Requirements of Low Power VLSI Design and Analysis of Flip-flops - Sources of Power Consumption
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Bester Preis: € 34,61 (vom 03.02.2018)1
Requirements of Low Power VLSI Design and Analysis of Flip-flops
DE NWISBN: 9783330041080 bzw. 3330041080, in Deutsch, neu.
Lieferung aus: Deutschland, Lieferzeit: 11 Tage.
In recent years, power consumption has become a critical design concern due to the growing demand of portable applications and the increasing costs incurred and difficulties encountered in cooling and heat removal processes. Flip-flops are heavily studied circuits, as they have a large impact on both cycle time and power consumption in modern synchronous systems. In many digital VLSI designs, the clock system that includes clock distribution network and flip-flops is one of the highest power consuming component. Therefore, flip-flops should be designed to consume minimum power, while not compromising on area, delay and reliability. This book begins with the basic background information about power consumption and significance of low power design. Different types of power consumption are also discussed. Different state-of-the-art master slave Single edge triggered flip-flops (SETFFs) are reviewed and implemented on TSPICE using BSIM models. The nominal simulation conditions, along with analysis and optimization performed during simulation, are discussed. In this book, simulation results of flip-flops are compared.
In recent years, power consumption has become a critical design concern due to the growing demand of portable applications and the increasing costs incurred and difficulties encountered in cooling and heat removal processes. Flip-flops are heavily studied circuits, as they have a large impact on both cycle time and power consumption in modern synchronous systems. In many digital VLSI designs, the clock system that includes clock distribution network and flip-flops is one of the highest power consuming component. Therefore, flip-flops should be designed to consume minimum power, while not compromising on area, delay and reliability. This book begins with the basic background information about power consumption and significance of low power design. Different types of power consumption are also discussed. Different state-of-the-art master slave Single edge triggered flip-flops (SETFFs) are reviewed and implemented on TSPICE using BSIM models. The nominal simulation conditions, along with analysis and optimization performed during simulation, are discussed. In this book, simulation results of flip-flops are compared.
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Requirements of Low Power VLSI Design and Analysis of Flip-flops - Sources of Power Consumption
DE PB NWISBN: 9783330041080 bzw. 3330041080, in Deutsch, LAP Lambert Academic Publishing, Taschenbuch, neu.
Lieferung aus: Deutschland, Versandkostenfrei.
Requirements of Low Power VLSI Design and Analysis of Flip-flops: In recent years, power consumption has become a critical design concern due to the growing demand of portable applications and the increasing costs incurred and difficulties encountered in cooling and heat removal processes. Flip-flops are heavily studied circuits, as they have a large impact on both cycle time and power consumption in modern synchronous systems. In many digital VLSI designs, the clock system that includes clock distribution network and flip-flops is one of the highest power consuming component. Therefore, flip-flops should be designed to consume minimum power, while not compromising on area, delay and reliability. This book begins with the basic background information about power consumption and significance of low power design. Different types of power consumption are also discussed. Different state-of-the-art master slave Single edge triggered flip-flops (SETFFs) are reviewed and implemented on TSPICE using BSIM models. The nominal simulation conditions, along with analysis and optimization performed during simulation, are discussed. In this book, simulation results of flip-flops are compared. Englisch, Taschenbuch.
Requirements of Low Power VLSI Design and Analysis of Flip-flops: In recent years, power consumption has become a critical design concern due to the growing demand of portable applications and the increasing costs incurred and difficulties encountered in cooling and heat removal processes. Flip-flops are heavily studied circuits, as they have a large impact on both cycle time and power consumption in modern synchronous systems. In many digital VLSI designs, the clock system that includes clock distribution network and flip-flops is one of the highest power consuming component. Therefore, flip-flops should be designed to consume minimum power, while not compromising on area, delay and reliability. This book begins with the basic background information about power consumption and significance of low power design. Different types of power consumption are also discussed. Different state-of-the-art master slave Single edge triggered flip-flops (SETFFs) are reviewed and implemented on TSPICE using BSIM models. The nominal simulation conditions, along with analysis and optimization performed during simulation, are discussed. In this book, simulation results of flip-flops are compared. Englisch, Taschenbuch.
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Requirements of Low Power VLSI Design and Analysis of Flip-flops als von Imran Khan
DE NWISBN: 9783330041080 bzw. 3330041080, in Deutsch, LAP Lambert Academic Publishing, neu.
Lieferung aus: Vereinigtes Königreich Großbritannien und Nordirland, Versandkostenfrei.
Requirements of Low Power VLSI Design and Analysis of Flip-flops ab 35.9 EURO Sources of Power Consumption.
Requirements of Low Power VLSI Design and Analysis of Flip-flops ab 35.9 EURO Sources of Power Consumption.
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Requirements of Low Power VLSI Design and Analysis of Flip-flops: Sources of Power Consumption (2017)
~EN PB NWISBN: 9783330041080 bzw. 3330041080, vermutlich in Englisch, LAP LAMBERT Academic Publishing, Taschenbuch, neu.
Lieferung aus: Vereinigtes Königreich Großbritannien und Nordirland, Versandkosten nach: DEU.
Von Händler/Antiquariat, Revaluation Books.
LAP LAMBERT Academic Publishing, 2017. Paperback. New. 76 pages. 8.66x5.91x0.18 inches.
Von Händler/Antiquariat, Revaluation Books.
LAP LAMBERT Academic Publishing, 2017. Paperback. New. 76 pages. 8.66x5.91x0.18 inches.
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