Flip-flops are the most used sequential elements in synchronous circuits, but designs based
on latches can operate at higher frequencies and occupy less area. Techniques to increase …

Operating in the Near Threshold Voltage (NTV) region improves the energy-efficiency of
CMOS circuits by an order of magnitude. However, the number of hold-time violations …

This paper compares the impact of power supply variation on the performance of register-
based and latch-based digital circuits. A 32-tap, 16-bit FIR filter is fabricated using both flip …

Type D flip-flop cell and its scannable version called Muxed-D are the most used sequential
components in cell-based synchronous designs because it simplifies timing analysis and it …

In order to fulfill different demands between ultralow energy consumption and high
performance, integrated circuits are being designed to operate across a large range of …

Flip-flops and latches are two options to construct pipelines in digital integrated circuits (ICs).
In this paper, the implications for converting a flip-flop based design to a latch-based design …

Asynchronous Stochastic Computing (ASC) leverages Synchronous Stochastic Computing
(SSC) advantages and addresses its drawbacks. In SSC a multiplier is a single AND gate …

Sequential circuits often use flip-flops (FFs) or latches for data storage. Latches have
advantages in error-resilient applications, lower supply voltage operation, reduced power …

In recent years, an explosive growth of small, battery-powered devices for low power
embedded applications, such as Internet-of-Things, wearable sensors, and biomedical …

Modern integrated circuits ranging from ultra-low power internet-of-things devices to high-
performance processors cater to a wide spectrum of applications and notably aid in …