Analog electronics

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About Course

Analog electronics are electric systems with a continuously variable signal, in contrast to digital electronics where signals usually take only two levels. The term “analog” describes the proportional relationship between a signal and a voltage or current that represents the signal.

This is a basic analog electronics course. The most important objective for electronic circuits is to build an amplifier. This course will develop the principles behind the design of an amplifier. You should be able to design an operational amplifier independently well before the end of the course. The course will use MOS devices exclusively. Other analog circuit building blocks such as voltage regulators and power amplifiers will also be discussed

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What Will You Learn?

  • -Describe fundamental electrical characteristics, basic operating concepts of semiconductors: diode, BJT and FET and fabrication of discrete components.
  • -Design problems related to several diode application circuits, BJT and FET.
  • -Analyse basic knowledge of amplifier in simple electronic circuits.
  • - And much more

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Course Curriculum

Analog electronics

  • Intro., Charge Carriers, Doping
    00:00
  • Doping, Drift
    00:00
  • Diffusion, Intro. to PN Junction
    00:00
  • PN Junction in Equilibrium & Reverse Bias
    00:00
  • PN Junction in Forward Bias, Intro. to Diodes
    00:00
  • Diode Models
    00:00
  • Analysis of Diode Circuits I
    00:00
  • Analysis of Diode Circuits II
    00:00
  • Other Examples of Diode Circuits, Half-Wave Rectifier
    00:00
  • Half-Wave Rectifier with Different Loads
    00:00
  • Full-Wave Rectifier
    00:00
  • Limiters and Voltage Doublers
    00:00
  • Bipolar Transistor Structure & Operation
    00:00
  • Bipolar Transistor Characteristics, Intro. to Biasing
    00:00
  • Transistor Biasing, Transconductance
    00:00
  • Large-Signal & Small-Signal Operation
    00:00
  • Bipolar Small-Signal Model, Early Effect
    00:00
  • PNP Transistor
    00:00
  • Evolution of Ampifiers
    00:00
  • Common-Emitter Stage
    00:00
  • Input & Output Impedances
    00:00
  • Common-Emitter Stage with Degeneration
    00:00
  • More on Emitter Degeneration
    00:00
  • Biasing Techniques I
    00:00
  • Biasing Techniques II
    00:00
  • Common-Base Stage
    00:00
  • Emitter Followers
    00:00
  • Emitter Follower & Summary
    00:00
  • Intro. to MOSFETs
    00:00
  • MOS Characteristics I
    00:00
  • MOS Characteristics II
    00:00
  • Biasing, Transconductance
    00:00
  • Large-Signal & Small-Signal Operation
    00:00
  • MOS Small-Signal Model, PMOS Device
    00:00
  • Common-Source Stage I
    00:00
  • Common-Source Stage II
    00:00
  • Common-Source Variants
    00:00
  • Common-Source Stage with Degeneration
    00:00
  • Biasing Techniques, Intro. to Common-Gate Stage
    00:00
  • Common-Gate Stage
    00:00
  • Source Followers & Summary
    00:00
  • Op Amp Circuits 1
    00:00
  • Op Amp Circuits II
    00:00
  • Nonlinear Op Amp Circuits, Op Amp Nonidealities I
    00:00
  • Op Amp Nonidealities II
    00:00

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