MFR-50FRE52-95R3

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A through-hole resistor, such as the MFR-50FRE52-95R3, is a relatively simple component commonly used in electronic circuits. This type of resistor is a passive two-terminal electrical component that limits or regulates current in an electrical circuit and often has a temperature coefficient, though its resistance may be fixed. A through-hole resistor is also referred to as a through-component resistor because it typically has two leads that go straight through the body of the device.

The primary purpose of a through-hole resistor is to limit the flow of electricity. It achieves this by providing a resistance to the flow of electricity, thereby restricting the amount of current that can pass through. This is also referred to as attenuation, which can be used to protect components from damage due to excessive current. Additionally, the resistance value of a through-hole resistor can be used to balance the voltage and current levels in the system.

The MFR-50FRE52-95R3 is a through-hole resistor with a unique design that is well-suited for applications that require high resistance and accurate performance. The MFR-50FRE52-95R3 has a nickel-plated body with two through-holes that allow for easy soldering to the circuit board. It also has a low thermal coefficient and provides outstanding heat dissipation for heat-sensitive applications. Furthermore, the resistor features a non-inductive construction that minimizes interference.

In terms of levels of resistance, the MFR-50FRE52-95R3 provides resistance values from 95Ω to 50KΩ. This wide range of options makes it perfect for a variety of applications. Its low resistance in the lower range makes it suitable for low voltage operations such as audio circuits as well as power supplies and DC-DC converters for high voltage operations. The high resistance in the upper range, meanwhile, allows it to be used for high-frequency switching circuits and RF amplifiers.

When it comes to operation, the MFR-50FRE52-95R3 operates like other through-hole resistors. It utilizes a standard Ohm’s law equation to calculate the electrical current, capacitance, and voltage that an electrical component will experience. This law states that the current through a resistor is inversely proportional to the resistance value. Thus, the greater the resistance value of the device, the less current will pass through it.

In summary, the MFR-50FRE52-95R3 is a through-hole resistor that is well-suited for a range of applications. Its unique design provides excellent heat dissipation and helps to minimize interference. It features a nickel-plated body with two through-holes that allow for easy soldering. With resistance values ranging from 95Ω to 50KΩ, the MFR-50FRE52-95R3 is perfect for low voltage and high voltage operations. Lastly, it operates like any other through-hole resistor, utilizing the standard Ohm’s law equation.

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