CMS16CME35K00JE

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Specialized Resistors, including CMS16CME35K00JE models, are most commonly used in applications that require a wide range of resistance values within a small form factor. They are designed to provide precision resistive elements for applications ranging from high-end control equipment to industrial signal processing. As with other types of resistors, the CMS16CME35K00JE model operates by producing resistance, which is the result of electrons binding to protons in the resistor material. This resistance restricts the flow of electricity through the resistor and allows current to be regulated with great precision.

Features and Advantages

The CMS16CME35K00JE model is composed of multiple individual resistors connected in parallel. This construction provides a very high degree of stability and repeatability, as the effective resistance can be changed very quickly and accurately. This resistor also features resistance values up to 35kΩ, which provides a large range of adjustable resistance, and the resistor can handle voltage up to 10V. Additionally, this model is extremely durable and long-lasting, and its form factor is small enough to fit in most applications. It is also resistant to shock, vibration, and dips in voltage, meaning it can be used in a variety of applications.

Applications

The CMS16CME35K00JE model is most commonly used in precision control applications such as motorized valves, feedback control systems, and pressure regulators. It is also used in power management systems, precision signal processing systems, and digital measuring devices. Additionally, it can be used in high end audio equipment and other devices that require precise voltage and current regulation.

Working Principle

The CMS16CME35K00JE model works by producing resistance in the resistor material when it is connected to a circuit. As a current passes through the circuit, some electrons in the resistor material become bound to its protons, providing resistance to the flow of current. This resistance allows the current to be regulated and controlled with great precision. The resistance can be precisely adjusted by making small changes to the applied voltage or current.

Conclusion

The CMS16CME35K00JE model is an ideal choice for applications that require a wide range of resistance values within a small form factor. It is durable, long-lasting, and resistant to shock and vibration, making it suitable for a variety of applications. Additionally, its range of adjustable resistance values and its ability to handle voltage up to 10V give it a high degree of flexibility. With its low cost and high performance, the CMS16CME35K00JE model is an excellent choice for precision control applications.

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