Floating-bulk transistors: An alternative design technique for CMOS low-voltage analog circuits

Design of Low-Voltage Analog Amplifiers Using Floating-Gate Transistors

Low-voltage CMOS circuits for analog decoders

This paper presents a novel circuit architecture for implementing analog Turbo-style decoders in subthreshold CMOS with low supply voltage. Various analog Turbo decoding circuits have been demonstrated in recent years which require significantly less power and silicon area than digital circuits while providing high throughput. As CMOS process technologies improve, allowable supply voltages are ...

Design of Low Voltage CMOS OTA Using Bulk-Driven Technique

Background/Objectives: The main objective was to design a CMOS Operational Transconductance Amplifier (OTA) for biomedical applications and high speed transmission with an operating voltage 0.4 V. Methods/Statistical Analysis: In this paper we have proposed an OTA using bulk driven technique. The transistors are working in weak-inversion. The design was simulated using conventional transistors....

An Introduction to Low-voltage, Low-power Analog Cmos Design

These course notes provide an introduction to topics in the design of Low-Voltage Low-Power (LV-LP) Analog CMOS design. The course is suitable for professional designers of analog circuits and graduate engineers wishing to acquire knowledge in this area.

Low-voltage Analog CMOS Filter Design

Design techniques for low-voltage analog TUters In CMOS technologies are discussed. The use of OTA-C implementation techniques towards low power supply voltages (3 V and below) requires special source degeneration and input signal folding techniques. Firstly, design techniques to achieve Pull CMOS continuous-time filters with low distortlon (Total harmonic distortion c -50 dB) and low power sup...