Transistor Basics - Ted Pavlic
Transistor BasicsLab 1: The bipolar ( junction ) TransistorECE 327:Electronic Devices and Circuits Laboratory IAbstractIn the lab, we explore several common Transistor circuits; we build a common-emitter amplifier, apnpcurrent source, annpnemitter follower, and class B and class AB ( , biased) push pull , we introduce basic operating guidelines for bipolar transistors and outlines of these bipolar junction Transistor Model22 The Ideal bipolar junction Transistor3Saturation Mode and Compliance. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 33 Common-Emitter Amplifier44pnpCurrent Sources55pnpCurrent Mirror66npnEmitter Follower77 Simple Class-B Push Pull Amplifier88 Biased Class-B Push Pull Amplifier9A Bootstrapping for Higher Input Impedance10B Parts11Note about diode/bandgap conventions:We use the convention that a typical silicon BJT base emitter diode drop is V and a standard general purpose silicon diode drop is V. Other conventionsuse V or V for one or both.
Transistor Basics Lab 1: The Bipolar (Junction) Transistor ECE 327: Electronic Devices and Circuits Laboratory I Abstract In the lab, we explore several common transistor circuits; we build a common-emitter amplifier, a
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