MFP50SBBE52-125R

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Through Hole Resistors are a common form of resistors that has been around for a few decades. The MFP50SBBE52-125R is a variation of the classic Through Hole Resistor which shares many characteristics with the original type. The MFP50SBBE52-125R is a precision, Through Hole Resistor, with properties that make it ideal for a number of applications.

The MFP50SBBE52-125R is capable of operating with a wide range of temperatures from -55 to 155 degrees Celsius and features a high degree of precision, with a resistance tolerance of ± 2%. It boasts a power rating of 50 Watts and an operating voltage rating of 1,000V. A maximum temperature rise of 55 degrees Celsius is achievable, even during high power operation.

The MFP50SBBE52-125R Through Hole Resistor is primarily used in applications where high voltage, high power and high accuracy requirements are needed. It is often chosen for industrial equipment such as welding robots, conveyor systems, electronic scales, elevator control units, and process control systems. It can also be used in inverter circuits, motor drivers, digital displays, electronic voltage regulators, and power distribution line systems.

The working principle of the MFP50SBBE52-125R is the same as other Through Hole Resistors. It consists of a conductive metal or alloy resistor element encased in a heat-resistant insulating sleeve, such as brass, aluminum or stainless steel. The resistor element is connected between a pair of metal crimp terminals which make contact with the component interface. The terminal connection is secured by soldering. Once the correct voltages and currents are applied to the resistor, the current passes through the element, divided between the resistance and the insulation, producing an electric voltage drop across the resistor. This voltage drop is proportional to the applied current.

The MFP50SBBE52-125R is ideal for many industrial applications, where accurate and reliable operation is required. It can operate at high voltages and high power operation within its specified range, and offers a high degree of precision, making it an excellent choice for a variety of applications. Its high temperature capability ensures it is suitable for use in extreme temperature environments.

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