CMS20CME20K00JE

Specialized Resistors

CMS20CME20K00JE is a type of specialized resistor that is designed for a specific purpose. It is commonly used in medical imaging systems, and industrial process control systems. The main feature of this resistor is its low thermal drift and high operating temperature which makes it ideal for applications that require high reliability and accuracy.

Application Field

The CMS20CME20K00JE resistors are widely used in general power supplies, medical imaging systems, robot control systems, and industrial process control systems. These resistors can also be used for measuring small current, voltage, and temperature signals. They are also used for regulating the power of audio amplifiers, motor controllers, and automotive electronic circuitry.

Working Principle

The CMS20CME20K00JE resistors are constructed using a ceramic body and a resistor element embedded inside. The ceramic body contains a ferroelectric material that is polarized when a voltage is applied across the resistor element. The ferroelectric materials generate a charge that is stored in a capacitor and used to generate an electrical signal when the voltage across the resistor changes. This type of resistor has a high operating temperature and low thermal drift, which makes it more reliable and accurate than other types of resistors.

The resistor element also has an intrinsic temperature coefficient that compensates for any variance in the temperature of the resistor element that may occur due to environmental factors. This ensures that the resistance of the resistors remains consistent, even under extreme conditions. The precision of the resistor is further enhanced by the use of a positive temperature coefficient, which helps prevent the resistor element from drifting under temperature change.

Benefits

CMS20CME20K00JE resistors offer numerous benefits and advantages to users, such as high reliability, accuracy, and operating temperature. The resistors are designed to be resistant to high levels of EMI and vibration, which makes them suitable for use in highly sensitive applications. This type of resistor also requires minimal maintenance and has a long service life, making them ideal for use in long-term operations. This type of resistor is also resistant to corrosion, making it suitable for use in harsh environments.

Conclusion

CMS20CME20K00JE resistors offer a reliable and accurate solution for various types of industrial and medical applications. They have a low thermal drift, high operating temperature, and are resistant to EMI and vibration. This makes them an ideal choice for applications that require high levels of accuracy and reliability. With their low maintenance and long service life, these resistors will provide users with a reliable and long-term solution that can withstand the rigors of harsh environments.