Leakage Current and Ground Bounce Noise Aware MTCMOS Techniques
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Leakage Current and Ground Bounce Noise Aware MTCMOS Techniques (2013)
ISBN: 9783659474590 bzw. 3659474592, in Deutsch, LAP Lambert Academic Publishing Nov 2013, Taschenbuch, neu, Nachdruck.
This item is printed on demand - Print on Demand Titel. Neuware - As technology is continuously scaling down leakage current is increasing exponentially. Contribution of leakage current is around 50% to the total operational power of digital circuits. With increasing demand of portable battery operated devices like cell phones, pagers and laptops, low power design has become important design style for future battery powered devices. This exponential increase in leakage power has made Multi-Threshold CMOS (MTCMOS) technique an attractive design choice for low power application. Conventional MTCMOS techniques for minimizing leakage current gives rise to ground bounce noise during mode transition which is also an important challenge and reduces the reliability of the circuit. In this work different multi-threshold CMOS techniques have been presented and compared which uses the concept of forward body biasing, diode connected MOS, ultra low power diode and signal stepping.Proposed designs has shown significant improvement in ground bounce noise and standby leakage current as compared to designs proposed in past. 80 pp. Englisch.
Leakage Current and Ground Bounce Noise Aware Mtcmos Techniques (Paperback) (2013)
ISBN: 9783659474590 bzw. 3659474592, in Deutsch, LAP Lambert Academic Publishing, United States, Taschenbuch, neu, Nachdruck.
Language: English Brand New Book ***** Print on Demand *****.As technology is continuously scaling down leakage current is increasing exponentially. Contribution of leakage current is around 50 to the total operational power of digital circuits. With increasing demand of portable battery operated devices like cell phones, pagers and laptops, low power design has become important design style for future battery powered devices. This exponential increase in leakage power has made Multi-Threshold CMOS (MTCMOS) technique an attractive design choice for low power application. Conventional MTCMOS techniques for minimizing leakage current gives rise to ground bounce noise during mode transition which is also an important challenge and reduces the reliability of the circuit. In this work different multi-threshold CMOS techniques have been presented and compared which uses the concept of forward body biasing, diode connected MOS, ultra low power diode and signal stepping.Proposed designs has shown significant improvement in ground bounce noise and standby leakage current as compared to designs proposed in past.
Leakage Current and Ground Bounce Noise Aware MTCMOS Techniques - Multi-Threshold CMOS Techniques for Combinational Circuit Designs
ISBN: 9783659474590 bzw. 3659474592, vermutlich in Englisch, LAP Lambert Academic Publishing, Taschenbuch, neu.
Leakage Current and Ground Bounce Noise Aware MTCMOS Techniques: As technology is continuously scaling down leakage current is increasing exponentially. Contribution of leakage current is around 50% to the total operational power of digital circuits. With increasing demand of portable battery operated devices like cell phones, pagers and laptops, low power design has become important design style for future battery powered devices. This exponential increase in leakage power has made Multi-Threshold CMOS (MTCMOS) technique an attractive design choice for low power application. Conventional MTCMOS techniques for minimizing leakage current gives rise to ground bounce noise during mode transition which is also an important challenge and reduces the reliability of the circuit. In this work different multi-threshold CMOS techniques have been presented and compared which uses the concept of forward body biasing, diode connected MOS, ultra low power diode and signal stepping.Proposed designs has shown significant improvement in ground bounce noise and standby leakage current as compared to designs proposed in past. Englisch, Taschenbuch.
Leakage Current and Ground Bounce Noise Aware MTCMOS Techniques
ISBN: 9783659474590 bzw. 3659474592, vermutlich in Englisch, neu, Hörbuch.
As technology is continuously scaling down leakage current is increasing exponentially. Contribution of leakage current is around 50% to the total operational power of digital circuits. With increasing demand of portable battery operated devices like cell phones, pagers and laptops, low power design has become important design style for future battery powered devices. This exponential increase in leakage power has made Multi-Threshold CMOS (MTCMOS) technique an attractive design choice for low power application. Conventional MTCMOS techniques for minimizing leakage current gives rise to ground bounce noise during mode transition which is also an important challenge and reduces the reliability of the circuit. In this work different multi-threshold CMOS techniques have been presented and compared which uses the concept of forward body biasing, diode connected MOS, ultra low power diode and signal stepping.Proposed designs has shown significant improvement in ground bounce noise and standby leakage current as compared to designs proposed in past.
Leakage Current and Ground Bounce Noise Aware MTCMOS Techniques
ISBN: 9783659474590 bzw. 3659474592, vermutlich in Englisch, LAP LAMBERT Academic Publishing, Taschenbuch, neu.
Multi-Threshold CMOS Techniques for Combinational Circuit Designs, As technology is continuously scaling down leakage current is increasing exponentially. Contribution of leakage current is around 50% to the total operational power of digital circuits. With increasing demand of portable battery operated devices like cell phones, pagers and laptops, low power design has become important design style for future battery powered devices. This exponential increase in leakage power has made Multi-Threshold CMOS (MTCMOS) technique an attractive design choice for low power application. Conventional MTCMOS techniques for minimizing leakage current gives rise to ground bounce noise during mode transition which is also an important challenge and reduces the reliability of the circuit. In this work different multi-threshold CMOS techniques have been presented and compared which uses the concept of forward body biasing, diode connected MOS, ultra low power diode and signal stepping.Proposed designs has shown significant improvement in ground bounce noise and standby leakage current as compared to designs proposed in past. Taschenbuch.
Leakage Current and Ground Bounce Noise Aware MTCMOS Techniques
ISBN: 9783659474590 bzw. 3659474592, vermutlich in Englisch, LAP LAMBERT Academic Publishing, Taschenbuch, neu.
Multi-Threshold CMOS Techniques for Combinational Circuit Designs As technology is continuously scaling down leakage current is increasing exponentially. Contribution of leakage current is around 50% to the total operational power of digital circuits. With increasing demand of portable battery operated devices like cell phones, pagers and laptops, low power design has become important design style for future battery powered devices. This exponential increase in leakage power has made Multi-Threshold CMOS (MTCMOS) technique an attractive design choice for low power application. Conventional MTCMOS techniques for minimizing leakage current gives rise to ground bounce noise during mode transition which is also an important challenge and reduces the reliability of the circuit. In this work different multi-threshold CMOS techniques have been presented and compared which uses the concept of forward body biasing, diode connected MOS, ultra low power diode and signal stepping.Proposed designs has shown significant improvement in ground bounce noise and standby leakage current as compared to designs proposed in past. Taschenbuch.
Leakage Current and Ground Bounce Noise Aware MTCMOS Techniques
ISBN: 3659474592 bzw. 9783659474590, vermutlich in Englisch, LAP Lambert Academic Publishing, Taschenbuch, neu.