Электроника является полем инженери

Электроника является полем инженерии и прикладной физики.Работа схем зависит от потока электронов для производства, передачи, приема и хранения информации. Сегодня трудно представить нашу жизнь без электроники. Она окружает нас повсюду. Электронные устройства широко используется в научных исследованиях и промышленного проектирования, они контролируют работу заводов и электростанций, расчета траекторий космических кораблей. Автоматизация производственных процессов и исследование живых организмов стало возможным благодаря электронике. Изобретение вакуумных труб в начале 20-го века был, отправной точкой стремительного роста современной электроники. С Развитием труб, стал возможным передавать информацию по радио,создание компьютеров.Транзистор изобретенный американскими учеными WShockly , J.Bardeen и WBrattain в 1948 полностью заменил вакуумную трубку. С изобретением транзистора все необходимые функции цепи могут быть проведены внутри твердых тел. Ранние транзисторы могут реагировать со скоростью несколько миллионов раз в секунду. Вместо того, чтобы, тестировать сборки дискретных элементов на чипе,были сделаны большие группировки эти компоненты вместе с их взаимосвязи всех за один раз. 1С значительно снижается размер устройств, уменьшил расходы и в то же время они обеспечивал высокую скорость и повышенную надежность.

Результаты (английский) 1:

Electronics is a field of engineering and applied physics Work schemes depends on the flow of electrons for the production, transmission, reception and storage of information. Today it is hard to imagine our lives without electronics. It surrounds us everywhere. Electronic devices are widely used in scientific research and industrial design, they control the work of factories and power stations, calculating the trajectories of spacecraft. Automation of production processes and the study of living organisms became possible thanks to electronics. The invention of the vacuum tubes in the early 20th century has been the rapid growth of the starting point of modern electronics. With the development of pipes, became possible to send information via radio, creating computers. Transistor invented by American scientists, WShockly j. Bardeen and WBrattain in 1948 fully replaced the vacuum tube. With the invention of the transistor circuit all necessary functions can be carried out inside the solids. Early transistors can react at a few million times per second. Instead, test assemblies of discrete elements on a chip, were made by large groups of these components along with their relationship all at once. 1 c greatly reduced the size of the devices, reduced costs and at the same time, they provide high speed and reliability.

Результаты (английский) 2:

Electronics is the field of Engineering and Applied fiziki.Rabota schemes depends on the flow of electrons for the generation, transmission, reception and storage of information. Today it is difficult to imagine our life without electronics. It surrounds us everywhere. Electronic devices are widely used in scientific research and industrial design, they control the work of factories and power plants, the calculation of the trajectories of spacecraft. Automation of production processes and the study of living organisms has been made possible thanks to electronics. The invention of vacuum tubes in the early 20th century was the starting point of the rapid growth of modern electronics. With the development of pipes, it has become possible to transmit information over the radio, creating kompyuterov.Tranzistor invented by American scientists WShockly, J.Bardeen WBrattain in 1948 and completely replaced the vacuum tube. With the invention of the transistor circuit all necessary functions can be performed within the solids. Early transistors may react at a rate of several million times per second. Instead, testing, assembly of discrete elements on the chip have been made larger grouping these components together with their interconnections all at once. 1C is significantly reduced device size, reduced costs and at the same time, they provide high speed and high reliability.

Результаты (английский) 3:

electronics is a field of engineering and applied физики.работа schemes depends on the flux of electrons for generation, transmission, reception and storage of information. it's hard to imagine our life without electronics. it surrounds us everywhere. the electronic device is widely used in scientific research and industrial design, they control the work of factories and power plants, the calculation of trajectories of spacecraft. the automation of production processes, and the study of living organisms has become possible by electronics. the invention of vacuum tubes at the beginning of the 20th century was the starting point of the rapid growth of modern electronics. with the development of pipes become possible to transmit information on the radio, a компьютеров.транзистор devised by american scientists WShockly, j. Bardeen and WBrattain in 1948 completely replaced the vacuum tube. with the invention of the transistor all necessary functions of circuits can be held inside solid bodies. early transistors may respond with a speed of several million times a second. instead of testing assembled discrete elements on the chip have been made by large groups of these components and their relationship of all at once. 1c is significantly reduced the size of devices, reduced costs and at the same time, they provide a high speed and high reliability.