CRC Handbook of Electrical Filters
Interest in filter theory and design has been growing with the telecommunications industry since the late nineteenth century. Now that telecommunications has become so critical to industry, filter research has assumed even greater importance at companies and academic institutions around the world. The CRC Handbook of Electrical Filters fills in the gaps for engineers and scientists who need a basic introduction to the subject. Unlike the currently available textbooks, which are filled with detailed, highly technical analysis geared to the specialist, this practical guide provides useful information for the non-specialist about the various types of filters, their design, and applications.
The handbook covers approximation theory and methods and introduces CAD packages that perform approximation and synthesis for both analog and digital filters. Also included are design methods for LCR, active-RC, digital, mechanical, and switched capacitor (SC) filters. A thorough survey of current design trends rounds out this complete assessment of a key field of study.
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active RC adaptive filters algorithm allpass amplitude response analog filter analysis applications approximation attenuation bandpass filter bandwidth bilinear biquad calculated capacitance capacitors cascade ceramic filter coefficients continuous-time coupling crystal filters device digital filter Digital Signal Processing electrical electrodes equal Equation equivalent circuit error example factor filter design FIR filter frequency response gain group delay highpass IEEE Trans impedance implementation impulse response inductor integrator inverters ladder linear lowpass filter matrix mechanical filter method monolithic node noise nonrecursive objective function obtained op amp operational amplifier optimization output parameters passband passive performance phase response piezoelectric pole frequency polynomial prototype quantization ratio realization recursive resistors resonator result sampling SC circuit SC filter second-order sensitivity shown in Figure Signal Processing stopband switch switched-capacitor synthesis techniques topology torsional mechanical transducer transfer function transformation variable vector vibration voltage y(nT z transform