MFP25SBRE52-18K2

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Through Hole Resistors are one of the most ubiquitous electronic components used in circuit designs. Today, the most prevalent type of resistor used in electronics designs is the carbon film resistor. Recently though, performance-demanding design and the need for higher power handling capabilities have caused designers to look to newer ceramic composites as a viable replacement for carbon film resistors.One of the most popular ceramic resistive elements is MFP25SBRE52-18K2, a sheet formed resistor made of a nickel-chrome alloy and resin. This resistor type offers significant performance advantages over the carbon film resistors, given that it can handle high-frequency surges, transient pulses, and power surges. Additionally, it features low temperature coefficient, low capacitance, and low inductance, making it perfect for high current applications.MFP25SBRE52-18K2 provides a reliable solution to many needs in various electronic markets, including military and aerospace designs. It is designed for DC/AC power applications with stable, high-temperature performance. The ceramic resistance element of this type of resistor features a long-term stability of +/- 10 ppm/deg.C, with an operating temperature range of -55 to +200 degrees Celsius.MFP25SBRE52-18K2 is optimized for high temperature and high power applications, as it can handle up to 200A of current, 18kV of peak voltage, and a dissipation of up to 10W. Its excellent current and voltage ratings, along with its low temperature coefficient, make it the ideal choice for many high-power circuit designs.This type of resistor also provides excellent frequency stability, which is very useful in signal conditioning and digital logic circuits. Additionally, its low impedance and low inductance make it a perfect choice for RF and microwave applications.Regarding its working principle, MFP25SBRE52-18K2 is a contact-resistance type resistor. This means that the resistor’s resistance is determined by the contact force between a pair of electrodes. The influence of this contact force is further controlled by a regulating alloy which ensures that the resistor’s performance is highly predictable. This alloy is also the resistor’s main thermal responsivity source, which allows the resistor’s resistance to remain stable at different temperatures.Overall, MFP25SBRE52-18K2 is an excellent choice for high power and temperature range applications. Its excellent current and voltage ratings, along with its low temperature coefficient, make it the perfect choice for many demanding high-speed and power applications. It is reliable, highly stable, and offers excellent frequency stability. All these features make MFP25SBRE52-18K2 an excellent choice for Through Hole Resistors used in many different applications.

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