FMF3WSFRE73-12R

Series:	FMF
Packaging:	Tape & Reel (TR)
Part Status:	Active
Resistance:	12 Ohms
Tolerance:	±1%
Power (Watts):	3W
Composition:	Metal Film
Features:	Flame Proof, Safety
Temperature Coefficient:	±50ppm/°C
Operating Temperature:	-55°C ~ 155°C
Package / Case:	Axial
Supplier Device Package:	Axial
Size / Dimension:	0.197" Dia x 0.610" L (5.00mm x 15.50mm)
Height - Seated (Max):	--
Number of Terminations:	2

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Through Hole Resistors

Through hole resistors are an essential component for the operation of many electrical and electronic circuits. Through hole resistors are used in everything from portable electronics to large scale power systems and the breadth of their applications continues to grow. The FMF3WSFRE73-12R through hole resistor is a common type of through hole resistor, designed for use in a variety of circuit designs and applications. This article will provide an overview of what the FMF3WSFRE73-12R through hole resistor is, the applications for which it is best suited, and the principles underlying its operation.

What is the FMF3WSFRE73-12R Through Hole Resistor?

The FMF3WSFRE73-12R through hole resistor is a passive component designed to produce a specific amount of resistance in an electrical circuit. It has a single lead that is inserted through a hole in the printed circuit board to which the resistor is to be connected. The resistor is then soldered onto the circuit board. This type of through hole resistor is specifically designed for use in areas where high vibration and mechanical shock are present.The FMF3WSFRE73-12R through hole resistor is typically manufactured with two different layers of ceramic material. The first layer is a dielectric layer which creates the electrical insulation required for the component. The second layer is an aluminum oxide layer that creates the reluctance necessary for creating the desired resistance.

Applications for the FMF3WSFRE73-12R Through Hole Resistor

Through hole resistors such as the FMF3WSFRE73-12R resistor are commonly used in a variety of applications. These components can be used in a number of automotive applications, such as power window regulators, accelerator motors, and headlights. These components can also be used in telecommunications and in consumer applications such as stereos and televisions.The FMF3WSFRE73-12R through hole resistor is also commonly used in industrial applications such as robotics and automation. This type of through hole resistor is particularly well-suited for applications that require high levels of vibration and mechanical shock, such as industrial manufacturing applications.

The Working Principle Behind the FMF3WSFRE73-12R Through Hole Resistor

The FMF3WSFRE73-12R through hole resistor works by using two different layers of ceramic material, each of which provides an electrical resistance. When a voltage is applied across the resistor, the resistance of the ceramic layers causes a current to flow through the resistor. The amount of current flowing through the resistor is determined by the resistance of the ceramic layers, as well as the amount of voltage applied to the resistor. The amount of resistance provided by the ceramic layers is determined by a number of factors, including the size and shape of the resistor, the type of ceramic material used, the thickness of the ceramic layers, and the amount of temperature the resistor can withstand. The resistance of the ceramic layers can also be adjusted by the addition of metal oxide layers, which increase the amount of resistance.

Conclusion

The FMF3WSFRE73-12R through hole resistor is a common type of through hole resistor designed for use in a variety of circuit designs and applications. It can be used for a number of applications, including automotive, robotics, and industrial manufacturing applications, and is well suited for applications that require high levels of vibration and mechanical shock. The working principle behind this type of resistor involves the use of ceramic layers that provide an electrical resistance, and the amount of current flowing through the resistor is determined by the resistance of the ceramic layers and the amount of voltage applied to the resistor.

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