In this paper, a low‐noise amplifier (LNA) with process, voltage, and temperature (PVT)
compensation for low power dissipation applications is designed. When supply voltage and …

In this paper, a low power and low delay comparator circuit for the IoT applications has been
designed and analyzed. In the proposed comparator, two different voltage levels have been …

In this paper, a new compensation technique for the low noise amplifier (LNA) with the high
capability and efficiency for low power applications is proposed. The supply voltage and …

This paper presents a novel sub-1-V CMOS voltage reference with high power supply
rejection ratio (PSRR), low line sensitivity, and low supply voltage. CMOS voltage references …

In this work, a fully MOSFET voltage reference (FMVR) circuit with a current consumption of
7.6 nA and a supply voltage of 1 V is proposed. To generate the complementary to absolute …

设计了一款快速启动, 高稳定性的实用型带隙基准电压源. 基准源电路基于110 nm 的CMOS
标准工艺实现, 使用Cadence 软件进行仿真. 仿真表明, 在室温下, 电源电压为3.3 V 时 …

This paper presents a fully MOSFET DC voltage limiter with low current consumption. In the
proposed voltage reference structure to reduce power consumption, transistors are biased in …

In this work, an Enhanced-Precision Bandgap Reference Incorporating Temperature-
Compensation was proposed. Unlike traditional bandgap references, the reference voltage …

Abstract A Sub-1V, MOS-only Voltage Reference Circuit (VRC) has been proposed with the
utmost of transistors working as subthreshold region for low-supply and low-power …

This work presents a comprehensive analysis and design of Band-Gap Reference Circuits.
The voltage mode BGR inherently not capable of generating reference voltages less than …