Analog Electronics 1
ECC-211
Open circuit P-N junction diode Forward and reverse biased diode I-V characteristics of diode Diode Equation Temperature dependence of diode Breakdown phenomena diffusion and transition capacitance of diode Diode equivalent circuit Ideal diode Solar cell Diode circuits: half-wave and full-wave rectifiers with capacitor filter clamping and clipping circuits Zener diodes as voltage regulator
Bipolar Junction transistor (BJT): Structure modes of operation Configurations I-V characteristics early effect junction voltages Transistor Biasing: Need of biasing load line concept fixed bias self-bias collector to base bias stability factors Current Mirrors hybrid model of BJT amplifier small signal analysis of CE BJT amplifier using h parameter JFET: Physical structure I-V characteristics MOSFET: Depletion and enhancement types Physical structure and I-V characteristics FET small-signal model (low & high frequency) MOSFET as resistance and switch
Cascade amplifiers: Analysis of cascade amplifier (voltage gain, current gain, input and output impedances) Darlington pair Cascode amplifier Types of coupling: DC, RC and Transformer RC coupled Amplifier and its frequency response Differential Amplifier differential and Common mode operation CMRR Power Amplifiers: Classification of output stages (Class A, B, C & AB) Class A Amplifier Transformer coupled class A amplifier Push pull amplifiers Class A and Class B Harmonic distortion efficiency crossover distortion class AB operation Class C amplifier
Feedback Amplifiers: classification Feedback concept basic feedback topologies Characteristics of Negative Feedback Feedback and stability gain margin Noise margin Sinusoidal Oscillator Barkhausen criterion RC phase shift LC (Colpitt’s, Hartley, Clapp) Crystal Oscillator