MF0207FTE52-237R

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Through Hole Resistors are some of the oldest, and most used, non-active electronic components available. By far, the most common type of resistor is the fixed resistor, better known simply as a resistor. The more specific type of Through Hole Resistor we will be looking at in this article is the MF0207FTE52-237R resistor.

This resistor obtains its basic characteristics from its design, wherein a metal film is deposited and patterned over a ceramic substrate. The design ensures high reliability, stability, and environmental performance. Specifically, the MF0207FTE52-237R is a 52Ω through-hole axial resistor with a power rating of 0.125W - meaning it can handle a maximum of 125mW of power.

The resistor can be used widely for applications ranging from power electronics, automotive, and consumer electronics, to telecommunication, energy management, display, and more. The MF0207FTE52-237R excels in especially harsh conditions, such as in the automotive and aerospace fields, due to its stable performance. To provide a bit more detail, the MF0207FTE52-237R has a voltage rating of 200 Volts, a maximum operating temperature of 125C, has ±0.5 ppm/C temperature coefficient, and a guaranteed 0.3% tolerance.

The Working Principle behind the MF0207FTE52-237R is fairly straightforward. The basic objective of a resistor is to reduce the current flow at a given voltage, and this Through Hole Resistor is no different. When electricity passes through a resistor, part of it is converted into heat, and the amount of heat produced is directly proportional to the power flowing through the resistor. Therefore, the MF0207FTE52-237R resistor, like all other resistors, produces less heat as the current flow is reduced.

Overall, the MF0207FTE52-237R Through Hole Resistor is a reliable, efficient, and cost-effective resistor choice, suitable for a range of applications. As a relatively simple component, its working principle is easy to understand, and its tight tolerances, voltage and temperature ratings make it an ideal fit for demanding conditions.

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