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Table of Contents
1. Basic Concept: New Possibilities and Trends in Circuit Design for Analog Signal Processing
2. Operational Transconductance Amplifiers (OTAs) and Their Applications
3. Current Conveyors, Variants and Applications
4. The operational transresistance amplifier (OTRA)
5. FTFN: Four Terminal Floating Nullor
6. Current Operational Amplifiers
7. Current Feedback Operational Amplifiers, CFOA and Applications
8. Active Only Circuits: Realizations of Current-Mode and Voltage-Mode Multifunction Filters without External Passive Elements
9. MOS-Only and MOS-C Circuits: Fundamentals of MOS-Only and MOS-C Circuits
10. Versatile active elements, structure and applications
11. DTMOS-Based Ultra Low-Voltage Low-Power Circuit Design
12. High-precision current-mode circuits based on the MOS-translinear principle.
2. Operational Transconductance Amplifiers (OTAs) and Their Applications
3. Current Conveyors, Variants and Applications
4. The operational transresistance amplifier (OTRA)
5. FTFN: Four Terminal Floating Nullor
6. Current Operational Amplifiers
7. Current Feedback Operational Amplifiers, CFOA and Applications
8. Active Only Circuits: Realizations of Current-Mode and Voltage-Mode Multifunction Filters without External Passive Elements
9. MOS-Only and MOS-C Circuits: Fundamentals of MOS-Only and MOS-C Circuits
10. Versatile active elements, structure and applications
11. DTMOS-Based Ultra Low-Voltage Low-Power Circuit Design
12. High-precision current-mode circuits based on the MOS-translinear principle.