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(Solved): Here is the Vin vs Vout for a common-source NPN-MOSFET amplifier with active load. From this plot, ...



Here is the Vin vs Vout for a common-source NPN-MOSFET amplifier with active load. From this plot, derive the following:
1) L

Here is the Vin vs Vout for a common-source NPN-MOSFET amplifier with active load. From this plot, derive the following: 1) Label the regions \( A \) to \( B(A B), B \) to \( C(B C) \), and \( C \) to \( D(C D) \) as \( \theta \) ither "saturation", "triode/linear", or "no channel." 2) For \( \theta a c h \) region, identify the equation that relates los to VDs. 3) Derive the equation that relates Vout VS \( V_{\text {in }} \) for the regions \( A B, B C \), and \( C D \). 4) What are the \( X \)-coordinates for \( B \) and \( C \) knov C? 5) What are the \( Y \)-coordinates for A, B, C, and 6) Draw a load-line plot for this circuit.


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Here is the Vin vs Vout for a common-source NPN-MOSFET amplifier with active load. From this plo
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