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Solving Thevenin Equivalent Circuit with Given Values, Assignments of Basic Electronics

Michigan State University (MSU)Basic Electronics

A problem that requires finding the open-circuit voltage, output voltage with a 10kω load, and thevenin equivalent circuit for a given circuit with known voltage source and resistor values. Students will learn how to apply ohm's law, voltage division, and power calculations to solve the problem.

Typology: Assignments

Pre 2010

Uploaded on 07/28/2009

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Problem HH 1.9
For the circuit shown in the Figure below, with Vin = 30V and R1 = R2 = 10kΩ, find:
1. The output voltage with no load attached (this is the open-circuit voltage).
2. The output voltage with a 10kΩ load (treat as voltage divider, with R2 and Rload
combined into a single resistor)
3. The Thevenin equivalent circuit.
pf2

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Problem HH 1.

For the circuit shown in the Figure below, with Vin = 30V and R 1 = R 2 = 10kΩ, find:

  1. The output voltage with no load attached (this is the open-circuit voltage).
  2. The output voltage with a 10kΩ load (treat as voltage divider, with R 2 and Rload combined into a single resistor)
  3. The Thevenin equivalent circuit.
  1. The same as in part (2), but using the Thevenin equivalent circuit (again you wind up with a voltage divider; the answer should agree with the result in part (2)).
  2. The power dissipated in each of the resistors.