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2 cards from this section. Quick, good the night before a test.
What type of doping is used for the emitter in a BJT?
Think about the charge carriers.
Define a BJT.
Consider how it operates with two different types of charge carriers.
What is the primary purpose of doping a BJT?
Think about what doping does to a semiconductor's behavior.
True or False: Minority carriers in a p-type material are holes.
Consider the definitions of minority and majority carriers.
Given a BJT with a specific emitter doping concentration and forward bias voltage, derive the expected emitter and base currents.
Consider the roles of both the thermal voltage and the doping concentrations.
Explain how varying the doping concentration in the base might affect the overall current gain of a BJT.
Think about how charge carriers interact in different materials.
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