OL1325E-R52

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Through Hole Resistors are an integral part of an electrical assembling. They come in many shapes and sizes and feature a variety of resistance values to meet the needs of most applications. One of the most popular is the OL1325E-R52 through hole resistor. It is a robust device that provides dependable performance in a wide array of applications.

The OL1325E-R52 through hole resistor has a maximal working voltage of 400 VAC. It is able to dissipate up to 4 watts of power without getting too hot. It has an axial lead construction and its very compact size makes it ideal for fitting in confined spaces. It also has a non-magnetic material which prevents it from interfering with nearby sensitive electronics. It comes in a variety of axial lead length options so that you can find the perfect fit for your application.

One of the common applications of the OL1325E-R52 through hole resistor is to provide protection from overvoltage conditions in power supplies. By placing the resistor in parallel with the power supply, it reduces the current flow when the voltage rises above its rated working voltage. This protects the connected components from potential damage. It can also be used in reflex klystron, test equipment, wave filters and automotive points ignition circuits.

The working principle of the OL1325E-R52 through hole resistor is relatively straightforward. It works on Ohm\'s law, which states that "the current through a conductor between two points is directly proportional to the voltage across the two points." The device consists of an electrical resistor that has a specific resistance value. When a current flow passes through the device, it dissipates energy that is proportional to its resistance value. As a result, it lowers the total voltage across the two points, thus providing the desired level of protection.

In summary, the OL1325E-R52 through hole resistor is a useful device that can be used in a variety of applications. It is robust and reliable and can handle substantial currents. It is also easy to install in your circuit and comes in a variety of sizes to fit your specific application. Thanks to its working principle, it can provide you with the protection you need to keep your components safe from potentially damaging overvoltage conditions.

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