Было четыре поколения компьютеров,

Было четыре поколения компьютеров, Эти устройства были не только большими, они были также ненадежны. Компьютеры второго поколения были меньше, быстрее и надежнее, чем первого поколения. Они могут выполнять множество операций по обработке данных в наносекунд, которые миллиардных долей секунды. компьютеров Четвертое поколение схемы, которые разрабатываются были сильно повторно наведенные в размерах. Это связано с микроминиатюризации, что означает , что схемы значительно меньше, чем раньше; целых крошечные схемы размещены в настоящее время на одном кристалле. Чип представляет собой квадрат или прямоугольный кусок кремния, обычно от одной десятой до одной четвертой дюйма, на котором несколько слоев интегральной схемы выгравированы или отпечаток, после чего схема заключена в пластик или металл.

Результаты (английский) 1:

There were four generations of computers, these devices were not only big, they were also unreliable. Second-generation computers were smaller, faster and more reliable than the first generation. They can perform a variety of operations on data processing in the nanoseconds that billionths of a second. fourth generation computers schemes being developed were strongly induced again. This is due to the mikrominiatûrizacii, which means that the schema is considerably less than before; whole tiny circuits currently deployed on a single chip. Chip is a square or rectangular piece of silicon, usually from one tenth to one quarter inch where multiple layers integrated circuit engraved or imprinted, after which the circuit is enclosed in plastic or metal.

Результаты (английский) 2:

It has been four generations of computers, these devices were not only big, they were also unreliable. second-generation computers were smaller, faster and more reliable than the first generation. They can perform many operations on the data processed in nanoseconds, which billionths of a second. Computer fourth generation schemes that were developed strongly re-induced in size. This is due to miniaturization, which means that the circuit is considerably less than before; as much as the tiny circuits are placed at present on a single chip. The chip is a square or rectangular piece of silicon, typically from one-tenth to one-fourth inch, in which multiple layers of an integrated circuit or engraved mark, and then enclosed in scheme plastic or metal.

Результаты (английский) 3:

there have been four generations of computers, these devices are not only big, they were also unreliable. the second generation of computers were smaller, faster and more reliable than the first generation. they can perform many operations on data processing in nanoseconds, which ppb seconds. the fourth generation of computers being developed were heavily re conducted in size. it has to do with the микроминиатюризации, which means that the scheme is much less than before; for the tiny circuits available now on one crystal. the chip is a square or a rectangular piece of silicon, usually from one tenth to one fourth of an inch, at which some segments of the integral scheme of engraved or print, after which the circuit is enclosed in the plastic or metal.