Examples on Drift Current and Drift Velocity in Electronics Devices & Circuits by Engineering Funda

Examples on Drift Current and Drift Velocity in Electronics Devices & Circuits by Engineering Funda

Circuits Electronics Semiconductors mobility Current Density electric field
Free
19 minutes
English

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Description

The subject matter delves into the concept of drift current, a fundamental aspect of electronics devices operating on semiconductor materials. Drift current is influenced by two primary factors: the electric field present in the device and the gradient of carrier concentration within it. These concepts are essential for comprehending how electrons move through a semiconductor material under specific conditions. The discussion also touches upon drift velocity, an important parameter related to drift current, which refers to the speed at which carriers (electrons or holes) move through the material. This concept is crucial in understanding how devices perform under various operating conditions. Through solving examples and analyzing equations, learners can gain a deeper understanding of these principles and their practical applications. learn more

Professions

Semiconductor Engineer Microelectronics Engineer Electronic Engineer Electrical Engineer Circuit Designer

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