CMS22CME10K00JE

Specialized Resistors

The CMS22CME10K00JE is a specialized resistor known for its high precision and quality. Developed by CTS-Control, this type of resistor can be used in a variety of applications, from medical and automotive to industrial, aerospace, and military. It is designed to remain stable over a wide temperature range, and provide more accurate readings than standard resistors do.

Application Field and Working Principle

The CMS22CME10K00JE offers a wide range of possible applications, such as medical devices, automotive electronics, industrial processes, and military and aerospace projects. Its high precision allows it to be used in places where accurate readings are essential. The resistor can be used for measuring the current or voltage, and its ability to maintain a consistent performance over a wide range of temperatures makes it suitable for use in extreme environments, such as in space or in high-altitude locations.

This type of resistor works by creating a resistor network, which is a combination of resistors with different resistance values, connected in a certain way. The resistor network divides the applied voltage into several parts, each of which flows through a resistor with a different resistance value. The resistors used in the network are typically determined by the resistance or power dissipation that is required for the application for which the resistor is being used.

The CMS22CME10K00JE is designed to provide accurate performance over a wide temperature range and has a low current noise, low thermal resistance, and a high ESD rate. In addition, its highly precise resistance tolerance allows for more accurate readings and better control of the applied voltage, making it suitable for use in mission-critical applications.

The CMS22CME10K00JE provides a reliable and precise solution for measuring current or voltage in a wide range of applications. With its robust design and high precision, it is ideal for use in medical, automotive, industrial, and other extreme or sensitive environments, requiring a high degree of accuracy.