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Semiconductors and Elecronic Circuits

Course Summary

Study of semiconductors physics, Bipolar junction transistor , Field Effect transistor & their application in practical


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    Course Syllabus

    • Introduction
      • Introduction
    • Semiconductor Physics
      • Semiconductor Introduction
    • Intrisinc Semiconductors
      • Types of Semiconductors, Intrinsic Semiconductors
      • Energy band diagram and Energy Gap
      • Energy band diagram for intrinsic semiconductors Continues
      • Calculation of Density of Electorns
      • Density of Electrons Calculation
      • Calculation Continues
      • Calculation for finding part 3
      • Calculation for finding part 4
    • Extrinsic Semiconductors
      • Extrinsic semiconductors Part 1
      • Extrinsic semiconductors Part 2
      • Extrinsic semiconductors Part 3
      • Temprature dependency of extrinsic carrier concentration Part 1
      • Temprature dependency of extrinsic carrier concentration Part 2
      • Temprature dependency of extrinsic carrier concentration Part 3
      • Temprature dependency of extrinsic carrier concentration Part 4
      • Hall effect , numerical part 1
      • Hall effect , numerical part 2
      • Hall effect , numerical part 3
    • Diodes
      • Introduction to Diodes Part 1
      • Introduction to Diodes Part 2
      • Working of Diodes
      • Carrier Concentration and Energy Band Digrams Part 1
      • Carrier Concentration and Energy Band Digrams Part 2
      • Biasing of diodes Part 1
      • Biasing of diodes Part 2
      • Biasing of diodes Part 3
      • Types and applications of diode-tunnel diode Part 1
      • Types and applications of diode-tunnel diode Part 2
    • BJT
      • Introduction basic structure Part 1
      • Introduction basic structure Part 2
      • Introduction basic structure Part 3
      • Transistor Operation and Transistor Parameters Part 1
      • Transistor Operation and Transistor Parameters Part 2
      • Transistor Configuration Part 1
      • Transistor Configuration Part 2
      • Early Effect, punch Configuration Part 1
      • Early Effect, punch Configuration Part 2
      • Early Effect, punch Configuration Part 3
      • Early Effect, punch Configuration Part 4
      • Transistor Characreistics and Conclusion
    • Transistor Application and region of operation
      • Transistor Application and region of operation part -1
      • Transistor Application and region of operation part -2
      • Transistor Application and region of operation part -3
    • Introduction to BJT Amplifiers
      • Introduction to BJT Amplifiers Part 1
      • Introduction to BJT Amplifiers Part 2
      • Introduction to BJT Amplifiers Part 3
      • Introduction to BJT Amplifiers Part 4
    • Coupling Capacitors, DC & AC Equivalent Circuits of BJT Amplifiers
      • Coupling Capacitors, DC & AC Equivalent Circuits of BJT Amplifiers Part 1
      • Coupling Capacitors, DC & AC Equivalent Circuits of BJT Amplifiers Part 2
      • Coupling Capacitors, DC & AC Equivalent Circuits of BJT Amplifiers Part 3
    • Small signal Analysis of BJT Amplifier
      • Small signal Analysis of BJT Amplifier Part 1
      • Small signal Analysis of BJT Amplifier Part 2
    • Capacitor selection for BJT as Amplifier and BJT as a Switch
      • Capacitor selection for BJT as Amplifier and BJT as a Switch 1
      • Capacitor selection for BJT as Amplifier and BJT as a Switch 2
      • Capacitor selection for BJT as Amplifier and BJT as a Switch 3
    • Introduction, Type of FET & Working of JFET
      • Introduction, Type of FET & Working of JFET 1
      • Introduction, Type of FET & Working of JFET 2
      • Introduction, Type of FET & Working of JFET 3
      • Transfer Characteristics 1
    • Transfer Characteristics
      • Transfer Characteristics 2
      • Transfer Characteristics 3
      • Transfer Characteristics 4
    • Signal modelling and linear amplification
      • Transistor Application and region of operation part 1
      • Transistor Application and region of operation part 2
      • Transistor Application and region of operation part 3
    • Jfet Biasing
      • Jfet Biasing Part 1
      • Jfet Biasing Part 2
      • Jfet Biasing Part 3
    • Mosfet introduction & construction
      • Mosfet introduction & construction Part 1
      • Mosfet introduction & construction Part 2
      • Mosfet introduction & construction Part 3
      • Mosfet introduction & construction Part 4
    • Basic operations for D mosfet and E mosfet
      • Basic operations for D mosfet and E mosfet part 1
      • Basic operations for D mosfet and E mosfet part 2
    • Introduction and methods of construction for monolithic circuits
      • Introduction and methods of construction for monolithic circuits 1
      • Introduction and methods of construction for monolithic circuits 2
      • Introduction and methods of construction for monolithic circuits 3
      • Introduction and methods of construction for monolithic circuits 4
    • Continuations of methods of construction CMOS technology
      • Continuations of methods of construction CMOS technology 1
      • Continuations of methods of construction CMOS technology 2
      • Continuations of methods of construction CMOS technology 3
      • Continuations of methods of construction CMOS technology 4
    • Conclusion
      • Conclusion


Course Fee:
USD 99

Course Type:

Self-Study

Course Status:

Active

Workload:

1 - 4 hours / week

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