Specialized Resistors

Specialized resistors come in numerous forms, from wound resistors to fixed resistors. These resistors can handle more than just the generic tasks. The CMS22CME35K00JE resistor is an excellent example of a specialized resistor. It is located in the category of Thin-film precision resistors and it has many different applications. In this article we will delve into the field of applications and the working principle of the CMS22CME35K00JE resistor.

CMS22CME35K00JE Application Field

The CMS22CME35K00JE resistor is used in a variety of applications. This specialized resistor is mainly used in applications where precise accuracy is necessary. It is ideal for a range of different tasks, including medical, aerospace, and telecommunications applications. It is also used in applications that require a stable resistance. This specialized resistor has a resistance of 35 kilo-ohms and is extremely accurate.

This specialized resistor is also used in semiconductors that require precision. This includes small integrated circuits, such as chips with transistors and other components, as well as transistors themselves.

Aside from its various industrial applications, this resistor is also utilized in the consumer market. It is used in various devices, including for audio/video systems and electrical equipment.

CMS22CME35K00JE Working Principle

In order to understand the working principle of this specialized resistor, we must first understand the concept of resistance. A resistor is an electrical element that resists the flow of electric current. The resistance of a resistor is measured in ohms.

The CMS22CME35K00JE resistor relies on the material it is made from in order to create its resistance. This specialized resistor is made up of a thin film of metal and ceramic. The metal provides the resistance while the ceramic provides the material for the body of the resistor. The thickness of the film determines the amount of resistance created, and the size of the resistor contributes to its accuracy.

The CMS22CME35K00JE resistor operates by allowing the current to move through its thin film and create its resistance. This resistance is then passed on to whatever is connected to the resistor, providing it with the necessary precision and stability.

Conclusion

The CMS22CME35K00JE is an excellent example of a specialized resistor. Its Thin-film precision makes it ideal for applications that require accurate resistance. It is mainly used in industry and consumer applications, and many devices, including semiconductors, rely on its precise resistive properties. The working principle involves passing electrical current through the thin film and creating the resistance necessary for the application.