CA408082R00JS73

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Through hole resistors are basically electrical components used to control the flow of current in an electric circuit by providing electrical resistance. The CA408082R00JS73 is an example of both of these types of resistors. It is a non-magnetic, epoxy coated, through-hole resistor with a resistance tolerance of ±25%.

This resistor is primarily used in a variety of electronic and industrial applications, such as power supplies, motor controls, audio amplifiers, and instrumentation. In addition, this resistor is commonly found in automobile and aircraft engines, as well as other precision instruments.

The working principle of the CA408082R00JS73 is fairly simple. When electrical energy is applied to the two terminals of the resistor, a small amount of the energy is absorbed by the resistor. The energy that is not absorbed is “shunted” away from the resistor, thus reducing the amount of current in the circuit.

In other words, the resistor works by absorbing a portion of the electrical energy passing through it. This is accomplished by converting some of the electrical energy into heat. The absorbed energy is then dissipated into the atmosphere, thus reducing the amount of energy available in the circuit.

In addition to its resistive properties, the CA408082R00JS73 also has extremely good inductance and capacitance characteristics. Its inductance capabilities make it well suited for use as a noise filter, while its capacitance allows it to provide additional filtering in some high speed digital circuits.

Finally, the resistor is able to withstand a wide range of temperatures, from -55°C to +150°C. This makes it ideal for use in extreme temperature applications, such as in automotive and avionics environments.

In summary, the CA408082R00JS73 is a non-magnetic, epoxy coated, through-hole resistor with a resistance tolerance of ±25%. It has a wide range of applications, from power supplies to automotive and avionics environments. Its working principle is based on absorbing a portion of the electrical energy passing through it, while its inductance and capacitance characteristics allow it to serve as a noise filter and provide additional filtering in some high speed digital circuits.

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