Andere Kunden interessierten sich auch für
![High Performance Domino Logic Circuits in Low Power VLSI Design]( "High Performance Domino Logic Circuits in Low Power VLSI Design")
High Performance Domino Logic Circuits in Low Power VLSI Design32,99 €![High performance and low power on-die interconnect fabrics]( "High performance and low power on-die interconnect fabrics")
High performance and low power on-die interconnect fabrics38,99 €![Design of Low Power and High Performance Logic Circuits]( "Design of Low Power and High Performance Logic Circuits")
Design of Low Power and High Performance Logic Circuits40,99 €![High Performance Digital Circuit Techniques]( "High Performance Digital Circuit Techniques")
High Performance Digital Circuit Techniques32,99 €![Design of High Precision Analog VLSI Circuits]( "Design of High Precision Analog VLSI Circuits")
Design of High Precision Analog VLSI Circuits32,99 €![Design and statistical analysis of high performance SRAM cell]( "Design and statistical analysis of high performance SRAM cell")
Design and statistical analysis of high performance SRAM cell26,99 €![Analog CMOS VLSI Circuits]( "Analog CMOS VLSI Circuits")
Analog CMOS VLSI Circuits44,99 €
The modern computing problems call for versatile digital circuits that are power efficient and high performance. The skewed logic style used in the logic gates, which came into use a few years ago, can be utilized in pipeline structures to enhance the performance. The Skewed logic is intermediate between the static and the dynamic logic, and has the advantages of both the logic styles. This means that the delay will be lesser than the static logic, but the speed will be higher, and the opposite case for the dynamic logic. In this work, such skewing is done in a pipeline and energy is saved in the circuit. The energy consumed is compared with the dynamic logic, and the static logic, and is found to be better.