But, can you spot any mistake in my equation.

It works good if I use -6, that gives V = 150 V or if I use other methods but I remember making this same mistake a year ago. I think I am missing something fundamental. I don't want to repeat it when solving complex circuits.
 
  • #4
In circuit analysis we can use different methods. Usually source conversion and mesh analysis is easy to do. I have solved by source conversion.
In mesh analysis, assign one current to each mesh and apply Kirchhoff law to find the current in each mash.
 

FAQ: Circuit Analysis: My Solution to Problem in Figure

What is circuit analysis?

Circuit analysis is the process of analyzing and solving electrical circuits to determine their behavior and performance. It involves using mathematical and engineering principles to understand how current, voltage, and resistance interact within a circuit.

What is the purpose of solving a circuit problem?

The purpose of solving a circuit problem is to determine the values of current, voltage, and resistance in different parts of the circuit. This information is crucial for designing and troubleshooting electronic devices and systems.

What is the process for solving a circuit problem?

The process for solving a circuit problem involves several steps, including drawing a schematic diagram of the circuit, applying Kirchhoff's laws and Ohm's law, using algebraic equations to find unknown values, and checking the solution for accuracy.

What are the common challenges in circuit analysis?

Some common challenges in circuit analysis include dealing with complex circuits with multiple components, identifying and addressing faulty components, and understanding the relationship between different measurements such as current, voltage, and resistance.

How can I improve my circuit analysis skills?

To improve your circuit analysis skills, you can practice solving various types of circuit problems, familiarize yourself with different circuit components and their properties, and stay updated with the latest advancements in the field of electronics and electrical engineering.

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