Ultra-low voltage digital circuit design: A comparative study

Energy-efficient, fast-settling, modified nested-current-mirror, single-stage-amplifier for high-resolution LCDs in 90-nm CMOS

“…Higher transistor density also helps to reduce the price for the consumer electronic. In addition, pressures from consumers demanding low power, low cost, long-lasting, and portable iOT devices increases the importance of the low-power logic styles in integrated circuit design [16][17][18][19][20][21][22][23][24]. This is why there is an increasing demand for the novel ULV design techniques, and power consumption becomes the most important design challenge for this energy restricted systems.…”

“…Domino logic is known as a high-performance circuit configuration which normally utilizes clocking scheme and is embedded in the static-logic environment [21]. Domino CMOS has become a popular logic family for high-performance and high-speed applications, and it is extensively used to implement high-speed processors [16][17][18][19][20][21][22][23][24], since they provide advantages over static-CMOS logic, including fast operation, and lower number of transistors (lower silicon area) [21][22]. Fast operation of domino logic style is basically because of the lower noise margins of domino circuits as compared to static CMOS gates.…”

High-Speed, Modified, Bulk stimulated, Ultra-Low-Voltage, Domino Inverter

“…Higher transistor density also helps to reduce the price for the consumer electronic. In addition, pressures from consumers demanding low power, low cost, long-lasting, and portable iOT devices increases the importance of the low-power logic styles in integrated circuit design [16][17][18][19][20][21][22][23][24]. This is why there is an increasing demand for the novel ULV design techniques, and power consumption becomes the most important design challenge for this energy restricted systems.…”

“…Domino logic is known as a high-performance circuit configuration which normally utilizes clocking scheme and is embedded in the static-logic environment [21]. Domino CMOS has become a popular logic family for high-performance and high-speed applications, and it is extensively used to implement high-speed processors [16][17][18][19][20][21][22][23][24], since they provide advantages over static-CMOS logic, including fast operation, and lower number of transistors (lower silicon area) [21][22]. Fast operation of domino logic style is basically because of the lower noise margins of domino circuits as compared to static CMOS gates.…”

RECON: Resource-Efficient CORDIC-Based Neuron Architecture

“…A flexible design architecture that scales well with the size of the neural network without compromising on accuracy, provides a nice balance between area and functionality. An area and power-efficient configurable architecture are desirable at all technology nodes [11]. Keeping this in mind, we propose a Resource Efficient Coordinate Rotation Digital Computer (CORDIC)-based neuron architecture (RECON) that provides compelling application opportunities and enables efficient yet configurable computations required in a neural networks.…”