In this paper, a self-biased temperature compensated CMOS voltage reference operating at
picowatt-level power consumption is presented. The core of the proposed circuit is the self …

This paper proposes a low-temperature coefficient (TC), noise, and offset bandgap
reference (BGR) for the high precision applications. In order to reduce the offset voltage and …

An ultra-low voltage, low power, low line sensitivity MOSFET-only sub-threshold voltage
reference with no amplifiers is presented. The low sensitivity is realized by the difference …

This paper proposes an ultralow power, high precision sub bandgap voltage reference (sub-
BGR) for low-voltage self-powered devices. A novel ultralow power curvature compensation …

A novel low-power temperature-stable voltage reference without resistors is presented in
this brief, which is compatible with standard CMOS technology. In order to reduce the …

(57) ABSTRACT A bias current topology with embodiments in current source, current
reference,(pseudo bandgap) voltage reference, and bandgap voltage reference that operate …

The robustness of the reference circuit in a wide range of supply voltages is crucial in
implanted devices. Conventional reference circuits have demonstrated a weak performance …

In this work a resistorless sub-bandgap voltage reference topology is presented. It is a self-
biased and small area circuit that works in the nano-ampere consumption range, and under …

Abstract A 0.7 V 5 nW CMOS Sub-Bandgap voltage reference circuit without resistors is
presented. The proposed circuits use a new complementary-to-absolute-temperature …

This paper proposes a temperature sensing voltage-controlled oscillator (VCO) with
bandgap reference voltage circuit (BGRV) for applications to low power management and …