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meiksin z complete guide active filter design op amps passive comp 1990

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Textbook in PDF format Preface How to Design Actove Filters Understanding Filter Terminology Introduction Low-Pass, High-Pass, and Band-Pass Filters Filter Order Filter Classes Normalized Filters Fine Tuning Designing First-Order Filters Introduction Low-Pass Filters High-Pass Filters Band-Pass Filters Designing Second-Order Filters Introduction Low-Gain Amplifier Filters low-Pass Filters High-Pass Filters Band-Pass Filters High-Gain Amplifier Filters low-Pass Filters High-Pass Filters Band-Pass Filters Choice Between High-Gain and Low-Gain Amplifier Filters Designing Third-Order Filters Introduction Low-Pass Filters High-Pass Filters Band-Pass Filters Designing Fourth-Order Filters Introduction Low-Pass Filters High-Pass Filters Band-Pass Filters Designing Higher-Order Filters Introduction Low-Pass Filters High-Pass Filters Band-Pass Filters High-Q Band-Pase Filters Effect of Component Characteristics on Filter Performance and How to Avoid Pitfalls Introduction Contents Contents Bias Current Amplifier Gain Amplifier Compensation Resistors and Capacitors More information Operational Amplifiers Understanding Operational Amplifier Characteristics Introduction Symbols and Definitions Gain Input Resistance Output Resistance Common-Mode Gain (CMG) and CommonMode Rejection Ratio (CMRR) Common-Mode Effect on the Output Maximum Common-Mode Input Voltage Supply Rejection Ratio (VSRR) Input Offset Voltage Input Bias Current Input Offset Current Gain-Bandwidth Product Slew Rate Crossover Distortion Rated Output Power Dissipation Input Overload Protection Supply-Current Drain Transient Response Input Capacitance VII viii Contents Amplifier Noise Temperature, Frequency, Supply-Voltage, Source-Resistance, and Load-Resistance Dependencies of Amplifier Characteristics Dual- and Single-Power-Supply Amplifiers, Low- Voltage Amplifiers, and Transconductance Amplifiers I Introduction Single-Voltage-Power-Supply Amplifiers Low-Voltage Amplifiers Low-Noise Amplifiers Wideband Amplifiers Transconductance Operational Amplifiers Amp/if ier Stability Introduction Phase Compensation Internally Compensated Amplifiers Uncompensated Amplifiers Amplifier Cont igurations Introduction ·· The Inverting Amplifier Voltage Gain Input Resistance Output Resistance Common-Mode Effect The Noninverting Amplifier Voltage Gain Input Resistance Output Resistance Common-Mode Effect Choice Between Inverting and Noninverting Configurations The Differential Amplifier Common-Mode Effect Contents Three-Resistor Feedback Network AC-Coupled Amplifiers Inverting Amplifier Noninverting Amplifier High-Input-Impedance AC-Coupled Noninverting Amplifier Differential Instrumentation Amplifiers Design Examples and How to Avoid Pitfalls Introduction Voltage Operational Amplifier Transconductance Operational Amplifier Pitfalls to Avoid Passive Components Resistors Introduction Carbon-Composition Resistors Wirewound Resistors Metal-Film Resistors Carbon-Film Resistors Thin- and Thick-Film Resistor Arrays Thermistors Pitfalls to Avoid How to Choose the Right Type Resistor Potentiometers and Rheostats (Variable Resistors) Potentiometers (Variable Resistors) Pitfalls to Avoid Capacitors Introduction Capacitor Specifications Capacitance Insulation Resistance (DC Leakage) ix X Contents Dissipation Factor, DF, Quality Factor, Q, and Equivalent Series Resistance, ESR Types of Capacitors Ceramic Capacitors Film-Type Capacitors Mica Capacitors Electrolytic Capacitors Trimmer Capacitors Feed-Through Capacitors Air-Variable Capacitors Pitfalls to A void Inductors Introduction Air-Core Inductors Iron-Core Inductors Transformers Introduction Power-Supply Transformers Audio Transformers Video Transformers IF and RF Transformers Pulse Transformers Diodes Introduction Diode Characteristics Diode Parameters Diode Types Signal Diodes Rectifiers Switching Diodes/Rectifiers Reference Diodes Component Value Measurement Introduction Contents Resistors Ohmmeter Bridge Substitution Megohmmeter Capacitors Insulation-Resistance (DC-Leakage) Measurement Bridges-Capacitance and Dissipation Factor Measurement Inductors Bridges Q Meters Diodes Curve Tracer Volt-Ampere Method Component Identification Introduction Resistors and Potentiometers Capacitors Electrolytic Capacitors Paper Dielectric Capacitors Ceramic Capacitors Mica Capacitors Inductors Transformers Diodes Comprehensive Design Examples Introduction Design I-Band-Pass Filter Solution Design -Low-Pass Filter Solution Summary and Comments Appendix A Manufacturers' Data Sheets Internally Compensated Operational Amplifier Uncompensated Operational Amplifier Very-High-Input-Impedance Operational Amplifier Transconductance Operational Amplifier Single-Power-Supply Operational Amplifier Low-Voltage-Power-Supply Operational Amplifier Very-Low-Voltage-Power-Supply Operational Amplifier Low-Noise Operational Amplifier Wideband Operational Amplifier Appendix B Passive Component Values and Identification Index Tolerances and Component Values of CarbonComposition Resistors Resistor Color Code Resistor Types and Ranges Capacitor Color Code Capacitor Ranges on the Basis of Dielectric Material Semiconductor Diode Identification Contents

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Meiksin Z. Complete Guide to Active Filter Design, Op Amps,...Passive Comp. 1990.pdf 51.2 MB

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meiksin z complete guide active filter design op amps passive comp 1990