MFR-50FRF52-10R2

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Through Hole Resistors, such as MFR-50FRF52-10R2, consists of four main components: a bushing, a helical-shaped wafer, a base, and a glass-epoxy insulating substrate. The standard application for MFR-50FRF52-10R2 is mainly for the control, measurement, and monitoring of electrical, communications, and industrial automation systems, typically operating in high-vibration or high-temperature environments. In addition, the rated power of these resistors can usually reach up to 50 watts, as well as operating temperatures up to +200°C.

MFR-50FRF52-10R2 has a cylindrical shape, with a base made of stainless steel and a non-flammable epoxy sleeve. The helix-shaped wafer, also known as a `chopper,\' contains a metal foil etched with a conducting pattern, and is securely bonded to a copper baseplate. A removable core is also mounted at the center of the wafer to limit the power dissipation. The entire assembly is then encapsulated in an insulating, non-flammable epoxy.

The MFR-50FRF52-10R2 has two objectives. The first is to reduce EMI radiation and reactance that can interfere with circuitry or create digital noise. The second objective is to maintain a constant and steady resistance, which is necessary to keep the device in an operational state. This is usually accomplished by using a low-inductance resistor whose values are non-critical.

In operation, when the current passes through the resistor, the back-ground electromagnetic fields induce noise voltage on the MFR-50FRF52-10R2 which is actively compensated. This provides the resistor with high stability and measurability. The core also limits the amount of current that can flow, thereby protecting the entire system from short circuits.

MFR-50FRF52-10R2 is also designed to increase the survivability of the resistor under harsh and hazardous conditions. It is capable of operating over a wide range of temperature, humidity and vibration, and offers an extended temperature range, electrical insulation, and a highly conductive element.

The advantage of this type of resistor is its ability to withstand higher power levels, harsh environmental conditions, and offer a low-inductance design that is not critical to the circuit. This makes it ideal for use in circuits that require high stability, high reliability, or a low-emission design. Additionally, MFR-50FRF52-10R2 is extremely cost-efficient compared to other types of resistors.

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