Analog Filters using MATLABThis textbook provides a complete introduction to analog filters for senior undergraduate and graduate students. Coverage includes the synthesis of analog filters and many other filter types including passive filters and filters with distributed elements. |
Contents
1 | |
27 | |
Passive Filters | 77 |
Filters with Distributed Elements | 133 |
Basic Circuit Elements | 154 |
First and SecondOrder Sections | 187 |
Coupled Forms | 233 |
Immitance Simulation | 253 |
Wave Active Filters | 263 |
Topological Simulation | 276 |
Tuning Techniques | 291 |
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Common terms and phrases
according active Amax Amin approximations attenuation band bandpass bandwidth becomes Butterworth capacitance capacitors Cauer filter Chebyshev I filter circuit circuit elements components computed corresponding Determine discussed effect element values equal Equation errors Example Figure filter frequency gain group delay Hence impedance implemented impulse inductors input integrator inverting krad/s ladder less loop lowpass filter LP filter magnitude function matrix meets method node Note obtained operational amplifiers output pair passband passive phase poles and zeros port positive problem Q factor rad/s realized reduce reference resistively resistors resonance respectively response second-order sensitivity shown in Fig shows signal specification stopband structure suitable terminated tion transconductor transfer function transformation transmission line tuning two-port typically variation voltage wave yields