For the circuit shown in the figure below, it is given that $V_{CE} = \frac{V_{CC}}{2}$. The transistor has $\beta = 29$ and $V_{BE} = 0.7$ V when the B-E junction is forward biased. For this circuit, the value of $\frac{R_B}{R}$ is

GATE 2018 Electrical Engineering Q37 — Electronics and Communication Engineerin

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Electronics and Communication Engineering · Analog Electronics - BJT Biasing

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Figure from the original GATE 2018 paper. (IIT Guwahati archive)

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Analog Electronics - BJT Biasing has appeared in GATE Electrical Engineering 2 times across 2 years (2018, 2024).

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BJTBiasingTransistorCircuit Analysis