Andere Kunden interessierten sich auch für
![Analysis & Implementation of FlipFlop Grouping with Clock Gating]( "Analysis & Implementation of FlipFlop Grouping with Clock Gating")
Analysis & Implementation of FlipFlop Grouping with Clock Gating26,99 €![Design of Multiband Flexible Divider with Low Power Single Phase Clock]( "Design of Multiband Flexible Divider with Low Power Single Phase Clock")
Design of Multiband Flexible Divider with Low Power Single Phase Clock36,99 €![Interfacing Techniques for SoCs with Multiple Clock Domains (MCD)]( "Interfacing Techniques for SoCs with Multiple Clock Domains (MCD)")
Interfacing Techniques for SoCs with Multiple Clock Domains (MCD)51,99 €![Microstrip L-Band Filter for Clock Source at Submeter Wavelength]( "Microstrip L-Band Filter for Clock Source at Submeter Wavelength")
Microstrip L-Band Filter for Clock Source at Submeter Wavelength38,99 €![An Overview of Digital Clock with 8051 Microcontroller]( "An Overview of Digital Clock with 8051 Microcontroller")
An Overview of Digital Clock with 8051 Microcontroller29,99 €![Design of multiband flexible divider with low power single phase clock]( "Design of multiband flexible divider with low power single phase clock")
Design of multiband flexible divider with low power single phase clock36,99 €![Memory Subsystem in Multicore Architectures]( "Memory Subsystem in Multicore Architectures")
Memory Subsystem in Multicore Architectures34,99 €
Flip-flop is an electronic circuit that stores a logical state of one or more data input signals in response to clock pulse. Flip-flop are often used in computational circuits to operate in selected sequences during recurring clock intervals to receive and maintain data for a limited time period sufficient for other circuits within a system to further process data. Flip-Flops are critical timing elements in digital circuits and have a large impact on circuit speed and power consumption. Consequently, extensive research has been performed to develop fast and low-power flip-flops. Recently, pulsed latch structures have emerged as the fastest known flip-flop structures. Flip-flops are a fundamental building block of digital electronics systems used in computers, communications, and many other types of systems. A new flip-flop design using a double-pulsed static latch is designed for 250-nanometer technology. This flip-flop consumes less power and fewer transistors in the clock generator as compared with the DPSCRFF (Double Pulsed Set Conditional Reset), which is one of the fastest known flip-flops in literature.