Поиск по каталогу |
(строгое соответствие)
|
- Профессиональная
- Научно-популярная
- Художественная
- Публицистика
- Детская
- Искусство
- Хобби, семья, дом
- Спорт
- Путеводители
- Блокноты, тетради, открытки
Characterization of Single Photon Avalanche Diode in CMOS Technology. Design and characterization of a high performance Single Photon Avalanche Diode in standard CMOS technology
В наличии
Местонахождение: Алматы | Состояние экземпляра: новый |
Бумажная
версия
версия
Автор: Yevgeny Khasin
ISBN: 9783659507533
Год издания: 2014
Формат книги: 60×90/16 (145×215 мм)
Количество страниц: 136
Издательство: LAP LAMBERT Academic Publishing
Цена: 36556 тг
Положить в корзину
Способы доставки в город Алматы * комплектация (срок до отгрузки) не более 2 рабочих дней |
Самовывоз из города Алматы (пункты самовывоза партнёра CDEK) |
Курьерская доставка CDEK из города Москва |
Доставка Почтой России из города Москва |
Аннотация: This research focuses on the design and characterization of a high performance single element of SPAD in state of the art standard deep sub-micrometer CMOS technology. This standard CMOS technology is the key factor of lowering the cost of the CMOS SPAD Imagers. Special effort was put on achieving the correct design for minimizing the detector’s noise, which in SPADs termed as the Dark Count Rate (DCR), and maximizing its quantum efficiency, termed Photon detection efficiency (PDE). The tested designs were fabricated in standard 180nm CMOS technology. The electro-optical measurements and characterizations were accompanied with appropriate simulations that were made with computer software, as well as with theoretical analysis. In most cases, the simulations on the designs were made prior the fabrication, allowing focusing on designs of interest, which proved to achieve the best results, and further understanding of SPADs operation.
Ключевые слова: CMOS, Photomultiplier, sensors, APD, SPAD, Single photon avalanche diode, avalanche photo diode, Geiger mode, photon counting, low light sensors, low light imaging, Silicon.