MFR100FRE52-113R

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The MFR100FRE52-113R is a type of through-hole resistor that is designed for very specific purposes. It is typically used in high-frequency applications such as radio and microwave circuits.

The main construction of this resistor starts with a copper-clad glass core. This core is then etched to form a pattern of copper finger-like structures that serve as electrical pathways. The upper surface of the glass substrates is then plated with a special blend of copper, nickel and gold. The outer casing is then placed over the top of the substrate and this is what produces the resistor’s final form.

These resistors are ideal for use within very tight spaces and have a very low profile. They are also very reliable and consistent in providing electrical resistance. The resistor\'s low profile means that it can be applied in surface-mount applications, where it may not be possible to fit a bigger, bulky component. The lead construction of the resistors ensures that they remain reliable and can withstand extreme vibrations.

The working principle behind the MFR100FRE52-113R is the formation of an electrical barrier between the two points in the circuit. This barrier is created due to the impedance placed by the copper fingers/windings of the resistor. As current is passed through this impedance, a voltage drop is produced which is measured in ohms. This allows the resistor to act as a voltage divider and is used in cases where the current in a circuit needs to be regulated. The resistance of the resistor is usually measured in ohms per volt (Ω/V).

Overall, the MFR100FRE52-113R through Hole Resistor is an ideal choice for applications that involve high-frequency circuits and require a low-profile component. The range of resistances offered with this resistor allows it to be suitable for a wide range of applications. The combination of the copper-clad glass hub, outer casings and precision plating ensures the resistor is reliable, consistent and accurate when providing electrical resistance. Its low profile also makes it suitable for use in surface mount applications.

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