HSC25010RJ

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Chassis Mount Resistors often appear as cylindrical axial-lead or wire-ended devices which have the resistor element and the lead frame molded within an insulating, plastic compound body. The HSC25010RJ is an example of a Chassis Mount Resistor whose specialty is it\'s horizontal body configuration. In the market, this resistor is available in multiple tolerance and wattage options, making it a very flexible and viable component for a range of applications.

The HSC25010RJ is a horizontal-mount non-inductive, non-magnetic, film-carbon resistor which offers ±2% tolerance and a wide resistance range from 10 ohms to 10K ohms; this type of resistor is also available in a variety of wattage values, ranging from 0.5W up to 2W. This resistor is constructed of a polymer-ceramic substrate with a high-temperature epoxy resin coating. It also features a high maximum operating temperature of +250°C, along with a high-power rating. It\'s designed for use in automotive and industrial work, and is a highly durable and long-lasting mounting option in harsh operating conditions where vibration and shock are factors. The HSC25010RJ is especially ideal for applications that require highly stable performance in environments with high temperatures.

The HSC25010RJ works through its principle of resistance. It produces a resistance to the passing current of electrons and thus acts as a current limitation device. This is done by the resistor having an internal configuration which controls the passage of the current through it. The resistor\'s resistance is determined by the materials used in its construction, such as the substrate and epoxy, or by its physical design, such as the number of turns of its coil or its wire\'s diameter. Depending on the type of resistors, the resistance can be created using physical or electronic means.

The HSC25010RJ is a very popular choice in applications that require a resistor with high-power ratings, rugged construction, and versatility. It\'s been used in a variety of scenarios, including automotive electronics, automatic control systems, industrial machinery and lighting systems. It can also be used in applications that need reliable performance in extreme temperatures, high-energy circuits, current-limiting circuits, and power supplies. It is a widely used resistor that exhibits excellent resistance accuracy, low noise, and low power requirements - making it well-suited for a number of applications. Its horizontal-mount design and ability to be soldered or welded make it a highly efficient and affordable resistor which can be used in a multitude of projects and applications.

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