Transistors BJT JFET MOSFET as amplifiers and switches

29 Credits

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Description

Ic-Vce characteristic of BJT, Id-Vgs characteristic of JFET.BJT and JFET as switches.Biasing BJT with 2 resistors, 3 resistors, feedback resistor, 4 resistors.Single stage BJT common base, common emitter, common collector, common emitter with emitter capacitor.Multistage BJT common emitter, multistage BJT common emitter with emitter capacitor.Biasing N-channel JFET, biasing P-channel JFET, single stage JFET common source, single stage JFET common source with source capacitor.Biasing enhancement MOSFET N-channel with 4 resistors and with feedback resistor.Biasing depletion mode MOSFET N-channel with 4 resistors.

  • For-Credits
  • Intermediate
  • >100
  • PSpice
  • 9.1+
  • No
  • Course on BJT, JFET, and MOSFET transistors, a course to learn how to optimally use these devices both as signal amplifiers and switches.

    COURSE CONTENTS:

    Ic - Vce CARACHTERISTIC OF TRANSISTOR BJT NPN
    SINGLE STAGE BJT COMMON EMITTER
    SINGLE STAGE BJT COMMON EMITTER WITH EMITTER CAPACITOR
    SINGLE STAGE BJT COMMON BASE
    SINGLE STAGE BJT COMMON COLLECTOR
    BIASING BJT NPN WITH ONLY 2 RESISTORS
    BIASING BJT NPN WITH 3 RESISTORS
    BIASING BJT NPN WITH 4 RESISTORS
    BIASING BJT PNP WITH 4 RESISTORS
    BIASING BJT NPN WITH FEEDBACK RESISTOR
    TRANSISTOR BJT NPN AS SWITCH
    TRANSISTOR BJT PNP AS SWITCH
    BIASING COMMON BASE BJT WITH TWO VOLTAGE SOURCES
    TWO STAGE BJT NPN COMMON EMITTER
    TWO STAGES BJT NPN COMMON EMITTER WITH EMITTER CAPACITORS
    CHARACTERISTIC Id - Vgs OF JFET  N-CHANNEL
    BIASING OF N-CHANNEL JFET
    BIASING P-CHANNEL JFET
    JFET N-CHANNEL AS SWITCH
    SINGLE STAGE FET COMMON SOURCE
    SINGLE STAGE FET COMMON SOURCE WITH SOURCE CAPACITOR
    BIASING N-CHANNEL JFET WITH 4 RESISTORS
    CHARACTERISTIC ID-VGS OF ENHANCE MODE MOSFET N CHANNEL
    BIASING OF ENHANCED MODE MOSFET N-CHANNEL WITH FEEDBACK RESISTOR
    BIASING ENHANCEMENT MOSFET N-CHANNEL WITH 4 RESISTORS
    CHARACTERISTIC ID-VGS OF DEPLETION MODE MOSFET N CHANNEL
    BIASING DEPLETION MODE MOSFET N-CHANNEL WITH 4 RESISTORS

    With this Course will enhance your experience on these devices, especially if you're not already familiar with how to bias the transistors for their optimal usage. 

    P.S.

    If running simulation you get undefined error message, go to menu PSpice/Edit Simulation Profile, Configuration Files TAB, Category: library, and add to design libraries .lib embedded in files project.

    Pay attention: in a multiple design, to switch between projects, on FILE tab go to PSpice Resources, Simulation Profiles,
    click on the project, dx mouse button and select "make active".

  • IC Vce bjt characteristic Id Vgs JFET characteristic Vth of JFET NPN as switch PNP as switch JFET as switch Biasing BJT with 2 resistors Biasing BJT with 3 resistors Biasing BJT with feedback resistor Single stage BJT common base Common base with 2 power supplies Single stage common collector single stage common collector waveforms singstagcommonemit single stage common emitter with emitter capacitance single stage common emitter with emitter capacitance waveforms multistage BJT common emitter multostage BJT common emitter with emitter capacitor single stage JFET common source Id Vgs curves Voltage Threshold JFET common source with source capacitor source capacitor waveforms Enhanced mode MOSFET biased with 4 resistors Id Vgs enhanced MOSFET characteristic Enhance dmode MOSFET biased with feedback resistor MOSFET feedback resistor biased waveforms Depletion mode MOSFET biased with 4 resistors Depletion mode Id Vgs characteristic

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