Analog and Digital Filter Design

Ön Kapak
Elsevier, 24 Eki 2002 - 450 sayfa

Unlike most books on filters, Analog and Digital Filter Design does not start from a position of mathematical complexity. It is written to show readers how to design effective and working electronic filters. The background information and equations from the first edition have been moved into an appendix to allow easier flow of the text while still providing the information for those who are interested.

The addition of questions at the end of each chapter as well as electronic simulation tools has allowed for a more practical, user-friendly text.

  • Provides a practical design guide to both analog and digital electronic filters
  • Includes electronic simulation tools
  • Keeps heavy mathematics to a minimum
 

İçindekiler

Preface
13
Chapter 1 Introduction
19
Chapter 2 Time and Frequency Response
41
Chapter 3 Poles and Zeroes
83
Chapter 4 Analog Lowpass Filters
125
Chapter 5 Highpass Filters
147
Chapter 6 Bandpass Filters
173
Chapter 7 Bandstop Filters
199
Chapter 12 Transmission Lines and Printed Circuit Boards as Filters
307
Chapter 13 Filters for PhaseLocked Loops
321
Chapter 14 Filter Integrated Circuits
335
Chapter 15 Introduction to Digital Filters
353
Chapter 16 Digital FIR Filter Design
377
Chapter 17 IIR Filter Design
395
Design Equations
409
Bibliography
437

Chapter 8 Impedance Matching Networks
223
Chapter 9 PhaseShift Networks AllPass Filters
243
Chapter 10 Selecting Components for Analog Filters
285
Chapter 11 Filter Design Software
299
Answers
439
Index
447
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Popüler pasajlar

Sayfa 38 - Response (IIR) filters, which are recursive because part of the output signal is fed back to the input. The...
Sayfa 47 - Bessel response is smooth in the passband, and attenuation rises smoothly in the stopband. The stopband attenuation increases very slowly until the signal frequency is several times higher than the cutoff point.
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Yazar hakkında (2002)

Steve Winder is now a European Field Applications Engineer for Intersil Inc. Steve works alongside design engineers throughout Europe to design circuits using components made by Intersil Inc, a US based manufacturer of CMOS ICs used for power supply controllers and for analogue signal processing.Prior to joining Intersil Inc., Steve worked for US based Supertex Inc. in 2002, where he was instrumental in encouraging Supertex’s management to start developing LED drivers. One of Steve’s German customers had started using a relay driver for LEDs and once Steve had explained the technical detail of this application to Supertex’s management, they decided to start an applications team to develop LED specific products. Supertex then invested heavily to became a leader in this field. Microchip acquired Supertex in 2014.Until 2002, Steve was for many years a team leader at British Telecom Research Laboratories, based at Martlesham Heath, Ipswich in the UK. Here he designed analog circuits for wideband transmission systems, mostly high frequency, and designed many active and passive filters.Steve has studied electronics and related topics since 1973, receiving an Ordinary National Certificate (ONC) in 1975 and Higher National Certificate (HNC) in 1977 with Endorsements in 1978. He studied Mathematics and Physics part time with the Open University for 10 years, receiving a Bachelor of Arts Degree with 1st Class Honours in 1989. He received a Master’s Degree in 1991, in Telecommunications and Information Systems after studying at Essex University. Since 1991, he has continued with self-study of electronics, to keep up-to-date with new innovations and developments.

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