NH2503K000FJ01

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Chassis Mount Resistors are among the most reliable types of electronic components for limiting current in circuits. Among these, the NH2503K000FJ01 is a particular type of resistor, boasting a wide range of applications and effective working principles.

This type of resistor features a low profile and convenient mounting interface, allowing it to be integrated seamlessly into any circuit. The package size of the NH2503K000FJ01 is 0.46” (11.8mm) long by 0.297” (7.50mm) wide. The overall height of this component is relatively low, only 0.185” (4.7mm) tall. This makes it especially well suited for ultra-thin applications, such as those used in handheld electronic devices or other highly compact software or hardware solutions.

The NH2503K000FJ01 is capable of withstanding up to 155°C (311°F) continuous heat exposure and 10 watts of power dissipation. It also features high electrical insulation resistance, a low temperature coefficient, and a low zero-resistance temperature. Thanks to its robust composition, this resistor is often specified as the “first choice” for applications regulating electrical current flows with reliability and precision.

The NH2503K000FJ01 resistor boasts a wide range of potential applications, making it suitable for a variety of electronic and electrical design projects. One of the most common scenarios is for automotive applications, owing to its reliability in withstanding high temperatures and its low-profile design. It also finds particular use in digital television, LED lighting, pet evacuation systems, and computer systems. Some of the most common industries that employ the NH2503K000FJ01 resistor include electronic manufacturing, aircraft engineering, and audio/video systems.

The working principle of the NH2503K000FJ01 chassis mount resistor involves a combination of direct current and static electricity resistance, employing a ceramic and metal coating formation. The current passes through the resistor, with the exact amount of resistance being determined by the coefficient of the resistor material. The ceramic component is responsible for improving the temperature coefficient, while the metal coating helps to reduce stress migration.

The NH2503K000FJ01 works by converting electrical energy into heat energy, causing a current to flow through the metal components and slowly dissipate. This increase in resistance helps to regulate current flows in circuits, dramatically limiting the amount of electrical energy that travels through a particular route. This is largely why the NH2503K000FJ01 is so widely used—it can help to prevent malfunctioning and possible damage in consumer-level electronics, such as computers, digital television systems, and radio systems.

In conclusion, the NH2503K000FJ01 is a chassis mount resistor that boasts highly reliable performance, owing to its robust composition and temperature-resistant coating. It finds particular use in automotive and aircraft engineering applications, as well as digital television, LED lighting, pet evacuation systems, and computer systems. Its working principle involves a combination of direct current and static electricity resistance, converting electrical energy into heat energy, with the exact amount of resistance being determined by the coefficient of the resistor material.

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