RNC55J1182FSB14

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Through Hole Resistors typically comprise of a cylinder, cone, or flat element comprised of a ceramic, thick-film, or metal-oxide film. In function, they are simple and dependable static electric components that adjust the level of current, produce a signal level, divide a voltage, or terminate a transmission line. As such, Through Hole Resistors are widely used in a variety of circuits from aerospace electronics and consumer electronics to medical devices, automobiles, and military equipment. The RNC55J1182FSB14 is one such example of aThrough Hole Resistor.

In order to understand the RNC55J1182FSB14’s application field and special working principles, it is important to first look at its general characteristics. The RNC55J1182FSB14 is a non-inductive, nitrile-ported, cylindrical-shaped Through Hole Resistor. It is comprised of a resistive element and an insulating body that includes an insulation finish. It also contains a metal end cap that acts as a heat sink. In terms of electrical properties, it offers a wide range of values ranging between 0.1 and 10 megohms and has a voltage rating of up to 6kV. In terms of its physical labeling, the resistor is marked with a four-digit code or “10”, “A”, and “-” markings along its body and a “sm on” or “sm-off” among its two terminals.

The RNC55J1182FSB14’s key application field lies within the context of circuits with low-voltage, low-current, and low-resistance requirements. This type of resistor is particularly suitable in high-temperature applications, electric and hybrid motor control, and LED lighting. In terms of its working principle, the resistor functions as a voltage-dependent resistor with low-power dissipation such that the resistor reduces its impedance when exposed to an increase in voltage and increases its impedance when exposed to a decrease in voltage. This type of behavior is known as voltage-dependent semiconductive behavior and is a characteristic feature of the RNC55J1182FSB14.

Due to its working principle and versatile application field, the RNC55J1182FSB14 can be used in a variety of different circuit configurations, including mixing networks, digital power amplifiers, high-power relay drivers, and databroadcast applications. For example, its low power dissipation makes it the most ideal choice for high-temperature environments. Furthermore, its low resistance, low voltage rating, and superior thermal efficiency make the RNC55J1182FSB14 an ideal resistor for LED lighting applications.

In conclusion, the RNC55J1182FSB14 is a type of Through Hole Resistor that is particularly suitable for circuits with low-voltage, low-current, and low-resistance requirements. Its characteristics, including its non-inductive, nitrile-ported, cylindrical-shaped body, its wide range of values, and its voltage rating, make it the most suitable for uses in high-temperature environments, electric and hybrid motor control, and LED lighting applications. Its intrinsic working principle of voltage-dependent semiconductive behavior also enables it to be used in a broad range of circuit configurations with great success.

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