By Arthur Williams, Fred Taylor
ISBN-10: 0071471715
ISBN-13: 9780071471718
Stay alongside of significant advancements in digital filter out layout, together with the newest advances in either analog and electronic filters normal as “The Bible” of useful digital filter out layout, McGraw-Hill's vintage digital clear out layout guide has now been thoroughly revised and up to date for a brand new new release of layout engineers. The Fourth variation contains the newest advances in either analog and electronic clear out design_plus a brand new CD for simplifying the layout strategy, making sure accuracy of layout, and saving hours of guide computation.
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Extra resources for Electronic Filter Design Handbook, Fourth Edition (McGraw-Hill Handbooks)
Sample text
All rights reserved. Any use is subject to the Terms of Use as given at the website. qxd 06/07/06 12:50 Page 44 6x9 Handbook / Electronic Filter Design / Williams & Taylor /147171-5 / Chapter 2 SELECTING THE RESPONSE CHARACTERISTIC 44 CHAPTER TWO FIGURE 2-33 The Butterworth low-pass filter of Example 2-19: (a) frequency response; (b) pole locations; and (c) circuit configuration. 618 F The results of Example 2-19 are shown in Figure 2-33. Chapter 11 provides pole locations and element values for both LC and active Butterworth low-pass filters having complexities up to n ϭ 10.
The group delay at vc is shown as the negative slope of a line which is tangent to the phase response at vc. This can be mathematically expressed as Tgd ϭ Ϫ db 2 dv vϭvc If the two sidebands are restricted to a region surrounding vc and having a constant group delay, the envelope of the modulated signal will be delayed by Tgd. Figure 2-21 compares the input and output waveforms of an amplitude-modulated signal applied to the filter depicted by Figure 2-20. Note that the carrier is delayed by the phase delay, while the envelope is delayed by the group delay.
Any use is subject to the Terms of Use as given at the website. qxd 06/07/06 12:50 Page 57 6x9 Handbook / Electronic Filter Design / Williams & Taylor /147171-5 / Chapter 2 FIGURE 2-45 Attenuation characteristics for Chebyshev filters with 1-dB ripple. com) Copyright © 2006 The McGraw-Hill Companies. All rights reserved. Any use is subject to the Terms of Use as given at the website. 01-dB ripple. (From A. I. ) A crude approximation to the pole locations can be found by locating all the poles on a circle and separating their imaginary parts by 2/n, as shown in Figure 2-55.
Electronic Filter Design Handbook, Fourth Edition (McGraw-Hill Handbooks) by Arthur Williams, Fred Taylor
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