FMF200FRF73-82K

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Through hole resistors are widely used in electronic applications to suppress interference, reduce noise, and help shape signal levels. The FMF200FRF73-82K application field and working principle is one example of through-hole resistors used in modern circuit designs.

The FMF200FRF73-82K is a through-hole resistor with an axial lead. This type of resistor has two leads or terminals that extend from the side of the body and enter the body from opposite sides. Inside the body of the resistor is a hollow conductive core connected to the terminals. The resistor can be strapped on to a circuit board using the two leads. The FMF200FRF73-82K has a resistance of 82K ohms, is constructed with an insulated metal film element, and is molded in a black flame retardant plastic body.

The main application for the FMF200FRF73-82K is in AC applications. This type of resistor can be used to reduce alternating current signals and control their amplitudes. Mainly used in power supply and audio amplifier circuits, this through-hole resistor is used to absorb transient voltages and filter noise in the circuit. Additionally, the device is useful for controlling the speed and efficiency of DC motor drivers.

The working principle of the FMF200FRF73-82K is simple. When a current passes through the resistor, it generates heat. As the current increases, the temperature rises, and the resistance increases. This leads to reduced current flow through the resistor, thus limiting the amount of current passing through the circuit. Additionally, the resistor functions as a transducer, converting electrical energy into heat energy.

The FMF200FRF73-82K through-hole resistor is a versatile and widely used device in AC applications. It helps reduce noise, reduce interference, and limit the amount of current passing through the circuit. The operating principle is simple; when the current passes through the resistor, it generates heat, thus limiting the current. This device is highly reliable and able to withstand high temperature and humidity levels while maintaining consistent performance.

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