MFR100FTF52-160K

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Through Hole Resistors are power resistors embedded in cylindrical shaped cylinders with long metal terminals. They are suited for applications that require mounting through the board on one end or both ends of the resistor. MFR100FTF52-160K is a three Watt surface-mount, metal-film resistor with a resistance value of 160K ohms and a tolerance of ±5%.

Application of MFR100FTF52-160K:

The MFR100FTF52-160K can be applied in various different circuits. It can be used to form voltage divider circuits, measure and control current, stabilize power supplies, and more. It’s especially useful in low-current and high-temperature applications due to its tight tolerances. It can also function as part of a circuit breaker since it can withstand high-energy pulses and short circuit currents. It can even be applied to provide a resistive load when needed.

Working Principle of MFR100FTF52-160K:

The MFR100FTF52-160K works based on Ohm’s Law. When there is an electric current flowing through the resistor, its resistance will create a voltage drop across it. This voltage drop is determined by the resistance value of the resistor. The current will be limited by this voltage drop and the amount of power dissipated in the form of heat is the product of the voltage drop and the current. This heat is necessary for the resistor to function properly.

The MFR100FTF52-160K features a thermal design that allows it to handle higher power levels than standard Through Hole Resistors. It is constructed using highly conducting component materials, which create a low-resistance path for the current flow thus allowing it to dissipate heat without reaching dangerous levels. The heat dissipation system is designed so that it offers the best heat dissipation efficacy.

The MFR100FTF52-160K is a versatile Through Hole Resistor for various applications. It features a tight tolerance and can withstand high-energy pulses and short circuit currents. It can be used to form voltage dividers, measure and control current, stabilize power supplies, and more. It is highly suited for low-current and high temperature applications because of its tight tolerance.

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