This brief proposes a novel sub-1V discrete-time CMOS bandgap reference circuit where a
constant voltage is produced by summation of a CTAT and a PTAT voltage that are sampled …

This paper presents a novel frequency compensation scheme for the stability of low dropout
regulator (LDO). The proposed compensation scheme introduces a zero in the voltage …

A three-stage amplifier with hybrid active Miller enhancement compensation is proposed in
this paper, which is used for large to heavy load applications. The hybrid active Miller …

A Capacitor-Free Low-Dropout Regulator (LDO) for power adapter with an input voltage
range of 8V∼ 24V is presented in this paper. The proposed LDO structure uses a high …

This paper presents a fully integrated 65nm CMOS Low-Dropout (LDO) voltage regulator for
MEMS devices in the microphone field. The proposed LDO exploits a nested loop to …

为了满足便携式电子设备的需求, 设计了一种低漏失高稳定的LDO. 利用正反馈环路钳位电压,
获得高精度采样电流. 通过调整工作在深线性区的MOS 管的等效电阻, 产生跟踪负载电流的零点 …

A output-capacitorless, wide range 0.6–1.8 V/0.4–1.6 V input/output, dual-mode low-dropout
regulator with a high-power supply rejection ratio (PSRR) is proposed in this paper. When …

A single inductor dual output DC-DC converter operating in CCM mode is proposed in this
paper. Due to the more accuracy and complete small-signal model in Simulink and the …

A low power consumption and fast response low voltage difference linear regulator circuit is
designed for on-chip SOC circuit to achieve low power consumption, fast response, and high …

Linear voltage regulator with low voltage dropout is widely used in DC/DC circuits because
of the advantages of simple structure, low noise, high efficiency, and small package size. In …