Design of CMOS Low Power Folding and Interpolating ADC Shruti Oza and Niranjan Devashrayee

Подробная информация о книге «Design of CMOS Low Power Folding and Interpolating ADC Shruti Oza and Niranjan Devashrayee». Сайт не предоставляет возможности читать онлайн или скачать бесплатно книгу «Design of CMOS Low Power Folding and Interpolating ADC Shruti Oza and Niranjan Devashrayee»

Shruti Oza and Niranjan Devashrayee - «Design of CMOS Low Power Folding and Interpolating ADC»

О книге

Folding and Interpolating ADCs have been shown to be an effective means of digitization of high bandwidth signals at intermediate resolution. The book focuses on design of low power Folding and Interpolating ADC using novel cascaded folding amplifier. The architecture improvements and optimization of various sub blocks are discussed in the book. The pre- processing block-folding amplifier is designed to reduce power consumption and settling time. In ADC, comparators consume the major part of the total power. The converter architecture is designed with reduced number of comparators and minimum hardware. For further reduction of latency and number of comparators, folding amplifier is used in the design of coarse and fine converter both. To reduce the power consumption, encoder based on XOR-OR logic is used. The design is implemented using 0.35um technology at 3.3V. Это и многое другое вы найдете в книге Design of CMOS Low Power Folding and Interpolating ADC (Shruti Oza and Niranjan Devashrayee)

Полное название книги Shruti Oza and Niranjan Devashrayee Design of CMOS Low Power Folding and Interpolating ADC
Автор Shruti Oza and Niranjan Devashrayee
Ключевые слова электротехника, энергетика, использование электроэнергии, энергоснабжение
Категории Образование и наука, Технические науки
ISBN 9783848480180
Издательство
Год 2012
Название транслитом design-of-cmos-low-power-folding-and-interpolating-adc-shruti-oza-and-niranjan-devashrayee
Название с ошибочной раскладкой design of cmos low power folding and interpolating adc shruti oza and niranjan devashrayee