MFP50SBRE52-2K

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Through Hole Resistors are widely used in various electronic products, especially in the application of MFP50SBRE52-2K. MFP50SBRE52-2K is an axial leaded high temperature MELF resistor which is typically used in applications requiring extraordinary high temperature stability. This type of resistor is designed with a metal film construction, and comprises of an insulated coating to prevent operator from electric shock, and a mounting flange to facilitate installation and connection.

The MFP50SBRE52-2K consists of a resistance element made of metal film that is wrapped around an insulating filler, together with two external lead wires connected to both sides of the resistance element. This leads to the formation of a bridge circuit, connecting two lead wires, and thus resulting in resistance. The resistance value of the MFP50SBRE52-2K is usually somewhat constant over a wide range of temperatures, making it suitable for applications requiring excellent temperature stability.

The MFP50SBRE52-2K provides an excellent combination of power rating and current-handling capability. It has a resistance range of 0.1 Ohm to 2K Ohms, with maximum power dissipation of 0.5 W. The high thermal stability and low temperature coefficient of the MFP50SBRE52-2K makes it an ideal choice for applications requiring low power and high stability.

The tolerances of the MFP50SBRE52-2K are extremely precise, with less than ± 1%. This makes it suitable for applications where exact resistances values are important, such as in temperature control, power conversion, voltage-reference circuitry, and energy-management systems.

The MFP50SBRE52-2K has a wide range of applications, including industrial circuitry and automotive electronics. Its temperature stability, low temperature coefficient, and tight tolerance allows it to work reliably and accurately in environments with large temperature fluctuations. It is also suitable for use in audio and video applications, power supply regulation, and switching circuits.

The working principle of the MFP50SBRE52-2K is based on Ohm’s law, which states that the current between two points in a circuit is proportional to the voltage that is applied between the same two points. In the MFP50SBRE52-2K, a resistance element is inserted into the circuit with two lead wires connected to its two ends. This resistance element will oppose the current that is trying to move through it, thus creating a voltage drop. The amount of voltage drop is determined by the resistance of the element, which is determined by the thickness and type of material used to make it.

In conclusion, the MFP50SBRE52-2K resistor is an axial leaded high temperature MELF resistor that is designed for applications requiring extraordinary high temperature stability. It has a wide range of applications including industrial circuitry, automotive electronics, audio and video applications, power supply regulation, and switching circuits. The resistance value is typically constant over a wide range of temperatures, making it suitable for use in temperature control, power conversion, voltage-reference circuitry, and energy-management systems. It operates according to Ohm’s law, which states that the current between two points is proportional to the voltage that is applied between the same two points.

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