A semiconductor is a material whose electrical conductivity at room temperature is intermediate between that of a conductor and an insulator, and whose conductivity is controllable and can range from an insulator to several ohms.semiconductor system Semiconductors have five main properties: doping, thermal sensitivity, photosensitivity, negative resistivity temperature properties and rectification properties.

Doping refers to the fact that the conductivity is controlled by artificially doping specific impurity elements into the semiconductor that forms the crystal structure. For example, in the pure semiconductor properly doped with a certain type of very small amounts of impurities, the conductivity of the semiconductor will increase by millions of times, which is the most significant and prominent characteristics of the semiconductor.

Thermal sensitivity and photosensitivity means that the conductivity of semiconductors changes significantly under conditions of light and thermal radiation.semiconductor test system This characteristic allows semiconductors to have a wide range of applications in fields such as optoelectronic devices.

Negative Resistivity Temperature Characteristics means that the resistivity of a semiconductor decreases as the temperature increases. This characteristic allows semiconductors to have important applications in fields such as power devices.

The rectification property means that semiconductors can convert alternating current to direct current.semiconductor solutions This characteristic makes the semiconductor has a wide range of applications in the field of electronics, such as computers, cell phones and other equipment, the core unit has a very close relationship with the semiconductor.

Overall, the five characteristics of semiconductors make them of great importance in scientific and technological and economic development. Whether from the point of view of commercial applications or scientific research, semiconductors are indispensable materials.

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