Question:

In a triode, $\mu, g_{m}$ and $r_{p}$ are related as

Updated On: Jul 2, 2022
  • $\mu=r_{p} \times g_{m}$
  • $g_{m}=r_{p} \times\mu$
  • $\mu=\frac{r_{p}}{g_{m}}$
  • $r_{p}=\mu\times g_{m}$
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The Correct Option is A

Solution and Explanation

In a triode, the relation between $\mu, r_{p}$ and $g_{m}$ $\mu=\left(\frac{\Delta V_{p}}{\Delta V_{g}}\right)_{\Delta l_p}$ is constant $=\frac{\Delta V_{p}}{\Delta I_{p}} \times\frac{\Delta I_{p}}{\Delta V_{s}}$ $\mu=r_{p}\times g_{m}$
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Concepts Used:

P-n Junction

A P-N junction is an interface or a boundary between two semiconductor material types, namely the p-type and the n-type, inside a semiconductor.

Biasing conditions for the p-n Junction Diode:

in p-n junction diode two operating regions are there:

  • P-type
  • N-type

There are three biasing conditions for p-n junction diode are as follows:

  • Zero bias: When there is no external voltage applied to the p-n junction diode.
  • Forward bias: P-type is connected to positive terminal of the voltage potential while n-type is connected to the negative terminal.
  • Reverse bias: P-type is connected to negative terminal of the voltage potential while n-type is connected to the positive terminal.