PAC100102501FA1FTF Resistors

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A through-hole resistor is an electrical component found in many electronic devices that uses resistive elements in order to control and regulate the flow of electric current. By adjusting the size of individual resistive elements, the resistance of the entire device can be modified to meet the application\'s needs. The most common types of through-hole resistors are metal film resistors, carbon film resistors, and wire-wound resistors.

The PAC100102501FA1FTF is a through-hole resistor made of metal film. It has a maximum operating voltage of 400 VDC, with a rated power dissipation of 0.625 watts. It has a temperature coefficient of ±50 ppm/°C, and a voltage coefficient of 10 ppm/V. It has a tolerance of 5% and has a high thermal resistance. This resistor is suitable for both industrial and consumer electronics applications.

The main application field for the PAC100102501FA1FTF through-hole resistor is in power control and energy regulation, as it has the capability to reduce the current flow to a desired level. It can also be used in heavy-duty signal processing and electrical system designs. These applications will require careful engineering to ensure that the resistive device can handle the full current that it is intended for.

The working principle of the PAC100102501FA1FTF through-hole resistor is based on the concept of resistive heating. Applied voltage creates a current flow through the resistor, which in turn creates a heat dissipating from it. This heat is proportional to the current passing through it, and thus adjusting the voltage and wattage applied from the source will alter the amount of current allowed to flow through the device. As such, this resistor can be used to regulate both power and voltage to the desired output levels.

The PAC100102501FA1FTF is a high-quality metal-film resistive device designed for long-term use in harsh industrial and consumer applications. Its high thermal resistance and wide tolerance make it an ideal choice for power control and energy regulation in systems and devices of all sizes.

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