RNF14BTE405R

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The RNF14BTE405R resistor is a three-terminal, axial-leaded through-hole resistor with an adjustable resistance. It is commonly used in radio and television applications for fine tuning resistors. RNF14BTE405R has a high temperature tolerance which makes it suitable for applications in temperature variations. Its other features include a low profile package, robust construction and a long-life design.

The RNF14BTE405R belongs to the Through-Hole Resistors category, which refers to three-terminal resistors designed to be mounted on a printed-circuit board using radial-leaded pins. Through-Hole Resistors are primarily used in low-frequency circuits requiring long-term dependability and high power ratings, such as the radio and television applications.

RNF14BTE405R works on the principles of Ohm’s law which states that the current passing through a conductor is proportional to the potential difference across it. The resistance of a component is defined as the ratio of voltage to current. RNF14BTE405R contains special metal films, each of which has a certain resistance that is adjustable using inner layers or outer layers. The adjustable layers allow the user to adjust the resistance of the resistor when needed.

RNF14BTE405R’s features also include a high voltage surge tolerance capability, which makes it suitable for use in circuits with high voltage surges. It also has a low power dissipation, which means that it will not generate a lot of heat when being used. This makes the product ideal for applications in situations where energy conservation and efficiency are important. In addition, its robust construction and long-life design make it suitable for use in demanding environments.

In conclusion, RNF14BTE405R is an adjustable three-terminal axial-leaded resistor designed for use in radio and television applications. It is classified as a Through-Hole Resistor, which is primarily used in low-frequency circuits and requires long-term dependability and high power ratings. It operates on the principles of Ohm’s law, contains special metal films, and has features such as a high voltage surge tolerance capability, a low power dissipation, robust construction, and a long-life design.

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