| Books |
Linear Systems, Fourier Transforms, and Optics (Wiley Series in Pure and Applied Optics)
Jack D. Gaskill
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| Excerpt - page 246: "... A general LSl system. (a) Depicted as cascade of amplitude filter, nonlinear phase filter, and linear phase filter. (b) Effects of the three filters on a ..." | | See more references to Filters, Linear Phase in this book. |
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Low pass filters with linear phase (Technical Report-) (Technical Report-)
R. M Lerner
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Principles of Adaptive Filters and Self-learning Systems (Advanced Textbooks in Control and Signal Processing)
Anthony Zaknich
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| Excerpt - page 48: "... Filters Three filter classes that are of special significance are linear phase filters, allpass filters and minimum phase filters. Linear phase filters are ..." | | See more references to Filters, Linear Phase in this book. |
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Digital Filter Design Solutions (Artech House Microwave Library)
Jolyon M. De Freitas and Jolyon M. De Freitas
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| Excerpt - page 2: "... can make no assumptions about the end use of the filters. The conditions (a) to (c) are usually satisfied by linear phase filters. This class of filters is most easily designed using ..." | | See more references to Filters, Linear Phase in this book. |
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Microstrip Filters for RF/Microwave Applications
Jia-Shen G. Hong and M. J. Lancaster
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| Excerpt - page 4: "... design with less design iterations, leading to first-pass or tuneless filters. This chapter discusses computer simulation ... using transmission line inserted inverters, linear phase filters for group delay equalization , and extracted-pole filters. These ..." | | See more references to Filters, Linear Phase in this book. |
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Digital Filter Design (Topics in Digital Signal Processing)
T. W. Parks and C. S. Burrus
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| Excerpt - page 28: "... or will occur in complex conjugate pairs. If the FIR filter is linear phase, there are further restrictions on the possible zero locations. From ..." | | See more references to Filters, Linear Phase in this book. |
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Theory and Design of Microwave Filters (Ieee Electromagnetic Waves Series)
Ian C. Hunter
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| Excerpt - page 9: "... in Figure I.10. Considerable research in the area of' non-minimum phase filters has resulted in so-called selective linear phase filters where a similar amplitude response to ..." | | See more references to Filters, Linear Phase in this book. |
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Multirate Digital Signal Processing: Multirate Systems - Filter Banks - Wavelets
N. J. Fliege
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| Excerpt - page 57: "... e-jSt(N-1)12. (2.61) The amplitude frequency response of the causal complementary filter, 1 - A(ei~2), is the ... the complementary filter is a linear-phase filter with group delay (N - 1)/2. The high-pass/low-pass and ..." | | See more references to Filters, Linear Phase in this book. |
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Simplified Design of Filter Circuits (EDN Series for Design Engineers)
John D. Lenk and Lenk
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| Excerpt - page 16: "... or Thompson Figure 1-24 shows the amplitude-response curves for Bessel filters of various orders. Figure 1-25 ... Bessel filter is an approximately linear phase shift. All filters show phase shift that varies with frequency. ..." | | See more references to Filters, Linear Phase in this book. |
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Linear Algebra for Signal Processing (The IMA Volumes in Mathematics and its Applications)
Adam Bojanczyk and George Cybenko
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| Excerpt - page 102: "... P(z) function [21]. Set C contains the solutions where all filters are linear phase, first examined in [47]. The earliest examples of perfect reconstruction ..." | | See more references to Filters, Linear Phase in this book. |
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Digital Filters and Signal Processing... with MATLAB Exercises
Leland B. Jackson
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| Excerpt - page 115: "... H(z), then 1/z* also. Therefore, the zeros of a linear-phase filter either must lie on the unit circle or must occur ..." | | See more references to Filters, Linear Phase in this book. |
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DSP System Design: Complexity Reduced IIR Filter Implementation for Practical Applications
Artur Krukowski and Izzet Kale
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| Excerpt - page 6: "... cosine function in (10) corresponding to the frequencies of the filter zeros and. Those phase jumps can be seen in the filter stopband in Figure 1-3. Linear- phase requirement is very important in the design of digital ..." | | See more references to Filters, Linear Phase in this book. |
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Design of High Frequency Integrated Analogue Filters (Iee Circuits, Devices and Systems Series, 14)
Yichuang Sun
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| Excerpt - page 18: "... ladder simulation methods 131, 671. As another example, an nth-order linear phase filter with two real zeros' gain boost used in computer hard ..." | | See more references to Filters, Linear Phase in this book. |
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Design and Analysis of Analog Filters - A Signal Processing Perspective (The Kluwer International Series in Engineering and Computer Science, Volume 617) ... Series in Engineering and Computer Science)
Larry D. Paarmann
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| Excerpt - page 16: "... (2) where the primary concern is constant time delay / linear phase. General Filter Design Papoulis introduced filters with a maximum magnitude slope at ..." | | See more references to Filters, Linear Phase in this book. |
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Spectral Analysis and Filter Theory in Applied Geophysics
Burkhard Buttkus
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| Excerpt - page 318: "... even impulse response functions, the phase spectra 6(f) of causal filters always differ from zero, i.e., causal filters always introduce phase shifts. 13.6.2 Filters with a linear phase spectrum Assume the signal x(t) has the following spectrum: ..." | | See more references to Filters, Linear Phase in this book. |
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Signal Analysis: Wavelets, Filter Banks, Time-Frequency Transforms and Applications
Alfred Mertins
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| Excerpt - page 157: "... 17I = 1 in order to be both power-complementary and linear-phase. In other words, power-complementary linear-phase filters cannot have more than two coefficients . ..." | | See more references to Filters, Linear Phase in this book. |
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Selective Linear-Phase Switched-Capacitor and Digital Filters (The International Series in Engineering and Computer Science)
Hussein Baher
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Introduction to Digital Signal Processing and Filter Design
B. A. Shenoi
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| Excerpt - page 24: "... mentioned above, we can realize the following characteristics from digital filters: 1. Transition bands much smaller ... tolerances on the magnitude and phase responses over adjacent passbands are ... impulse response and filters with linear phase. Neither of these characteristics can be achieved by analog ..." | | See more references to Filters, Linear Phase in this book. |
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Signal Processing and Linear Systems
B. P. Lathi
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| Excerpt - page 270: "... which is not readily apparent to the human eye. The phase distortion (nonlinear phase), on the ... versa. 4.5 Ideal and practical filters Ideal filters allow distortionless transmission ... in Fig. 4.27a has a linear phase of slope -td, which results in a time delay ..." | | See more references to Filters, Linear Phase in this book. |
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Linear minimum-variance filters applied to phase-lock loops, (Charles Stark Draper Laboratory. [Report]) (Charles Stark Draper Laboratory. [Report])
Donald Eugene Gustafson
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The Circuits and Filters Handbook, Second Edition
Wai-Kai Chen
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| Excerpt - page 116: "... was derived by passing the input through an 8-tap FIR filter, which serves as the model ... white pseudo-noise with a 32-tap linear phase FIR noise-coloring filter to produce an input autocorrelation eigenvalue ratio ..." | | See more references to Filters, Linear Phase in this book. |
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Adaptive Filter Theory (3rd Edition)
Simon S. Haykin and Simon Haykin
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| Excerpt - page 86: "... the case of a special class of filters known as minimum-phase filters, the magnitude response and phase ... The minimum-phase property of a linear time-invariant filter places restrictions of its own on possible locations ..." | | See more references to Filters, Linear Phase in this book. |
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Digital Filters: Basics and Design
Dietrich Schlichtharle
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| Excerpt - page 6: "... (dB). The negative argument of the frequency response is the phase response of the system. b(w) ... in the passband of the filter; this is equivalent to a linear-phase behaviour. This guarantees that all parts of the spectrum experience ..." | | See more references to Filters, Linear Phase in this book. |
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CRC Handbook of Electrical Filters
John Taylor and Qiuting Huang
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| Excerpt - page 16: "... lead to greater maximum deviations.'' Compared with special nonrecursive digital filters with strictly linear phase functions even in the stopbands, the result presented is of ..." | | See more references to Filters, Linear Phase in this book. |
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Continuous-Time Active Filter Design
T. Deliyannis, Yichuang Sun, and J.K. Fidler
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| Excerpt - page 6: "... an ideal time delayer. In practice the phase can be linear, within an acceptable error, up to a certain frequency (o, For frequencies below w, the allpass filter operates as a delayer. It is useful in phase equalization. It should be noted that allpass filters are not ..." | | See more references to Filters, Linear Phase in this book. |
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Multidimensional Filter Banks and Wavelets: Basic Theory and Cosine Modulated Filter Banks
Sankar Basu and Bernard C. Levy
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| Excerpt - page 20: "... diamond-shaped H0(z) and F0(z) such that Ho(z)Fo(z) is a Nyquist(Q) filter. 2.1.2. Design of Ho(z) and ... this case are FIR and linear-phase. McClellan transformation. This transformation was proposed by McClellan in 1976 ..." | | See more references to Filters, Linear Phase in this book. |
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Digital Signal Processing: Spectral Computation and Filter Design (The Oxford Series in Electrical and Computer Engineering)
Chi-Tsong Chen
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| Excerpt - page 253: "... be extended periodically with period 27r to all w. The filter has magnitude 1 and a linear phase -(ono for lwl _< co, and zero magnitude and unspecified ..." | | See more references to Filters, Linear Phase in this book. |
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Phase-Locked Loop Circuit Design (Prentice Hall Advanced Reference Series)
Dan H. Wolaver
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| Excerpt - page 28: "... design of a PLL. This chapter deals with the loop filter, and the next two chapters deal with the phase detector and the VCO. The linear model of the PLL in Fig. 3-3 has already been ..." | | See more references to Filters, Linear Phase in this book. |
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Linear IC Applications, A Designer's Handbook
Joseph Carr
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| Excerpt - page 287: "... The Bessel filter also shows a phase shift over the passband, but it is nearly linear. A useful feature of this characteristic is that it allows ..." | | See more references to Filters, Linear Phase in this book. |
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Optimization of Linear Control Systems: Analytical Methods and Computational Algorithms (Stability and Control: Theory, Methods and Applications)
F A Aliev and V B Larin
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| Excerpt - page 48: "... 48 OPTIMIZATION OF LINEAR CONTROL SYSTEMS filtering problems (Kalman filter design) for the systems, the phase coordinates of which are registered in different time intervals (see ..." | | See more references to Filters, Linear Phase in this book. |
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Theory of the Non-linear Analog Phase Locked Loop (Lecture Notes in Control and Information Sciences)
Nikolaos I. Margaris
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Binary Polynomial Transforms and Non-linear Digital Filters (Pure and Applied Mathematics (Marcel Dekker))
S. Agaian, Jaakko Astola, and Karen Egiazarian
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Signals and Systems: Analysis of Signals Through Linear Systems
M. J. Roberts
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| Excerpt - page 398: "... its magnitude is not constant with frequency. But an ideal filter is distortionless within its passband. That is, its transfer function magnitude is constant within the passband and its transfer function phase is linear within the passband. There are four commonly defined types of ..." | | See more references to Filters, Linear Phase in this book. |
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Phase-Locked Loops
John L. Stensby
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| Excerpt - page 18: "... 18 PHASE-LOCKED LOOPS: THEORY AND APPLICATIONS defines the loop filter. This equation is linear, and it has constant coefficients . Furthermore, it has a ..." | | See more references to Filters, Linear Phase in this book. |
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Practical Analog And Digital Filter Design (Artech House Microwave Library)
Les Thede
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| Excerpt - page 7: "... passband, but a smooth, ever-decreasing gain in the stopband. The phase distortion produced by these filters is not as severe as ... 1.4. It provides the most linear phase response of any approximation technique discussed in this text. ..." | | See more references to Filters, Linear Phase in this book. |
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Intuitive Analog Circuit Design
Marc Thompson
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| Excerpt - page 387: "... association the group delay' response) affects the transient response of filters. An ide- al filter has a linear phase shift with frequency, and hence constant group delay as in ..." | | See more references to Filters, Linear Phase in this book. |
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