Principles of Transistor Circuits (Google eBook)
Over the last 40 years, Principles of Transistor Circuits has provided students and practitioners with a text they can rely on to keep them at the forefront of transistor circuit design.
Although integrated circuits have widespread application, the role of discrete transistors both as important building blocks which students must understand, and as practical solutions to design problems, remains undiminished.
The ninth edition has been thoroughly updated to cover the latest technology and applications, including computer circuit simulation, and many diagrams have been revised to bring them in line with current usage. Updated topics include thyristors, Darlington transistors, amplifiers, ring modulators, power supplies, optoelectronics and logic circuits.
Stan Amos, formerly head of Technical Publications Section Engineering Training Department BBC, has been writing about electronics since the 1950s.
Mike James is an established author and experienced FE lecturer. He currently works for Westland. His latest Newnes titles are Microcontroller Cookbook and Higher Electronics.
The transistor circuits bible
Updated with new developments in technology and applications
Accessible step-by-step introduction ideal for novices
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Chapter 3 Commonbase and commongate amplifiers
Chapter 4 Commonemitter and commonsource amplifiers
Chapter 5 Commoncollector and commondrain amplifiers emitter and source followers
Chapter 6 Bias and dc stabilisation
Chapter 7 Smallsignal af amplifiers
Chapter 8 Largesignal af amplifiers
Chapter 12 Modulators demodulators mixers and receivers
Chapter 13 Pulse generators
Chapter 14 Sawtooth generators
Chapter 15 Digital circuits
Chapter 16 Further applications of transistors and other semiconductor devices
The manufacture of transistors and integrated circuits
The stability of a transistor tuned amplifier
amplitude applied approximately astable base current bias biased bipolar transistor bistable blocking oscillator capacitance capacitor carriers circuit diagram circuit of Fig class-B clock pulse collector current collector potential collector voltage common-base amplifier common-emitter amplifier components conduction connected coupling crystal current gain decoupling detector device drain current effect electrons emitter current emitter follower example frequency gate germanium give given in Fig i.f. amplifier increases inductor input resistance input signal jfet large compared load resistance logic 1 signal minimise modulation mosfet multivibrator n-region n-type negative feedback negative-going npn transistor obtained operation operational amplifier oscillator output resistance output stage output voltage positive potential divider Q outputs ratio resistor resonance semiconductor short-circuit shown in Fig silicon silicon dioxide small-signal source resistance stabilised supply voltage switching temperature terminal thyristor TR1 collector TR2 base tuned circuit voltage gain waveform Zener diode zero
Page 34 - ... is directly proportional to the absolute temperature and inversely proportional to the pressure. In the case of dry atmospheric air at ordinary temperatures Cf = 0.241, about.4 Hence, p 0.241 But To P,To from which, assuming p...