In this paper, we present a wireless RF-powering electronics system approach for
batteryless implantable biomedical microsystem with versatile sensors/actuators on …

A low dropout (LDO) voltage regulator with small output voltage variations and the ability of
wide load current range support is proposed in this paper. In this LDO design, a recycling …

This thesis describes the theoretical background, design, simulation, implementation and
measurements of an analog low-dropout voltage regulator intended for wide load …

This paper proposes the Low-Dropout regulator including the “load current sensing circuit”.
The load current sensing circuit senses the change of the load current and then reduces the …

A low dropout (LDO) regulator with a wide-bandwidth is proposed in this paper. The
regulator features a Human Body Model (HBM) 8kV-class high robustness ElectroStatic …

In this paper present Low Drop-Out (LDO) regulator that improved load transient
characteristics due to the push-pull detection structure. The response characteristic of the …

This paper presents a low-power voltage regulator for wireless sensor nodes. The circuit,
implemented in a 90 nm CMOS process, generates a process-temperature-voltage …

This paper presents a low-drop (LDO) linear regulator with buffer impedance attenuation
(BIA) for frequency compensation. This novel proposed LDO take advantage of the …

In this paper present a Low Drop-Out (LDO) regulator that improves load transient
characteristics due to the push-pull pass transistor structure is proposed. Improved load over …

Abstract In this paper Low Drop-Out (LDO) regulator that improved load regulation
characteristics due to the feedback detection structure. The proposed feedback sensing …