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  • Semiconductor Diode
    • Ideal diode
    • Semiconductor materials- Resistivity.
    • Semiconductor materials Ge and Si
    • Energy levels
    • Extrinsic materials n-Type
    • Extrinsic materials p-Type
    • Electron versus Hole Flow
    • Majority and Minority Carriers
    • Semiconductor diode
    • P-N junction with no external bias
    • P-N junction with Reverse-Bias Condition
    • P-N junction with Forward-Bias Condition
    • Silicon semiconductor diode characteristics
    • Zener Region
    • General characteristics of a semiconductor diode
    • Temperature Effects Silicon Doide
    • DC or Static Resistance
    • AC or Dynamic Resistance
    • Average AC Resistance
    • Diode equivalent circuits-Piecewise-Linear Equivalent Circuit
    • Simplified equivalent circuit for the silicon semiconductor diode
    • Transition and diffusion capacitance
    • Reverse recovery time
    • Light-emitting diodes

  • Diode Circuits
    • Load-line analysis
    • Diode approximations
    • Series diode configurations with dc inputs
    • Half-wave rectifier
    • Effect of VT on half-wave rectified signal
    • Peak Inverse Voltage PIV (PRV).
    • Full-wave rectification-Bridge Network
    • Peak Inverse Voltage PIV-Bridge Network
    • Center-Tapped Transformer
    • Center-Tapped Transformer-PIV
    • Series-Clippers
    • Parallel-biased clipper
    • Clampers
    • Zener diodes
    • Zener diodes- Fixed Vi, Variable RL
    • Zener diodes- Fixed RL, Variable Vi
    • Halfwave-Voltage Doubler
    • Full-wave-Voltage Doubler
    • Voltage Tripler and Quadrupler

  • Transistor At Low Frequencies
    • Biploar transistor
    • Biploar transistor-Junction Baising
    • Relation between different currents in a transistor
    • BJT-Common Base Configuration
    • BJT-Common Base Configuration-Output Characteristics
    • BJT-Common Base Configuration- Input Characteristic
    • Equivalent circuit of a transistor: (Common Base)
    • Common Base Amplifier
    • Common Base Amplifier-AC equivalent circuit
    • BJT-Common Emitter Configuration
    • BJT- Common Emitter Configuration- Input Characteristic
    • BJT-Common Emitter Configuration-Output Characteristic:
    • Common Emitter Configuration-Large Signal Current Gain
    • Small Signal CE Amplifiers
    • Analysis of CE amplifier
    • CE amplifier-Phase Inversion
    • Common Collector Amplifier-Voltage gain
    • Swamped Amplifier
    • Common Collector Amplifier
    • Analysis of CE amplifier- Voltage gain
    • Analysis of CE amplifier-AC Load line::
    • Darlington Amplifier
    • Bandwidth of an amplifier
    • Frequency curve of an RC coupled amplifier
    • h-Parameters
    • Hybrid model for a transistor amplifier
    • h parameters determination-CE
    • Analysis of a transistor amplifier using h-parameters
    • Analysis of a multistage amplifier using h-parameters
    • Simplified common emitter hybrid model
    • CE amplifier with an emitter resistor
    • Miller's theorem

  • Transistor Biasing
    • Introduction to Transistor Biasing
    • Proper zero signal collector current
    • Proper minimum base-emitter voltage
    • Proper minimum VCE at any instant
    • Operating point
    • Stabilization.
    • Stability Factor
    • Transistor Biasing-Base Resistor Method
    • Transistor Biasing- Emitter Bias Circuit
    • Emitter Bias Circuit-Collector current (IC).
    • Emitter Bias Circuit-Collector-emitter voltage (VCE).
    • Emitter Bias Circuit-Stability
    • Biasing with Collector Feedback Resistor
    • Voltage Divider Bias Method.
    • Voltage Divider Bias Method-Circuit analysis
    • Voltage Divider Bias Method- Stabilisation and Stability factor
    • Stability Factor for Potential Divider Bias
    • Design of Transistor Biasing Circuits
    • Mid-Point Biasing
    • Silicon Versus Germanium
    • Instantaneous Current and Voltage Waveforms
    • Bias compensation methods- Diode compensation for VBE
    • Bias compensation methods- Diode compensation for ICO .

  • Transistor At High Frequencies
    • Hybrid Pi model
    • T-Model
    • Hybrid-pi-Conductances
    • CE Short Circuit-Current Gain
    • cut-off frequency
    • Gain bandwidth Product
    • Frequency response of an amplifier

  • Field Effect Transistors
    • Introduction to Field Effect Transistor
    • Operation of FET
    • JFET-Transductance Curves
    • FET Biasing-Gate Bias:
    • FET Biasing-Self Bias:
    • FET Biasing-Voltage Divider Bias
    • FET Biasing-Current Source Bias
    • FET Biasing-Current Source Bias- Using One power supply::
    • FET-Transconductance
    • FET-Common source amplifier
    • FET circuit technology
    • FET types
    • FET configuration basics
    • JUNCTION FET (JFET)
    • JFETS-Physical Operation
    • N-Channel JFET i -v Characteristics
    • The p-Channel JFET
    • The JFET Small-Signal Model
    • Basic structure n-Channel Depletion-type MOSFET
    • E-MOSFET
    • E-MOSFET Operation
    • Characteristics of an EMOSFET
    • DEMOSFET
    • Characteristics of DEMOSFET
    • Operation of DEMOSFET
    • VMOS
    • CMOS
    • FET as a Voltage Variable Resistor-(VVR)

  • Regulated Power Supplies
    • Zener Voltage Regulator
    • Emitter Follower Regulator
    • Series Voltage Regulator Design
    • Series regulator with Current Pre-regulator
    • Power Supply Using IC Regulator (Three-Terminal Regulator)
    • Series Voltage Regulator
    • Capacitor based and Inductor based switch mode regulation
    • Buck converter or regulator
    • Switch Mode Power Supply
    • Switch Mode Regulator

Branch : Electrical and Electronics Engineering | Subject : Analog Electronics
Field Effect Transistors
  • Introduction to Field Effect Transistor

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  • Operation of FET

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  • JFET-Transductance Curves

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  • FET Biasing-Gate Bias:

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  • FET Biasing-Self Bias:

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  • FET Biasing-Voltage Divider Bias

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  • FET Biasing-Current Source Bias

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  • FET Biasing-Current Source Bias- Using One power supply::

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  • FET-Transconductance

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  • FET-Common source amplifier

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  • FET circuit technology

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  • FET types

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  • FET configuration basics

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  • JUNCTION FET (JFET)

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  • JFETS-Physical Operation

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  • N-Channel JFET i -v Characteristics

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  • The p-Channel JFET

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  • The JFET Small-Signal Model

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  • Basic structure n-Channel Depletion-type MOSFET

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  • E-MOSFET

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  • E-MOSFET Operation

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  • Characteristics of an EMOSFET

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  • DEMOSFET

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  • Characteristics of DEMOSFET

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  • Operation of DEMOSFET

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  • VMOS

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  • CMOS

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  • FET as a Voltage Variable Resistor-(VVR)

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