MFR-50FTE52-402K

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Resistors have an array of uses in the electronics industry. One of the most common types of resistors is the through hole resistor, which is often characterized by its three digit identifier. MFR-50FTE52-402K is such an example of a through hole resistor. Specifically, it is a 0.2 W, ± 5% tolerance metal-film resistor. This article will discuss its main application fields and working principles.

The MFR-50FTE52-402K is specifically designed for use in the Telecommunications industry. It is especially effective for high frequency, precision applications such as analog circuits. This type of resistor is often used to provide a high degree of linearity and repeatability in signal processing circuits. Additionally, it can be used in pulse or switching circuits due to its low temperature coefficient and high resistance stability. Furthermore, its low power consumption and thermal capacity make it suitable for harsh environments.

The MFR-50FTE52-402K has a temperature coefficient of ± 200 ppm/°C. This means that there is a small change in its resistance with a change in temperature. This helps to ensure that the resistor maintains its accuracy at different temperatures. Additionally, the resistor has a maximum pulse width of 10 ns and a maximum temperature of +255°C. Furthermore, its packaging requirements such as the EIAJ-126-2019 (SOT-23-6) are also within industry standards.

The MFR-50FTE52-402K also uses a metal-film process for its construction. This makes it extremely reliable as metals are much better at tolerating wear than other materials. Also, the metal-film process helps to ensure the resistor has very low manufacturing tolerances (0.1% or better). This helps to ensure the resistor will meet the demanding requirements of high-precision applications.

The MFR-50FTE52-402K is an effective through hole resistor that is designed for use in the Telecommunications industry. It is specifically designed for high-frequency, precision applications, as well as pulse or switching circuits. Its low power consumption and thermal capacity make it suitable for harsh environments. Additionally, its construction using a metal-film process makes it extremely reliable and ensures very low manufacturing tolerances. As such, the resistor is a highly effective component for many electronic applications.

The specific data is subject to PDF, and the above content is for reference