Transistor

One
Semiconductor techniques which are usually
Used as an amplifier and an electrically controlled switch. Computer,
Transistors are used as the main structural components of cellular phones and all other modern electronics. Due to the fast response ability and the ability to accurately correct, it is widely used in modern digital or analog devices. Certain uses include electronic amplifiers, switches, voltage regulators, signal adaptations and
Oscillator Transistors can be made separately separately. In addition, transistors can be attached to a small number of tiny space inside the integrated circuit.
Isolated transistors

General Discussion
Transistor is an active part of the electronic circuit. It has at least three connections. The two most common transistors are: Bipolar and Field Effect. In the transistor of the Bipolar class, the use of electrons and holes of both types of electrical conductors is used. And the field effect transistor is used only as an electron or a hole in the electrolyte. The first bipolar class was created. Currently, two types of transistors can be applied.
History

The first three patents were adopted in Germany in 1928 about the key principle of field effect Transistor. Physicist did patent
Julius Edgar Lilenfeldt. But he did not publish a paper about this policy, as industries did not seriously consider this patent.
In 1934, German physicist Oscar Heil did another patent for field- effect transistor. Although some such patents were accepted, there were no such definite evidence during this time that such techniques were made. But in a 1990's study, one of the designs of Lilienfeld's designs was exactly the same, and it was possible to gain the desired weight. According to the legal documents obtained from the Bell Laboratory, Shokley and Pearson created the operational version of this strategy for the first time. To do this, they used Lilanfeld's patents, although none of them mentioned this patent as a reference. The Other Transistor, R. Yes. Arons
On 16 December 1947, William Shawkie, John Bardin and Walter Bratain of Bell Laboratories were able to create the world's first practical point-contact transistor. They were primarily doing research to create pure germanium kelas mixed diodes for warfare during wartime. These diodes are used in small wave radar consumer devices
Trying to use as a frequency mixer. At the same time, a group of researchers working at Purdue University were able to create good quality semiconductor germanium kelus. These kelas were used in Bell Labs. [1] Earlier, tube-based technology used could not be used to speed up switches, so it was not possible to use them. That's why researchers from Bell Labs used Solid State Diodes instead. By investing in this knowledge they focus on creating a triode. But this process was not as easy as before. In order to explain the inconsistent variance that they have done in this work, Birdin sums up a new type of fundamental physics. Through this, Birdin and Bratain were able to create an operational strategy.
At the same time, some European scientists were studying the idea of ​​a solid-state amplifier. In August 1948, German physicist Herbert F. Mataré (1912-) and Heinrich Welker (1912-1981) patented the application for the invention of an amplifier based on the intrusion of minor electrical conductors. They named this technique as transistors.

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