RT0402BRD07100KL

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Chip resistors are passive components that are mounted on the surface of electronic boards to control current flow and limit voltage. These components are generally inexpensive, lightweight, and available with a wide range of values and performance characteristics. The RT0402BRD07100KL is a surface mount chip resistor that can be used in a variety of applications.

The RT0402BRD07100KL has a small footprint measuring only 0.040” x 0.020” (1mm x 0.5mm). The device features a standard tolerance of 0.1%, a rated power of 0.1W at 70°C, and a resistance range extending up to 10K ohms at +/–0.25%. The component is rated at a maximum voltage of 100VAC or 150VDC.

One of the most common uses for a chip resistor is to decrease current or limit voltage to a transistor, integrated circuit, or other active component. This particular device is small, making it suitable for use in surface-mount applications, such as for low-power portable devices, and in high speed circuits, such as personal computers, networking, and communications systems. It can also be used in manufacturing, data processing, instrumentation, and consumer electronics.

The working principle of this component is fairly simple. Resistance is the opposition to the flow of electric current, and a chip resistor works by reducing the number of electrons that can pass through it. As the resistor is powered, the electrons passing through it collide with the atoms of the material, resulting in a friction which produces heat and dissipates energy. This process is known as “Ohm’s Law”, and by controlling the number of collisions, or resistance the component creates, designers can control the amount of current flowing through an active circuit.

In summary, the RT0402BRD07100KL is a surface mount chip resistor that offers a small form factor and a resistance range up to 10K Ohms. It can be used to limit the current or voltage in a variety of surface-mount applications, such as in low-power portable devices, high speed circuits, manufacturing, data processing, instrumentation, and consumer electronics. Its simple working principle involves controlling the number of collisions between electrons and the material, in order to regulate the current or voltage.

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