MF0207FRD52-649R

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Through Hole Resistors are a type of resistor designed to mount ontoprinted circuit boards in order to provide a component that can limit theflow of electrons through a circuit. The MF0207FRD52-649R is one example of athrough self-supporting resistor, or what is more commonly referred to as adiscrete resistor. This resistor is typically used for communication andcontrol applications in the industrial and automotive industries, as wellas in consumer electronics and medical equipment.

In general, the MF0207FRD52-649R is designed to be used as a precisionresistor, offering accuracy and stability for a wide range offrequency applications. The resistor features a low DC resistance toleranceof ±3% and a maximum operating temperature of +125°C. It ismanufactured using a bulk large area resistive material that is lasertrimmed and encapsulated in a flame retardant epoxy resin. This makes itable to withstand tough operating environments, making it suitable for usein most environments.

When it comes to operating principle, there are two methods of controldistribution and current sense. The Control Distribution method is where acontrol signal is distributed to the device governing the current flow.This method is used in electronics, especially in loudspeakers andautomotive components. The designer can also control the resistance ofthe MF0207FRD52-649R by using the Current Sense method. In this method,the resistance is adjusted by applying a current sense voltage, which iscompatible with the device. This is used in applications such as LEDlighting, voltage regulation, and variable speed applications.

In summary, the MF0207FRD52-649R is a precision through self-supportingresistor designed to withstand tough operating environments. It ismanufactured using bulk large area resistive material that is lasertrimmed and encapsulated in a flame retardant epoxy resin. This makes itideal for use in communication and control applications. Additionally,the resistor is capable of operating accurately and consistently at highfrequencies and can be controlled using either the control distributionor current sense method.

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