RN50C1302FB14

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Through Hole Resistors, such as RN50C1302FB14, find their application in a number of fields with practical purposes. These resistors proven reliability serves a wide range of needs.

One especially useful application for through hole resistors is in the industrial field. They essentially serve as a device that reduces the amount of current flowing through circuits, letting users adjust the level of current in their design. Resistors control the flow of current, just as in a water pipeline, which can help maintain important systems like electrical motors and transformers working safely and correctly. Of course, electronic systems in general would be rendered useless without resistors.

The RN50C1302FB14 is an example of a top of the line through hole resistor. Designed for simple installation with its axial lead construction and matte tin over copper material finish, this resistor makes a great choice for applications requiring power dissipation from up to .736Watts. Its size range makes it perfect for precise applications, and its wide adjustment range ensures reliable, consistent results.

Its low ohm resistances (1.73ohms minimum) and high temperature capabilities allow for extremely accurate current control and heat dissipation. They can be used in precision electronic circuits, where reliable and accurate power regulation over extended periods is essential. The large range of the RN50C1302FB14 also provides higher level of precision to industrial control applications, be it a small motor or sensitive transformer for a power system.

The working principle of the RN50C1302FB14 through hole resistor is actually quite simple. This device features two basic components, the resistive element and the current filter. The resistive element works by limiting the transfer of electric charge from one point to another. This flow of electrical charge is called current and is measured in Amperes.

An electrical current is generated in a wide variety of ways, typically by transferring energy from one source to another. The resistive element is the device which helps regulate this flow of current, establishing a constant, manageable current level at the designated output.

The current filter in a through hole resistor may be either a series or parallel resistor combination. In the RN50C1302FB14, the resistor is formed by wrapping a thin strip of metal around a ceramic tube, rather than using a single resistor in series or parallel. Each winding of the electric range resistor creates a certain amount of resistance in the associated circuit, allowing the device to precisely control the amount of current that flows through it.

The RN50C1302FB14 through hole resistor is an incredibly versatile device, with applications in industrial, commercial, and consumer electronics. Its resistant element and current filter provide a reliable flow of current that does not degrade over time, even under high temperatures. Together with its small size and superior resistance value, the RN50C1302FB14 through hole resistor is the ideal choice for virtually any kind of electronic design.

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