RNC50H4322BSRSL

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Through hole resistors are components used for damping electric signals in most electrical systems. The RNC50H4322BSRSL is a type of surface mount, through hole resistor. This component comes with a range of features suitable for use in a variety of applications, and is ideal for active sensing networks, such as those used in industrial and automotive applications.

The RNC50H4322BSRSL is made up of a conductive substrate of a fixed resistance. The resistance of the substrate is predetermined and is set according to specifications. The component is designed with a mounting hole which is used to attach the resistor to a circuit board, as well as a ground connection to ensure electrical contact.

The RNC50H4322BSRSL is capable of withstanding temperatures from -40 °C to +105 °C, and is able to operate in a wide range of current loads up to 11 Amp or 20 Watts. The size of the resistor is designed to be as small as possible to optimize its use in tight space. The resistor is also considered robust, with dielectric strength of 300 VAC/1 Minute.

The RNC50H4322BSRSL has a specified resistance range from 0.1 Ω to 10M Ω and comes with a variety of tolerance options. Operating at a tolerance of 20%, the resistor is designed to remain within 20% of its resistance rating during its specified temperature and load range. The resistor also has a low inductance, as well as a low dissipation rating of 0.3 W.

The main principle of operation for the RNC50H4322BSRSL is to convert electrical energy into thermal energy, thereby dissipating energy as heat. This type of resistor is ideal for applications which require repeatable, predictable, and stable electrical performance. The resistance of this resistor is extremely accurate, as it is precision engineered to meet industry standards.

Overall, the RNC50H4322BSRSL is a reliable and cost effective through hole resistor for a wide range of applications, ranging from automotive and industrial sensing networks, to radio frequency amplifiers and electromechanical components. The resistor is designed for use in high humidity and temperature environments, and is capable of meeting temperature and current ratings with precision and uniformity. The resistor has a low resistance range and a range of tolerance values, which make it ideal for applications where accuracy and precision are essential. The component\'s reliable and robust construction has made it an industry favorite.

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