Fundamentals of Analog Circuits
Fundamentals of Analog Circuits offers comprehensive coverage of a wide, relevant array of topics. It integrates theory, practical circuits, and troubleshooting concepts, keeping mathematical details to a minimum. Delving more deeply into coverage of linear integrated circuits than discrete device circuits, the text guides readers through a system of pedagogical tools that both reinforces and challenges their understanding. *Opens coverage with a five-chapter introduction to discrete devices that include diodes and transistor circuits, plus other topics often omitted in beginning devices texts-such as RF amplifiers, transmission lines, transformer coupled amplifiers, direct coupled amplifiers, and power amplifiers. *Discusses the operational amplifier with separate chapters on active filters and oscillators. *Explores current topics of importance, including instrumentation amplifiers, isolation amplifiers, operational transconductance amplifiers (OTA), phase locked loops, A/D and D/A converters, transducers and more. *Indicates current by meters-not arrows-allowing for easy integration into the curriculum of schools using either conventional current flow or electron flow. *Features
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DIODES AND APPLICATIONS
BIPOLAR JUNCTION TRANSISTORS BJTs
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amplifier analog application approximately Assume base basic bias called capacitance capacitor causes channel chapter characteristic circuit collector comparator completing components Compute conduction configuration connected constant converter coupling curve decreases Describe Determine device difference diode Discuss drain drop effect electrons emitter equal equation example Explain feedback filter frequency gate given ground illustrated impedance increases indicated input resistance input voltage internal JFET junction less limiting linear load load line maximum modulation negative op-amp operation oscillator output voltage parameters peak phase positive power supply problem produces provides range ratio rectifier reference region regulator resistor response result reverse saturation shown in Figure shows signal Solution specific stage switch terminal transistor typical voltage gain waveform zener zero