MFP25SBRE52-2K49

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Through Hole Resistors are a type of resistor that is used in a variety of electronic applications. MFP25SBRE52-2K49 is one of the most recent developments in this area. It is an ultra-small, low-power, non-inductive resistor that is exceptionally suited for use in high-vibration and low-temperature environment. It offers excellent electrical and mechanical performance. The resistor\'s small size allows for an easy installation in those applications which require superior reliability and vibration resistance.

The MFP25SBRE52-2K49 is designed in such a way to handle power fluctuations and Voltage/Current irregularities without compromise or major changes in characteristics. It is designed to work under severe conditions, such as high humidity, vibration, and temperatures up to 125°C. The thermal resistance of this resistor is nearly zero, which ensures the best operating performance in the listed environment.

MFP25SBRE52-2K49 provides exceptional performance and robustness in a wide variety of applications. It is frequently used in automation, telecommunication, power distribution, audio, robotic, and medical equipment. It is widely used in power amplifiers, current sources, power supplies and other electronic circuits.

The MFP25SBRE52-2K49 has a unique design and offers low power losses during long-term operation. It employs the principle of “on-resistance,” which means that the resistance of the resistor is not affected by the voltage applied to it. This feature ensures that the resistor maintains its resistance against short circuits and current overloads. Additionally, the resistor is extremely durable because it is made of a high-temperature resistant ceramic material.

The MFP25SBRE52-2K49 is an ideal solution for high-temperature, high-vibration and low-power applications. It is a reliable, cost-effective option that provides superior performance in all conditions. It is ideal for applications that require resistance against corrosion, shock and vibration, and high temperatures. It also provides a low profile that is ideal for tight spaces.

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