FAE100JT-73-68R

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Through Hole Resistors are some of the most common components on electronic devices. The FAE100JT-73-68R is one such resistor, a type of component commonly used to limit the amount of electricity running through electronic designs. We’ll take a look at the application field of the FAE100JT-73-68R; what type of circuit board layout it is best used for, as well as the working principle behind its operation.

Let’s start by looking at the application field of the FAE100JT-73-68R. The FAE100JT-73-68R is best used in high voltage applications. Its metal oxide film construction means that it is capable of withstanding high temperatures and can handle up to 300 volts. It also has a very low inductance so it can be used in high-frequency circuits without any problems. The FAE100JT-73-68R can also be used in power supplies and amplifiers, as it has a very low temperature coefficient of resistance and a low thermal time constant, meaning it can handle sudden shocks or spikes in the current. Finally, it has a very low ESR, which makes it ideal for use in high-efficiency applications.

Now let’s take a look at the FAE100JT-73-68R’s working principle. The FAE100JT-73-68R is an incredibly effective resistor, due to the fact that it is made of metal oxide film. As electricity passes through this material, it causes frictional resistance to build up, meaning a small but measurable surge in electrical potential. This surge then works against the electrical current, limiting the flow of electrons. When installed in a circuit board, the resistor works like a valve, reducing the amount of current passing between two points.

The FAE100JT-73-68R is an incredibly versatile resistor, able to handle a variety of high-voltage applications. Its low ESR and inductance make it ideal for use in high-efficiency designs, while its metal oxide film construction makes it capable of withstanding extreme temperatures and sudden shocks. By understanding the application field of the FAE100JT-73-68R, as well as its working principle, it is possible to employ this incredibly effective resistor in a variety of electronic designs.

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