Design of High Precision Analog VLSI Circuits - Baishnab, Krishna Lal;Chakarvarthy Godogu, Kalayan
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Analog designers have the additional burden of taking care of Power Supply Rejection (PSR) of a circuit which issue usually become more worse in battery-powered equipment. Increasing demands of such products obviously encourage researchers and development efforts in designing low voltage circuits with low power consumption. Analog signal processing (ASP) has gone through a dramatic change in the last decade and is an essential element in real time signal processing applications because all physical phenomena are analog in nature. Analog VLSI has tremendous potential for addressing the real…mehr

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Produktbeschreibung
Analog designers have the additional burden of taking care of Power Supply Rejection (PSR) of a circuit which issue usually become more worse in battery-powered equipment. Increasing demands of such products obviously encourage researchers and development efforts in designing low voltage circuits with low power consumption. Analog signal processing (ASP) has gone through a dramatic change in the last decade and is an essential element in real time signal processing applications because all physical phenomena are analog in nature. Analog VLSI has tremendous potential for addressing the real world problems, however they suffer from stay capacitance which causes latency. Current as input and output parameter significantly improves circuit performance and brings more closure to the real world.
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Autorenporträt
Dr K L.Baishnab, did his B.Tech from Regional Engineering College Silchar, India in the year 1995. M.Tech from Indian Institute of Technology Kharagpur, India, in the year 2004. PhD from National Institute of Technology Silchar in India. He has been in working as faculty since 1998 March at National Institute of Technology Silchar in India.