MFR50SFBE52-2M15

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Through hole resistors are important elements used in many electronic designs. These components can provide resistance to electrical current, limiting the flow of electricity through a device while still allowing it to achieve its desired functions. The MFR50SFBE52-2M15 is a popular choice for applications requiring a low-profile through-hole resistor. This product is a resistor made using thick film technology, and offers a wide range of benefits for design engineers.

The most notable feature of the MFR50SFBE52-2M15 is its low-profile housing. This allows it to fit into a much smaller space than standard through-hole resistors. It also has a wide resistance range of 0.2Ω to 1MΩ, which makes it suitable for many different applications. The resistor also features a 3-terminal configuration and is made from epoxy-filled glass with a tin-plated copper metallization layer.

One of the main applications for the MFR50SFBE52-2M15 is in power distribution systems. These resistors are designed to limit current flow and prevent the buildup of power surges. Since it has a low profile, it can be easily integrated into existing systems. It is also suitable for use in a variety of other applications, such as temperature measurement and signal conditioning.

The working principle behind the MFR50SFBE52-2M15 is based on ohm’s law. This states that the resistance of a material is inversely proportional to the amount of current flowing through it. The resistance of the resistor is determined by the amount of material (the epoxy glass) used to make it, as well as its length and width. As the current increases, the resistance will also increase. This helps ensure that the desired current is correctly distributed through the device.

The MFR50SFBE52-2M15 features a high-quality and reliable construction, making it suitable for a wide range of applications. Its low-profile design makes it perfect for high-density packaging, and its 3-terminal configuration allows it to be easily incorporated into many different systems. Its wide resistance range also makes it suitable for many different uses, from power distribution to temperature measurement. By understanding how this resistor works, design engineers can leverage its capabilities and create electronic devices that are efficient, reliable, and cost effective.

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