in this study, a robust controller is designed for fuzzy network control systems (ncss) using the static output feedback. delay and data packet dropout affect on the stability of network control systems, and therefore, the asymptotic stability condition is established considering delay and data packet dropout. delay is time-varying while the lower and upper bounds for delay is defined, and the ...

A fully integrated power delivery system with distributed on-chip low-dropout (LDO) regulators developed for voltage regulation in portable devices and fabricated in a 28 nm CMOS process is described. Each LDO employs adaptive bias for fast and power efficient voltage regulation, exhibiting 64 ps response time of the regulation loop and 99.49 % current efficiency. An adaptive compensation netwo...

Analysis and Characterization of a Programmable Low-dropout Regulator (April 2007) Xiaofan Qiu Department of Electrical and Computer Engineering Texas A&M University Research Advisor: Dr. Jose Silva-Martinez Department of Electrical and Computer Engineering As portable electronic devices become a part of daily life, it creates a huge market for electronic components for those battery driven dev...

A modified circuit topology for voltage references capable of providing very high load current with low-temperature-sensitivity output voltage is presented. Employing a proportional-to-absolute-temperature current source and a complementary-to-absolute-temperature voltage source in a novel closed-loop configuration, the output voltage can be tuned over a wide range of voltages lower or higher t...

With the widespread adoption of internet things (IoT), power management different electronic (i.e. IoT) devices has become a major challenge. The low-dropout linear regulator (LDO) circuit is widely used for applications devices. This article reports design and simulation circuit, powered by 1.2 V DC supply voltage. In order to optimise dissipation, low layout silicon area lower dropout voltage...

This article presents a low quiescent current outputcapacitorless quasi-digital CMOS LDO regulator with controlled pass transistors according to load demands. The pass transistor of the LDO is broken up to two smaller sizes based on a breakup criterion defined here, which considers the maximum output voltage variations to different load current steps to find the suitable current boundary for br...

Modern power management System-on-a-Chip (SoC) design demands for fully integrated solutions in order to decrease certain costly features such as the total chip area and the power consumption while maintaining or increasing the fast transient response to signal variations. Low-Dropout (LDO) voltage regulators, as power management devices, must comply with these recent technological and industri...