MFP50SBRE52-2K74

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Through Hole Resistors are often used for high power handling applications and are characterized by their ability to dissipate heat. The MFP50SBRE52-2K74 is a Through Hole Resistor of this type. This type is often used for applications where more thermal stress is present.

The MFP50SBRE52-2K74 is a 5% power rating. This rating indicates the amount of power that the device can reliably manage without reaching its maximum operating temperature. The power rating is also closely related to the ambient temperature of the environment in which the device is operating, as higher power ratings require a cooler environment.

The MFP50SBRE52-2K74 has an operating temperature range of 0°C to +70°C. This range is ideal for applications which require a greater level of accuracy and precision. Additionally, this device can handle up to 500V direct current in a variety of applications, including DC-DC converters and switching power supplies.

The MFP50SBRE52-2K74 features a ceramic body which dissipates heat more effectively than other types of resistors. This type is able to withstand high temperatures, making it ideal for applications that require a higher level of precision and accuracy. Additionally, this type of resistor features a high power rating in order to support high-voltage applications.

The working principle of the MFP50SBRE52-2K74 is relatively simple. It works by passing electrical current through two different pathways to create a voltage drop. This type of resistor is often used in applications which require a high degree of precision in regards to voltage, current, and power management. Additionally, this type of resistor can also function as an inductive resistor in order to reduce inductance noise from other components.

Given its wide range of applications, the MFP50SBRE52-2K74 is an ideal choice for applications requiring a high degree of accuracy and precision. It works reliably in a variety of settings, from high-voltage applications to DC-DC converters. In addition, it can handle up to 500V of direct current, making it an ideal choice for high power handling applications where thermal stress is present.

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