AP851 470R J

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The AP851 470R J through hole resistor is an extraordinarily versatile electrical component that can be used in a wide variety of applications. Through hole resistors are characterized by the physical design of the resistor, specifically the mounting hole in the base of the component. This particular resistor is a standard radial lead type with a four-wire construction and a tolerance of ± 10%. In addition, it has a rated power of 0.68 watts and a temperature coefficient of ±100ppm/°C.

This part is commonly found in both consumer and industrial applications, such as microprocessor control circuits, motor control circuits, and switching power supply systems. Each of these applications require a resistor with a specific electrical resistance and power rating. The AP851 470R J meets these requirements by offering a standard 470 ohm resistor with a power rating of 0.68 watts.

The working principle of a through hole resistor is quite simple and well understood. The resistance of the material is adjusted by varying the length of the wire used. As electrons pass through the material, they lose energy and become slower. The resistance is equivalent to the energy lost by each electron, and is thus adjustable by varying the length of the wire. The resistance of this particular resistor is 470 ohms.

When used in these applications, the resistor works to limit the amount of current flowing through the circuit. This protects against damage from overcurrents and helps to ensure that the device is operating properly. The value of the resistor chosen for each circuit is determined by the amount of current that the device needs to operate correctly. This value is then adjusted as needed to optimize the performance of the circuit.

The AP851 470R J through hole resistor is an integral component in many of today’s electronics devices. It is an effective and cost-efficient choice for wide range of applications, including microprocessor control circuits, motor control circuits, and switching power supply systems. Its physical design, electrical resistance, and power rating make it an ideal choice for many of these common applications.

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