Site MapHelpFeedbackChapter Objectives
Chapter Objectives
(See related pages)

After studying this chapter, you should be able to:

• Calculate the ac resistance of a diode when the dc diode current is known.

• Calculate the ac resistance of the emitter diode in a transistor when the dc emitter current is known.

• Define the term ac beta, β.

• Explain how a common-emitter amplifier can amplify an ac signal.

• List the characteristics of a common-emitter amplifier.

• Draw the ac equivalent circuit of a common-emitter amplifier.

• Calculate the voltage gain, input impedance, and output impedance of a common-emitter amplifier.

• Explain the effects of a swamping resistor in a common-emitter amplifier.

• Define the term small ac signal as it relates to a transistor amplifier.

• List the characteristics of a common-collector amplifier.

• Draw the ac equivalent circuit of a common-collector amplifier.

• Calculate the voltage gain, input impedance, and output impedance of a common-collector amplifier.

• Explain the main applications of an emitter follower.

• List the characteristics of a common-base amplifier.

• Draw the ac equivalent circuit of a common-base amplifier.

• Calculate the voltage gain, input impedance, and output impedance of a common-base amplifier.







Grob's Basic ElectronicsOnline Learning Center

Home > Chapter 29 > Chapter Objectives