Low 1/f noise, low-dropout (LDO) regulators are becoming critical for the supply regulation of
deep-submicron analog baseband and RF system-on-chip designs. A low-noise, high …

This article presents an energy-efficient, low-noise, and bipolar-output step-up switched-
capacitor converter (SCC) with ultralow dropout post-regulation, which aims to power a …

Today's portable devices combine wireless communication and navigation with consumer
electronics. As a consequence, the computing power, the size of the display and the …

This work presents a high-precision low-drift voltage reference for ADC beyond 14bits.
Combining a chopper-stabilized bandgap reference (BGR) and a ping-pong auto-zeroing …

In this work, a dual loop low-dropout regulator (LDO) with fast transient response is
proposed to provide a clean supply for mixed-signal system. The proposed LDO has a high …

This paper presents a less-occupied and ultra-low noise LDO structure. This structure can
achieve ultra-low noise performance without large filter capacitor by incorporating a …

In this work, we propose a quick response circuit to improve the load transient response of
fully low dropout voltage linear regulator (LDO) which is operable with a very low power …

In this dissertation, the design of a fast transient response digital low-dropout regulator
(DLDO) applicable to next-generation memory systems is discussed. Recent technologies in …

In this work, a method for obtaining an LDO with low output noise is proposed by applying a
bandgap reference source that does not contain an operational amplifier and uses all …

Low Dropout Regulators (LDOs) are extensively used in portable applications like mobile
phones, PDAs and notebooks. These portable applications demand high power efficiency …