MFP25SBRE52-300R

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Through Hole Resistors (also known as axial resistors) are component-level electrical components used to reduce current flow, adjust signal levels and divide voltages in circuits. They are one of the oldest and widely used type of resistor, as their distinct shape makes them applicable in many areas. In this article, we will discuss the application field and working principle of MFP25SBRE52-300R, a type of Through Hole Resistor.

MFP25SBRE52-300R Description

The MFP25SBRE52-300R is a metal film Through Hole Resistor that has been designed to have a low temperature coefficient, good linearity, and low noise. It is composed of two nickel plated bodies and a nickel-plated, non-magnetic core of straight metal film. The whole structure is constructed in such a way that it is suitable for both surface-mount and through-hole applications. The structure, as well as the material, makes the MFP25SBRE52-300R very resistant to high temperature, humidity and other such environmental effects. Moreover, the device is highly reliable, cost-effective and offers excellent performance.

Application Field of MFP25SBRE52-300R

The MFP25SBRE52-300R is a versatile device with several advantages, making it highly suitable for various applications across numerous industries. It can be used for AC/DC voltage/current attenuation, pulse noise reduction, signal source buffering, signal source control, and audio/video signal conditioning. It is also suitable for high-frequency circuit matching, and switching power supply over-current protection. Moreover, the resistance value can be adjusted to fit the exact requirements of the application and its enviroment.

The MFP25SBRE52-300R is ideal for automobiles, aviation, household appliances, control systems, instrumentation, and medical and telecommunications fields. It is also used in toy circuit boards, optical systems, LED display systems, power electronic devices, and small household appliances. Its ability to perform under extreme environmental conditions makes it an important part of many industrial applications.

Working Principle of MFP25SBRE52-300R

The MFP25SBRE52-300R works on an Ohm’s Law. It applies the principle of the voltage-current relationship to reduce the current flow and divide the voltage. The device is composed of straight metal or film. When the electric current flows through the metal, it produces an electric field. This electric field is then proportional to the resistance of the metal, which results in an electric resistance.

This resistance helps in limiting the flow of current as well as dividing the voltage in the circuit. The resistance of a Through Hole Resistor normally doesn’t vary with the changes in temperature. The resistance also remains stable and does not fluctuate when exposed to humidity, pressure or other environmental parameters.

Conclusion

The MFP25SBRE52-300R is a Through Hole Resistor composed of two nickel plated bodies and a nickel-plated, non-magnetic core of straight metal film. It is highly reliable and offers excellent performance. Its ability to perform under extreme environmental conditions makes it suitable for various application across many industries. The MFP25SBRE52-300R works on an Ohm’s Law, applying the principle of the voltage-current relationship to reduce the current flow and divide the voltage.

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