Principles of Transistor Circuits, Ninth Edition

Principles of Transistor Circuits

S. W. Amos

Preference :

This ninth edition was introduced to bring the material up-to-date and to render all of the diagrams to the same standard. Some of the information from previous editions has been left out; either because it was obsolete or because it is not relevant to modern electronics. Most students are taught discrete component circuit analysis and design with silicon NPN transistors as the main active devices. Although the flexibility of approach is important (i.e. to be able to use both NPN and PNP devices of any semiconductor type), the redrawn diagrams have been changed to conform to the NPN silicon arrangement so that the learning process does not involve unfamiliar configurations. Some of the abbreviations have been modernized, and the gate turns off thyristor introduced along with optically coupled devices. Much of the section on digital techniques has been reworked to reflect current practice.

Content :
  • 1 Semiconductor and junction diodes
  • 2 Basic principles of transistors
  • 3 Common-base and common-gate amplifiers
  • 4 Common-emitter and common-source amplifiers
  • 5 Common-collector and common-drain amplifiers (emitter and source followers)
  • 6 Bias and d.c. stabilization
  • 7 Small-signal a.f. amplifiers
  • 8 Large-signal a.f. amplifiers
  • 9 D.C. and pulse amplifiers
  • 10 R.F. and I.F. amplifiers
  • 11 Sinusoidal oscillators
  • 12 Modulators, demodulators, mixers, and receivers
  • 13 Pulse generators
  • 14 Sawtooth generators
  • 15 Digital circuits
  • 16 Further applications of transistors and other semiconductor devices

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