Electronic Devices (English)

   Friday, September 18, 2020   

Starting a new Lecture Notes Series on Electronic Devices

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Lecture Description of this above Topic:

Lecture 1: Bond Model

Lecture 2: Band Model

Lecture 3: intrinsic semiconductor, temperature, electron and hole

Lecture 4: Thermal Equilibrium

Lecture 5: Fermi Dirac distribution

Lecture 6: Electron concentration - derivation

Lecture 7: Hole concentration - derivation

Lecture 8: Intrinsic carrier concentration

Lecture 9: Fermi energy of an Intrinsic semiconductor

Lecture 10: n type semiconductor

Lecture 11: p type semiconductor

Lecture 12: Mass action law

Lecture 13: charge neutrality

Lecture 14: Carrier concentration calculations

Lecture 15: Carrier concentration to Fermi level relation

Lecture 16: Drift current

Lecture 17: Hall-Effect.

Lecture 18: Conductivity of intrinsic semiconductor

Lecture 19: Diffusion current

Lecture 20: Einstein relation

Lecture 21: Energy band diagram concepts

Lecture 22: Generation and Recombination

Lecture 23: Direct Recombination - life time of minority carriers

Lecture 24: direct and indirect semiconductors

Lecture 25: Continuity equation

Lecture 26: Steady state injection - Diffusion length

Lecture 27: pn junction under equilibrium - depletion width, build-in potential

Lecture 28: pn junction - forward and reverse bias

Lecture 29: pn junction - Diode current equation derivation

Lecture 30: Ideal Vs Practical pn junction diode

Lecture 31: Energy band diagrams in pn junction (with fermi levels)

Lecture 32: Effect of Temperature on pn junction diode I-V characteristics

Lecture 33: pn junction diode reverse breakdown - zener and avalanche

Lecture 34: pn junction capacitance - Depletion and Diffusion

Lecture 35: pn junction diode transient behavior - Reverse Recovery

Lecture 36: Special diode - Light Emitting Diode

Lecture 37: Special diode - Varactor Diode

Lecture 38: Special diode - Tunnel diode

Lecture 39: Special Diodes - Photo Diode

Lecture 40: Special Diodes - Solar cell

Lecture 41: special diodes - photo detector

Lecture 42: BJT - Equilibrium

Lecture 43: BJT - Active Mode - current components

Lecture 44: BJT - Carrier distribution in Active Region

Lecture 45: BJT - Carrier distributions in all modes

Lecture 46: BJT - Ebers Moll Model

Lecture 47: BJT - Base width modulation (or) Early Effect

Lecture 48: BJT - Common Base Configuration

Lecture 49: BJT - Common Emitter Configuration

Lecture 50: BJT - Punch Through

Lecture 51: MOS Capacitor (01) - Introduction

Lecture 52: MOS Capacitor (02) - IDEAL

Lecture 53: MOS Capacitor (03) - Accumulaiton Mode

Lecture 54: MOS Capacitor (04) - Depletion Mode

Lecture 55: MOS Capacitor (05) - Inversion Mode

Lecture 56: MOS Capacitor (06) - Threshold Voltage and Inversion charge

Lecture 57: MOS Capacitor (07) - CV characteristics

Lecture 58: MOS Capacitor (08) - Non Idealities : Flat Band Voltage

Lecture 59: MOSFET - Introduction

Lecture 60: MOSFET working and IV characteristics

Lecture 61: MOSFET - Channel Length Modulation (CLM)

Lecture 62: MOSFET - small signal model

Lecture 63: MOSFET - Linear Region transconductance and drain resistance

Lecture 64: MOS DIODE vs MOSFET - frequency of operation (or) CV characteristics

Lecture 65: MOSFET - Body Effect

Lecture 66: MOSFET - short channel effects - Introduction

Lecture 67: MOSFET - Short Channel Effects - Drain Induced Barrier Lowering (DIBL)