Narrow Band-Pass Filters for Low Frequency Applications
eBook - ePub

Narrow Band-Pass Filters for Low Frequency Applications

Evaluation of Eight Electronics Filter Design Topologies

  1. English
  2. ePUB (mobile friendly)
  3. Available on iOS & Android
eBook - ePub

Narrow Band-Pass Filters for Low Frequency Applications

Evaluation of Eight Electronics Filter Design Topologies

About this book

Narrow Band-pass filtering techniques have been a challenging task since the inception of audio and telecommunication applications. The challenge involves keeping quality factor, gain and mid-frequency of the filter independent of each other. The critical applications require a design that ensures mid-frequency immune to the circuit component tolerances. It becomes increasingly difficult for low-frequency applications where the shift in few Hz in mid-frequency would cause desired frequencies to fall outside the filter's bandwidth and go undetected. The selection of right topology of the filter for the best performance is the key to successful design. This book objectively compares the relative performance of eight popular narrow band-pass filter topologies. The filter topologies are evaluated using a real-world practical example of designing an extremely narrow band-pass filter. The book provides guidelines for selecting the right topology for the low-frequency narrow band-pass filter.

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Yes, you can access Narrow Band-Pass Filters for Low Frequency Applications by Raman K. Attri in PDF and/or ePUB format, as well as other popular books in Technology & Engineering & Electrical Engineering & Telecommunications. We have over one million books available in our catalogue for you to explore.

Table of contents

  1. NARROW BAND-PASS FILTERS FOR LOW FREQUENCY APPLICATIONS
  2. ABOUT THE BOOK
  3. CHAPTER 1: DESIGN REQUIREMENTS FOR EXTREMELY NARROW BAND-PASS FILTERS
  4. CHAPTER 2 ONE OP-AMP FILTER TOPOLOGIES
  5. CHAPTER 3: TWO OP-AMPS FILTER TOPOLOGIES
  6. CHAPTER 4: SUMMARY OF PERFORMANCE OF ONE AND TWO OP-AMPS FILTER TOPOLOGIES
  7. CHAPTER 5: THREE AND FOUR OP-AMPS FILTER TOPOLOGIES
  8. CHAPTER 6: COMPONENT SELECTION CONSIDERATIONS
  9. CHAPTER 7: SOURCES OF NOISE AND REDUCTION TECHNIQUES IN INSTRUMENTATION
  10. THE AUTHOR
  11. INDEX