Simplified design of filter circuits / John D. Lenk.

Format:

Book

Author/Creator:

Lenk, John D.

Series:

EDN Series for Design Engineers

EDN series for design engineers

Language:

English

Subjects (All):

Electric filters--Design and construction.

Electric filters.

Physical Description:

1 online resource (245 p.)

Edition:

1st edition

Place of Publication:

Boston : Newnes, c1999.

Language Note:

English

System Details:

text file

Summary:

Simplified Design of Filter Circuits, the eighth book in this popular series, is a step-by-step guide to designing filters using off-the-shelf ICs. The book starts with the basic operating principles of filters and common applications, then moves on to describe how to design circuits by using and modifying chips available on the market today. Lenk's emphasis is on practical, simplified approaches to solving design problems.Contains practical designs using off-the-shelf ICsStraightforward, no-nonsense approachHighly illustrated with manufacturer's data sheets

Contents:

Front Cover; Simplified Design of Filter Circuits; Copyright Page; Dedication; Table of Contents; Preface; Acknowledgments; Chapter 1. Introduction to Electronic Filters; 1.1 Basic Filter Functions; 1.2 Transfer Functions, Response, and Phase Shift; 1.3 Filter Order, Poles, and Zeroes; 1.4 Log Scales, -3 dB Frequencies, and Filter Q; 1.5 Basic Filter Types; 1.6 Filter Approximations; 1.7 Classic Filter Functions; 1.8 Passive Filters; 1.9 Active Filters; 1.10 Switched-Capacitor Filters; 1.11 The Best Filter in the World; Chapter 2. Typical Switched-Capacitor Filter

2.1 Basic Circuit Functions for MF102.2 Basic Filter Configurations; 2.3 Design Hints for All Modes of Operation; 2.4 MODE lA: Non-Inverting Bandpass, Inverting Bandpass, and Lowpass; 2.5 MODE 1: Notch, Bandpass, and Lowpass; 2.6 MODE 2: Notch, Bandpass, and Lowpass; 2.7 MODE 3: Highpass, Bandpass, and Lowpass; 2.8 MODE 3A: Highpass, Bandpass, Lowpass, and Notch; 2.9 MODE 4: Allpass, Bandpass, and Lowpass; 2.10 MODE 5: Complex Zeros, Bandpass, and Lowpass; 2.11 MODE 6A: Single-Pole, Highpass, and Lowpass; 2.12 MODE 6B: Single-Pole Lowpass (Inverting and Non-Inverting)

2.13 Design Examples with the MF10Chapter 3. Continuous (Active) Lowpass Filters; 3.1 Basic Circuit Functions for MAX270/271; 3.2 Programming the Cutoff Frequency; 3.3 MAX270 Control Interface; 3.4 MAX271 Control Interface; 3.5 Digital Threshold Levels; 3.6 Filter Performance; 3.7 MAX271 Track-and-Hold; 3.8 Power-Supply Configurations; 3.9 Programming without a Microprocessor; 3.10 Typical Application (Cascading); Chapter 4. Zero DC-Error Lowpass Filters; 4.1 Basic Circuit Functions for MAX280/LTC1062; 4.2 Using the Clock Divider Ratio; 4.3 Using the Internal Oscillator

4.4 Using an External Clock4.5 Choosing External Resistor and Capacitor Values; 4.6 Input Voltage Range for MAX280; 4.7 Internal Buffer; 4.8 Filter Attenuation; 4.9 Filter Noise; 4.10 Transient Response for MAX280; 4.11 Anti-Aliasing; 4.12 LTC1062 Characteristics; 4.13 Simplified Design Approaches (MAX280/LTC1062); Chapter 5. General-Purpose Lowpass Filters; 5.1 Filter Response and Applications; 5.2 Pin Descriptions for XR-1001/8; Chapter 6. General-Purpose Elliptic Lowpass Filters; 6.1 Filter Characteristics; 6.2 Applications Requirements; 6.3 Pin Descriptions for XR-1015/16

Chapter 7. Tabular Design of Bandpass Filters7.1 Using the Tables; 7.2 Gain and Phase Relationships of the IC Filters; 7.3 Cascading Non-Identical IC Filters; 7.4 Cascading Identical IC Filters; 7.5 Cascading Bandpass Filters in Mode 1; 7.6 Cascading Bandpass Filters in Mode 2; 7.7 Cascading More Than Two Identical 2nd-Order Sections; Chapter 8. Practical Considerations for Switched-Capacitor Filters; 8.1 SCFs versus Active RC Filters; 8.2 Circuit Board Layout Problems; 8.3 Power Supply Problems; 8.4 Input Offset Problems; 8.5 Slew Limiting; 8.6 Aliasing in SCFs

8.7 Choosing a Filter Response

Notes:

Description based upon print version of record.

Includes bibliographical references and index.

ISBN:

1-283-61927-X

9786613931726

0-08-051716-1

OCLC:

818819951