Two CE stages, 1 and 2 are coupled through a capacitor. VCC is the same for both. Base resistances RB1 and RB2 are such that RB1 > RB2. Then-A-base currents for both stages are equalB-base current of stage 1 is more than that of stage 2C-base current of stage 2 is more than that of stage 1D-either (b) or (c)-C-base current of stage 2 is more than that of stage 1

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Two CE stages, 1 and 2 are coupled through a capacitor. VCC is the same for both. Base resistances RB1 and RB2 are such that RB1 &gt; RB2. Then-A-base currents for both stages are equalB-base current of stage 1 is more than that of stage 2C-base current of stage 2 is more than that of stage 1D-either (b) or (c)-C-base current of stage 2 is more than that of stage 1

APTITUDE CRACK · Accepted Answer

C base current of stage 2 is more than that of stage 1 Since RB2 &lt; RB1, IB2 &gt; IB1.

Analog Electronics - Engineering

Two CE stages, 1 and 2 are coupled through a capacitor. V_CC is the same for both. Base resistances R_B1 and R_B2 are such that R_B1 > R_B2. Then

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Analog Electronics - Engineering

Two CE stages, 1 and 2 are coupled through a capacitor. VCC is the same for both. Base resistances RB1 and RB2 are such that RB1 > RB2. Then

Solution

For help Students Orientation Mcqs Questions

Two CE stages, 1 and 2 are coupled through a capacitor. V_CC is the same for both. Base resistances R_B1 and R_B2 are such that R_B1 > R_B2. Then

For help Students Orientation
Mcqs Questions