MFR50SFRF52-52K3

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Through hole resistors, as their name implies, are resistors whose leads go through an insulated housing. This housing has typically been a drilled hole, though punched resistors are often used for densely-packed PCB designs. As its name suggests, the MFR50SFRF52-52K3 is a through hole resistor, and is an excellent choice for applications where the right combination of power handling and precision are needed.

The MFR50SFRF52-52K3 through hole resistor is most commonly used in applications where very precise yields of resistance is necessary. This resistor is designed to precision-tolerance operations, as it is exceptionally accurate in its resistance. It is very stable over time, even when exposed to various thermal and electric stresses. The precise yields of resistance and its prolonged stability make it a great choice for a variety of precision applications.

The MFR50SFRF52-52K3 through hole resistor is also useful in applications where the resistance needs to be consistent no matter the temperature changes. Designed with resistance temperature characteristics in mind,it is great for use in digital read out systems, process control equipment, analog feedback transducers, pulse circuitry, as well as other areas where temperature stability is important.

In terms of power handling, the MFR50SFRF52-52K3 through hole resistor can handle medium power levels up to 0.5W. It is ideal for lower wattage applications where precision is paramount, and can be used in instances where a higher wattage resistor would not be practical.

Finally, the MFR50SFRF52-52K3 through hole resistor is a great choice for applications where high voltage is present, but the power consumed is still relatively low. It is designed with a voltage rating of up to 200V, and can easily handle a wide range of power levels.

The MFR50SFRF52-52K3 through hole resistor has a number of applications, and is an ideal choice for any application where precision, temperature stability, and power handling are desired. Its 200V rating makes it great for applications where high voltages are present, and it can usually handle power levels up to 0.5W. It also has very precise yields of resistance, which makes it ideal for use in precision applications where exact desired values of resistance need to be maintained.

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