FMF3WSFRF73-1R

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Through Hole Resistors are electronic components that are designed to create electrical resistance in a circuit. The FMF3WSFRF73-1R is an example of through hole resistor. This particular type of resistor is a surface-mount current sense chip resistor.

One of the primary advantages of through hole resistors is their ability to provide accurate resistance in a wide range of conditions. This makes them an ideal option for applications where resistance needs to vary over a wide range of temperatures or other environmental conditions. The FMF3WSFRF73-1R has a wide range of resistance range and temperature coefficient of resistance (TCR) values, making it a suitable choice for applications which require the utmost precision.

The FMF3WSFRF73-1R is typically used in current sensing applications. It is designed so that it can measure very small currents, which makes it well suited for use in control systems, where detecting very small changes in current is critical. The FMF3WSFRF73-1R is also commonly found in industrial and medical equipment, when precise detection and measurement of current is necessary.

The FMF3WSFRF73-1R works on a principle known as the Platinum Thermistor Effect. This effect takes place when a special type of thermistor, known as a platinum thermistor or PT, is exposed to heat. When the temperature of a PT resistance increases, it changes its resistance. This means that the FMF3WSFRF73-1R is able to measure changes in current in relation to the temperature. As the temperature increase, the resistance of the chip increases, allowing a precise feedback signal that can be used by a control system to measure the current.

The FMF3WSFRF73-1R is an ideal choice for applications that require reliable and accurate current sensing in a variety of environmental or temperature conditions. It is well suited for use in medical, industrial, and control systems.

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