A picowatt CMOS voltage reference with dual outputs is proposed and simulated in this
paper based on a standard 65 nm process. To compensate for the leakage current caused …

In this paper, an improved self-biased bandgap reference (BGR) with high power supply
rejection ratio (PSRR) is presented. An operational amplifier constructing feedback loop is …

Generating ultra-low currents using resistors is impractical especially in integrated circuits
due to the wasting of much area associated with the required very large resistors. In this …

This paper presents an ultra-low-power CMOS voltage reference based on the 0.18 μ m
standard CMOS technology. A temperature coefficient (TC) of 3.9 ppm/○ C without resistors …

Stupendous and inevitable applications of dynamic CMOS circuits add thrust to its
optimization to high-end performance. Dynamic logic circuits are very efficient in terms of …

In the analog and mixed-signal integrated circuits, voltage references that are independent
of various factors such as temperature drift, noise, supply voltage, etc., and efficient in terms …

This paper proposes a self-biased sub-threshold CMOS voltage reference for ultra-low-
power application. In the current generation path, a source degeneration active load (SDAL) …

A dual-output voltage reference circuit with two reference voltages of 281 mV (Vref1) and
320.5 mV (Vref2) is presented in this paper. With a novel and precise circuit structure, the …

This paper presents a nanowatt CMOS voltage reference (VR) with ultra‐low line sensitivity
(LS) and high‐power supply ripple rejection (PSRR). The proposed VR consists of two …

This Letter presents a wide supply voltage range, ultra‐low power, and CMOS‐only
subthreshold voltage reference. A complementary‐to‐absolute‐temperature () generator …