MFP200CBD73-25K

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Through hole resistors, in the form of MFP200CBD73-25K, are available for countless applications and technical requirements, such as defense, medical, industrial, and consumer electronics. It is a reliable device that delivers superior performance when used for a variety of design projects.

The MFP200CBD73-25K is an axial lead through hole resistor. The resistor body is made up of metal oxide film and has a power rating of 200mW. The resistor is coated with a protective epoxy to protect it from possible environmental hazards. The resistor has a tolerance of 5%, and a temperature coefficient of 75ppm.

This device is commonly used in applications such as over-voltage and current protection, test equipment and amplifiers, and more. It provides a stable and accurate resistance value, which helps ensure the long-term performance and reliability of the device. It is also highly resistant to moisture and high temperature, making it suitable for a variety of applications.

The MFP200CBD73-25K works on the principle of heat conduction. The resistor element is constructed using a metal-oxide film on the end caps, which allow heat generated inside the resistor to be efficiently dissipated outside. The resistor is also designed with a compensation winding in order to adjust to existing temperature coefficients.

This device is also available with a variety of other features, such as high-temperature and low-temperature operation, electrolytic corrosion protection, and customizable configurations. These features make it suitable for a range of applications, such as board-level control systems, automotive electronics, an more.

The MFP200CBD73-25K is a robust and reliable device with superior performance. It is frequently used in a wide range of applications and projects due to its high-temperature and low-temperature performance, stable and accurate resistance value, and customizable configurations. This device is also highly resistant to moisture and high temperature, making it suitable for a variety of environments.

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