This paper describes the design method for highorder multi-bit incremental converters aiming at high resolution (> 14 bits) with Smart-DEM algorithm.

Abstract—This paper describes the design method for high- order multi-bit incremental converters aiming at high resolution. (> 14 bits) with Smart-DEM ...

This paper describes the design method for highorder multi-bit incremental converters aiming at high resolution (> 14 bits) with Smart-DEM algorithm, ...

Mar 1, 2015 · [email protected] paper describes a second-order 3-bit incremental converter, which employs a novel Smart-DEM algorithm to ...

The design, which is fabricated in a mixed 0.18–0.5 μm CMOS technology, achieves 16.7-bit resolution over a 5-kHz bandwidth by using 256 clock periods per ...

This paper describes a multi-bit third-order incremental analog-to-digital (ADC) architecture and design considerations to achieve 18-bit resolution and ...

Jan 24, 2015 · Abstract [email protected] paper describes a second-order 3-bit incremental converter, which employs a novel Smart-DEM algorithm ...

In the next section, a Smart-DEM algorithm for high-order multi-bit incremental ADCs is proposed, which is able to achieve a near-ideal compensation even ...

[email protected] paper describes a second-order 3-bit incremental converter, which employs a novel Smart-DEM algorithm to compensate for the ...

Abstract— This paper presents a second order multi-bit incremental analog-to-digital converter with two-phase feedback. DAC control logic, insensitive to ...