Analog Circuits  (English, Paperback, Source Wikipedia)

Please note that the content of this book primarily consists of articles available from Wikipedia or other free sources online. Pages: 147. Chapters: Analog signal, Electronic mixer, Balancing network, Audio crossover, Passive analogue filter development, Mechanical filter, RLC circuit, Equivalent impedance transforms, Integrating ADC, Current-to-voltage converter, Current mirror, Miller theorem, Voltage regulator, Step response, Composite image filter, LED circuit, Asymptotic gain model, Widlar current source, Pole splitting, Voltage divider, Gyrator, RC circuit, Mm'-type filter, Prototype filter, RL circuit, M-derived filter, Constant k filter, Time stretch analog-to-digital converter, Network synthesis filters, Analog passthrough, Analogue electronics, Miller effect, Lattice phase equaliser, Current divider, Wien bridge oscillator, Automatic gain control, Flyback diode, Bartlett's bisection theorem, Joule thief, pad, Negative feedback, Quarter wave impedance transformer, Image filter end terminations, Dual impedance, Resistor ladder, Image impedance, Active filter, Nullor, Successive approximation ADC, Voltage doubler, T pad, Voltage source, Grid-leak detector, Flash ADC, Analog multiplier, Plate detector, Bandgap voltage reference, Bridged T delay equaliser, Pearson-Anson effect, Tone control circuit, Antimetric, Wilson current mirror, Precision rectifier, Bucket-brigade device, Brokaw bandgap reference, Phase splitter, Analog device, Impedance bridging, Passive integrator circuit, Passive differentiator circuit, Randles circuit, Lambda diode, Gilbert cell, Capacitor-input filter, Phase frequency detector, Nullator, Wunderlich, Dual loop, Norator, Driven right leg circuit, Driver circuit, Nonlinear element, Analog delay line. Excerpt: Analogue filters are a basic building block of signal processing much used in electronics. Amongst their many applications are the separation of an audio signal before application to bass, mid-range and tweeter loudspeakers; ...