Question
Download Solution PDFFind the value of 'v0' in the following circuit.
Answer (Detailed Solution Below)
Detailed Solution
Download Solution PDFConcept:
While applying KVL, the direction in which loop is to be traced is not important and following the sign convention is most important which is shown in below circuit
We can write an equation by using KVL around this closed path as,
-I1 R1 + E1 – I2 R2 – I3 R3 – I4 R4 + E2 = 0 (Required KVL equation)
i.e. E1 + E = I R1 + I2R2 + I3R3 + I4R4
Explanation:
Circuit diagram:
Applying KVL in loop:
12 - 4 i - 2vo + 4 - 6 i = 0
\(i = \frac{12+4-2V_o}{10}.....(1)\)
Also,
\(i = -\frac{v_o}{6}.....(2)\)
Substituting ' i ' from equation (2) into (1).
\(\frac{-v_o}{6}=\frac{16-2v_o}{10}\)
2 vo = 16 x 6
v0 = 48 V.
Last updated on May 29, 2025
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