If X, Y and Z are the sizes of the emitter,ba | vedclass

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(C) In a standard bipolar junction transistor $(BJT)$,the three regions are designed with specific physical dimensions to optimize performance.$1$. Th

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$Z > X > Y$

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(C) In a standard bipolar junction transistor $(BJT)$,the three regions are designed with specific physical dimensions to optimize performance.$1$. The $Base$ $(Y)$ is made very thin and lightly doped to allow most charge carriers to pass through to the collector.$2$. The $Collector$ $(Z)$ is made the largest in size to handle the heat dissipation generated by the power collected from the emitter.$3$. The $Emitter$ $(X)$ is of moderate size,larger than the base but smaller than the collector,and is heavily doped to provide a large number of charge carriers.Therefore,the order of sizes is $Collector > Emitter > Base$,which corresponds to $Z > X > Y$.

If $X, Y$ and $Z$ are the sizes of the emitter,base and collector of a transistor respectively,then

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