A 0.016-mm 2 144-μ W three-stage amplifier capable of driving 1-to-15-nF capacitive load
(CL) is described. It is optimized via combining current-buffer Miller compensation and …

Transimpedance amplifier (TIA) is an essential component of optical receivers, and this type
of amplifier converts the photocurrent to a voltage signal. The overall performance of the …

In this paper by using Gm-C compensation technique, an ultra-low-power two-stage
operational transconductance amplifier (OTA) with full rail-to-rail input/output swing is …

Feedback amplifiers consisting of multiple gain stages are used to establish highly accurate
buffered/amplified signals that can drive a wide range of capacitive load (CL). This article …

This work introduces a multi-stage CMOS OTA design technique that allows cascading
identical gain stages (for arbitrarily scalable high DC gain) while driving an ultra-wide range …

A high current efficiency two-stage amplifier with inner feedforward path compensation
(IFPC) technique is proposed in this paper. To improve the current utilization of the whole …

This paper presents Hybrid Cascode Compensation with Hybrid Q–Factor Control
(HCCHQ), for three-stage feedback operational transconductance amplifiers (OTA) capable …

In this paper a three-stage dynamic-biased CMOS amplifier is designed with a robust
optimization of its settling-time performance. The methodology studies the stability of a third …

This brief reports an embedded capacitor multiplier (CM) frequency compensation technique
to realize an extremely compact micropower two-stage amplifier for wide capacitive load …

A step-by-step methodology to design transistor based active resistor considering the
variance of the desired resistance is proposed in this work. Two cases with static and …