Results show that the proposed sensor achieves at least 97% sensing accuracy and ≪30ns settling time by consuming the quiescent current of 43μA. The sensor ...

Results show that the proposed sensor achieves at least 97% sensing accuracy and ≪30ns settling time by consuming the quiescent current of 43μA. The sensor ...

A 2.5 MHz, 97%-accuracy on-chip current sensor for current-mode switching dc-dc converters is presented, employing dynamically-biased shunt feedback and a ...

Mengmeng Du, Hoi Lee: A 2.5MHz, 97%-accuracy on-chip current sensor with dynamically-biased shunt feedback for current-mode switching DC-DC converters.

A 2.5 MHz, 97%-accuracy on-chip current sensor for current-mode switching dc-dc converters is presented in this paper. By employing dynamically-biased shunt ...

This paper presents a new compact on-chip current-sensing circuit to enable current-mode buck regulators operating at a high switching frequency for ...

Du, M., Lee, H.: A 2.5MHz, 97%-accuracy on-chip current sensor with dynamically-biased shunt feedback for current-mode switching DC-DC converters. In: Proc ...

A 2.5MHz, 97%-accuracy on-chip current sensor with dynamically-biased shunt feedback for current-mode switching DC-DC converters · Favicon for A monolithic ...

A 2.5MHz, 97%-accuracy on-chip current sensor with dynamically-biased shunt feedback for current-mode switching DC-DC converters · Mengmeng DuHoi Lee.

A 2.5MHz, 97%-accuracy on-chip current sensor with dynamically-biased shunt feedback for current-mode switching DC-DC converters. ISCAS 2008: 3274-3277; 2007.