A low-power comparator is presented. pMOS transistors are used at the input of the
preamplifier of the comparator as well as the latch stage. Both stages are controlled by a …

In recent years, implantable biomedical devices like cardiac pacemaker, defibrillators,
cochlear implants, visual prosthesis etc. have gained immense importance in the personal …

This paper proposes a mid-stage latch circuit to be employed in a high-speed comparator.
The advantages of the proposed circuit are low kickback noise and offset. Moreover, low …

In this paper, an ultra high speed dynamic comparator is presented. The PMOS pass
transistors are used in the latch and pre-amplifier stage of the comparator. At the …

A novel approach is proposed and discussed for designing CMOS double-tail dynamic
comparator using the bulk-driven method. The bulk-driven method proposed thus far for low …

In this paper, a low-power method for double-tail comparators is introduced. Using the
proposed method, the power consumption of the pre-amplifier which is the dominant part is …

In this work, we design and simulate carbon nanotube field effect transistor (CNTFET) based
open-loop and dynamic comparators and compared the performance with complementary …

This paper presents a low voltage double-tail dynamic comparator (DTDC) for fast and
power-efficient data conversion. The amplification stage of the proposed DTDC is designed …

The demand for high-performance analog-to-digital converters is pushing toward the
utilization of small dynamic comparators with low power consumption, low offset voltage …

A novel energy-efficient digital-to-analog converter (DAC) switching technique applicable to
single-ended successive approximation register (SAR) analog-to-digital converter (ADC) is …