Conventional voltage mode Bandgap Reference (BGR) output is limited to 1.2 V and hence
is unsuitable for sub-1V operation in modern CMOS processes. The widely-used current …

A critical review of the Miller compensation technique for a two-stage operational amplifier
(op-amp) is presented in this paper. The trade-offs involved in the compensation capacitor …

Conventional Sub-1V bandgap reference circuit does not provide PTAT current and it has
several stable operating points. All of the existing problems are explained intuitively in this …

Two new simple and effective voltage mode frequency selective structures that pass all
signals are proposed and explored in this paper. The proposed structures use a single …

This paper presents a high-sensitivity high-speed dynamic voltage comparator, which is a
key component for low power CMOS mixed signal applications. The proposed dynamic …

Operational amplifiers used in voltage follower, switched-capacitor, digital to analog
converter is the basic blocks of analog systems. An operational amplifier design depends on …

In this work, we propose a highly efficient two-stage CMOS amplifier that is based on an
improved recycling folded cascode design. The circuit was simulated using TSMC 0.18 μm …

This paper presents a curvature compensated voltage reference (VR), which is based on
lateral PNP bipolar junction transistor (BJT). The proposed VR is fabricated in 0.18 μ m …

A high gain and stability, four-stage OTA with a linear transistor Q-factor modulation
compensation (TQM) and a fast, power-constrained slew-rate enhancement (PC-SRE) is …

In this paper, a fully-differential low-power low-noise neural recording amplifier with a novel
recycling telescopic-cascode (RTC) operational transconductance amplifier (OTA) is …