In this paper, A CMOS comparator with low power dissipation is presented. The preamplifier latch comparator\ud is compared with conventional double tail comparator. The comparators designed and simulated in 90nm\ud Cadence virtuoso environment technology. The particular preamplifier latch comparator will be mix of a good\ud amplifier and a latch comparator can easily effect higher velocity and also low electric power dissipation. The\ud proposed circuit topology improves kickback noise and reduces power dissipation compared with a conventional\ud double tail comparator.Analysis are testified and compared with conventional comparator and enhancements\ud are detected in this paper
A latch-type comparator with a dynamic bias pre-amplifier is implemented in a 65-nm CMOS process. Th...
A dynamic bias pre-amplifier based latch type comparator is designed in a 65nm CMOS process. Its per...
High performance analog to digital converters (ADC), memory sense amplifiers, and Radio Frequency id...
ABSTRACT: A new double tail parallel latch load comparator are compared in term of voltage,power,del...
Comparators are basic building elements for designing modern analog and mixed signal systems. In thi...
A high-speed low-power latched CMOS comparator circuit is presented. Demonstrated is a circuit optim...
This work contains basic knowledge about comparators and its design in the CMOS technology. The firs...
In many digital circuits the parameters gain and offset voltage are calculated. In our design of CMO...
A new latched comparator architecture was proposed. Because of its very low kickback noise feature, ...
ABSTRACT: In this paper a new design for CMOS comparator is presented. This circuit is simulated usi...
A new latched comparator architecture was proposed. Because of its very low kickback noise feature, ...
To reduce power consumption of regenerative comparator three different techniques are incorporated i...
This diploma thesis deals with design methods and optimization techniques of dynamic latched compara...
A Novel High Speed CMOS Comparator with low power dissipation, low offset, low noise and high speed ...
This paper presents a novel dynamic latched comparator that consumes lower power and higher speed th...
A latch-type comparator with a dynamic bias pre-amplifier is implemented in a 65-nm CMOS process. Th...
A dynamic bias pre-amplifier based latch type comparator is designed in a 65nm CMOS process. Its per...
High performance analog to digital converters (ADC), memory sense amplifiers, and Radio Frequency id...
ABSTRACT: A new double tail parallel latch load comparator are compared in term of voltage,power,del...
Comparators are basic building elements for designing modern analog and mixed signal systems. In thi...
A high-speed low-power latched CMOS comparator circuit is presented. Demonstrated is a circuit optim...
This work contains basic knowledge about comparators and its design in the CMOS technology. The firs...
In many digital circuits the parameters gain and offset voltage are calculated. In our design of CMO...
A new latched comparator architecture was proposed. Because of its very low kickback noise feature, ...
ABSTRACT: In this paper a new design for CMOS comparator is presented. This circuit is simulated usi...
A new latched comparator architecture was proposed. Because of its very low kickback noise feature, ...
To reduce power consumption of regenerative comparator three different techniques are incorporated i...
This diploma thesis deals with design methods and optimization techniques of dynamic latched compara...
A Novel High Speed CMOS Comparator with low power dissipation, low offset, low noise and high speed ...
This paper presents a novel dynamic latched comparator that consumes lower power and higher speed th...
A latch-type comparator with a dynamic bias pre-amplifier is implemented in a 65-nm CMOS process. Th...
A dynamic bias pre-amplifier based latch type comparator is designed in a 65nm CMOS process. Its per...
High performance analog to digital converters (ADC), memory sense amplifiers, and Radio Frequency id...