RN65D93R0FR36

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Through hole resistors have long been a part of many electronic circuits and are still used today. They are widely used in many consumer, automotive, and industrial applications. RN65D93R0FR36 is one of the most commonly used through hole resistors, which is used to control current and voltage in electronic circuits. This article will discuss the application field and working principle of this resistor.

Application Field

RN65D93R0FR36 through hole resistor is used for application in electronics like circuit protection, capacitance, voltage divider, and in the construction of filter networks. They are also used in control circuits, power supply circuits, signal circuits, automotive electronic circuits, switchgear and switchboards, and digital circuits.

A wide range of resistances is available for this through hole resistor, from 0.1 ohms to 10 Gohms. This type of resistor is also available in various casing designs and sizes, such as TO-3, TO-5, TO-39, TO-18, and SIP. It is also available in vertical through hole or side surface mounting, which makes it suitable for use in many electronic designs.

Working Principle

RN65D93R0FR36 through hole resistor is a fixed value resistor, which works on the principle of Ohm\'s law. The resistor has a two-terminal structure that conducts current and voltage through it. The resistance, noted by the value of R, is constant across the terminals of the resistor. This is due to the materials used for the resistor\'s construction. The main material used is a type of conducting material, such as metal strips or carbon-film.

The current is affected by the resistance R of the resistor, i.e., higher resistance results in lower current passing through the resistor. The voltage drop across the resistor is also affected by the resistance, i.e., higher the resistance value, higher is the voltage drop. This is known as voltage divider effect. Thus, the resistor, when placed in series with other components, divides the current and voltage among the components.

RN65D93R0FR36 through hole resistor is capable of dissipating both static and dynamic losses due to the flow of current through the resistor. In general, the static power dissipation of this resistor is determined by the resistor\'s arrangement in the circuit, its operating environment, and the voltage it is subjected to.

The dynamic power dissipation is determined by the frequency of the voltage applied to the resistor. The higher the frequency, the higher the average dynamic power dissipation. The noise that is generated by the resistor is also affected by the frequency of the applied voltage.

Overall, RN65D93R0FR36 is a common type of through hole resistor, which is widely used in many electronic applications. It is a two-terminal resistor with a constant resistance which is used to limit the current and voltage passing through it. This resistor can withstand both static and dynamic power dissipation and is available in many sizes, shapes, and rating configurations. It is a beneficial component for modern electronic designs.

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