RWR89S14R3FRS73

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Through hole resistors are a reliable and cost effective form of electrical component used for limiting and controlling current levels in circuits. The RWR89S14R3FRS73 is a type of through hole resistor which is made of a long thin strip of solid material, either ceramic or metal, which is placed between two metal plates or wires. A thin film of resistor material is deposited onto the surface of the component to provide a specific resistance value. The component is then enclosed in a dielectric material to protect it from environmental elements.

The RWR89S14R3FRS73 is capable of handling currents up to 4.7 amps at a maximum voltage of 250 volts. The component is also able to withstand temperatures ranging from -55°C to +125°C for standard types and up to +275°C for high temperature types. This through hole resistor also has a dielectric strength of 1.5Kv and a dissipation factor of > 0.2W.

In terms of application, the RWR89S14R3FRS73 through hole resistor is mainly used in areas where consistent or accurate current control is required, such as power converters, power supplies and electrical circuits. It can also be used in variable speed and low stress applications. It also has a wide range of applications in the automotive, aerospace, defense and consumer electronics sectors.

As for the working principle of the RWR89S14R3FRS73 through hole resistor, it works on the principle of resistance. It works by providing a simple resistance to the current flow through a circuit. The amount of resistance the component provides depends on its physical size and the material used for its construction. The resistance value is printed on the component’s body, measured in Ohms. For instance, the RWR89S14R3FRS73 through hole resistor has a resistance value of 14 Ohms.

In conclusion, the RWR89S14R3FRS73 through hole resistor is a cost effective and reliable component for controlling and limiting current flows in a wide range of applications. Its physical size and material make it robust enough to withstand a variety of external factors and it works on the principle of resistance to provide a specific resistance value when placed in a circuit. Therefore, it is an ideal choice for use in power converters, power supplies and low-stress applications.

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