CONTINUE WITH EMAIL

Login on Ekeeda

Signup on Ekeeda

Mask-group

Definition of Parameters

Introduction of Field Effect Transistors Distinction between a BJT and FET Junction Field Effect Transistor (JFET) N Channel JFET Summary of JFET Operation Mutual or Transfer Characteristic of n-channel JFET Amplification Factor 𝝁 Definition of Parameters p-Channel JFET

Introduction of Metal Oxide Semiconductor Field Effect Transistor - Mosfet Terminals in MOSFET Physical structure of MOSFET MOSFET Working Operation Summary of Operation MOSFET - N Type MOSFET Operation How does Drain current flow MOSFET operation More about Threshold Voltage Current vs Voltage Characteristics - Derivation Non Ideal Current -Voltage Effects or Second Order Effects Short Channel Effects MOSFET Device Capacitances MOSFET Large and Small signal Model pMOSFET Small SIgnal Model To use MOSFET device as a Capacitor nMOSFET as Capacitor- Working

Single Stage Amplifiers Common Source CS Stage with Diode-Connected Load Circuit to measure the Equivalent Resistance Common Drain Stage or Source Follower Common Gate Amplifier Large Signal Behavior Calculation of Input Resistance of a Common Gate Stage

Inverter with Enhancement n- Type MOS as Load Inverter with Linear Enhancement Type Load

Definition of Parameters

Previous Page

Next Page

Definition of Parameters:

Substituting the equation (4) in equation (3) we get,

Differentiate the equation (2), we get

In this equation,

∆V_D=0, because V_D is a constant

This leads us to the following equation (7):

From this equation, the change in the variable value v_DS is equal to the variation in the AC value v_ds.

Since v_ds is a variable value we will get the equation (8)

Previous Page

Next Page