Page 451 - Analog and Digital Filter Design

448 Analog and Digital Filter Design

Dual amplifier bandpass 190, H
216
Dynamic range 26 Hamming Window 362, 387
Hanning won Ham) Window
E 362, 386
Harmonics 33
Elliptic integral 432 Harris flat-top Window 362
Elliptic response 78, 117, 162, Harris-Nutall Window 389
194,205, 219, 395,421,432 Hexadecimal 367
Equiripple passband 42 Highpass filter 23, 147, 363, 381,
Equiripple stopband 42 403
Equivalent series resistance Hilbert 4S
(ESR) 286
I
F
Impedance 309
Ferrite core 289 Impedance matching circuits
Finite Impulse Response (FIR) 228,231
36, 360, 377 Impulse response 43, 88
FM demodulator 323 Inductors 289
Folded FIR 378 Infinite Impulse Response (IIR)
Four-term Blackman-Harris 38,395
Window 388 Integrated filters 28, 335
Four-term Harris-Nutall Interpolation 356, 394
Window 389
Fourier Transform 84, 384 Inverse Chebyshev response 69,
109, 162, 194, 205,219, 395,
Frequency Dependent Negative 419,429
Resistance (FDNR) 140
Frequency domain 20,41,84,380 K
Frequency multiplier 323
Frequency response 23 Kaiser (-Bessel) Window 389
Frequency scaling 3 1
Frequency transformation 3 1, L
200, 362 L-networks 233
Fundamental frequency 33 Ladder network 51, 55,63
Laplace transforms 94
G LC network 27

Gain-bandwidth requirements Lead-lag network 324-326
134 Load impedance 25
Group delay 45, 244, 256, 395 Lock range 332
Gyrator 167 Loopfilter 321