Abstract- A simple scheme for correcting the gain error of multiply-by-two gain amplifiers that are used in pipelined ADC's using analog technique is proposed. This scheme only requires a programmable capacitor array, a comparator, and a small amount of low speed digital circuitry, which can be shared between different pipelined stages. The resultant gain of two can have accuracy better than 15 bits for typical common-mode voltage error and amplifier and comparator offset voltages. I
This thesis provides an improved calibration and compensation scheme for pipeline Analog-to-Digital ...
Abstract — Capacitor mismatch is the main source of nonlinearity for pipelined analog-to-digital (A/...
Two side effects of technology scaling that have a significant impact on analog circuit design are t...
An analog-to-digital converter (ADC) is a link between the analog and digital domains and plays a vi...
Abstract—This paper presents a novel digital calibration technique for pipelined ADCs, which compens...
This paper presents a new digital technique for back-ground calibration of gain errors in Pipeline A...
In this paper, a combined digital foreground self-calibration algorithm is designed to calibrate the...
This paper proposes the complete electrical design of a new multiply-by-two amplifier to be readily ...
This paper describes a technique for digital error correction in pipelined analog-digital converters...
International audienceA foreground digital calibration technique for pipelined ADC is proposed which...
This paper describes how the usage of digital post-correction techniques in pipelined analog-to-digi...
This paper describes a fast digital background calibration algorithm for pipeline or cyclic analog-t...
High-speed analog-to-digital converters (ADCs) are at the heart of many applications such as digital...
Abstract- A pipelined ADC digitally calibrates capacitor mismatches in its 4-bit first stage and the...
Graduation date: 2004Pipelined analog to digital converters (ADCs) are very important building\ud bl...
This thesis provides an improved calibration and compensation scheme for pipeline Analog-to-Digital ...
Abstract — Capacitor mismatch is the main source of nonlinearity for pipelined analog-to-digital (A/...
Two side effects of technology scaling that have a significant impact on analog circuit design are t...
An analog-to-digital converter (ADC) is a link between the analog and digital domains and plays a vi...
Abstract—This paper presents a novel digital calibration technique for pipelined ADCs, which compens...
This paper presents a new digital technique for back-ground calibration of gain errors in Pipeline A...
In this paper, a combined digital foreground self-calibration algorithm is designed to calibrate the...
This paper proposes the complete electrical design of a new multiply-by-two amplifier to be readily ...
This paper describes a technique for digital error correction in pipelined analog-digital converters...
International audienceA foreground digital calibration technique for pipelined ADC is proposed which...
This paper describes how the usage of digital post-correction techniques in pipelined analog-to-digi...
This paper describes a fast digital background calibration algorithm for pipeline or cyclic analog-t...
High-speed analog-to-digital converters (ADCs) are at the heart of many applications such as digital...
Abstract- A pipelined ADC digitally calibrates capacitor mismatches in its 4-bit first stage and the...
Graduation date: 2004Pipelined analog to digital converters (ADCs) are very important building\ud bl...
This thesis provides an improved calibration and compensation scheme for pipeline Analog-to-Digital ...
Abstract — Capacitor mismatch is the main source of nonlinearity for pipelined analog-to-digital (A/...
Two side effects of technology scaling that have a significant impact on analog circuit design are t...