The demand for low-voltage, low drop-out (LDO) regulators is increasing because of the
growing demand for portable electronics, ie, cellular phones, pagers, laptops, etc. LDO's are …

We present a bandgap circuit capable of generating a reference voltage of 0.53 V. The
circuit, implemented In a submicron BiCMOS technology, operates with a supply voltage of 1 …

This paper presents an innovative CMOS Bandgap Reference Generator topology that leads
to an improved curvature compensation method over a very wide temperature range. The …

A low-voltage, micropower, curvature-corrected bandgap reference is presented that is
capable of working down to input voltages of 1.1 V in a relatively inexpensive process …

An exponential curvature compensation technique for bandgap references (BGR's) which
exploits the temperature characteristics of the current gain/spl beta/of a bipolar transistor is …

A new current-mode bandgap reference circuit (BGR) which is capable of generating sub-1-
V output voltage is presented. It has not only the lowest theoretical minimum current …

This paper describes a new circuit integrated on silicon, which generates temperature-
independent bias currents. Such a circuit is firstly employed to obtain a current reference …

A new sub-1-V curvature-compensated CMOS bandgap reference, which utilizes the
temperature-dependent currents generated from the parasitic npn and pnp bipolar junction …

Low drop-out regulators are an essential part of most power supply systems. In particular,
the increasing demand for portable battery operated products has driven power supply …

This article presents a single-trim switched capacitor (SC) CMOS bandgap reference (BGR)
for battery monitoring applications. For a single-temperature trimming, β-compensation and …