MFR200FBF73-160K

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Through Hole Resistors

Through hole resistors are a type of resistor component most commonly used in electronics. These components are comprised of a ceramic core, metal alloy lead wires and a noble metal coating that provides electrical insulation. The MFR200FBF73-160K through hole resistor is built in a common axial leaded format and provides an economical means of providing resistance in a variety of electronic circuit designs.

Application Field

Through hole resistors have a wide variety of applications. They are a very common part in high quality analog audio systems, providing great reliability and performance. In addition, they are popular as current-limiting resistors in motors, voltage-regulator circuits, lamps and LED light fixtures. They are also frequently seen in surge protectors, as they can absorb high voltage surges without sustaining damage. Their reliability and performance make them ideal for a variety of circuit designs.

Working Principle

The operation of through hole resistors is based on a resistor device’s principle of Ohm’s Law, which states that the current flowing through a resistor is directly proportional to the applied voltage across it. The MFR200FBF73-160K through hole resistor is based on a ceramic core that is composed of metal alloy wires. The wires are joined together in a spiral pattern and the material is then fired in a kiln to create a ceramic core. A noble metal coating is then applied to both sides, creating a resistor with a high resistance to electricity.

The through hole resistor is then placed in a package with two or more lead wires, which connect it to the circuit board. When the circuit board is energized, the energy of the applied voltage causes electrons to flow through the resistor. The resistance of the resistor determines the amount of current that can flow, and by controlling the current, the performance of the circuit can be regulated. The noble metal coating also provides important electrical insulation, protecting the resistor from any damage caused by short circuiting.

Through hole resistors are used when high levels of precision and accuracy are needed, such as in quality audio systems. The ceramic core provides reliable performance with low levels of distortion, allowing circuits to produce clean and consistent signals. Additionally, the noble metal coating gives these components superior resistance to the damaging effects of heat, allowing them to be used in areas with high levels of current.

In conclusion, the MFR200FBF73-160K through hole resistor provides an economical solution for providing resistance in a variety of circuit designs. Its ceramic core and noble metal coating gives it the high accuracy and reliability needed for applications such as audio and surge protection. The application of simple Ohm’s Law principles makes these resistors invaluable to circuit designers, providing the ability to regulate and control the flow of current, allowing for the proper operation of the circuit.

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