83FR825

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Through Hole Resistors are used in a wide variety of electrical applications due to the fact that they offer dependable performance and superior reliability. One such example is the 83FR825 Through Hole Resistor, which is used in applications such as industrial and semiconductor control, power conversion, and battery protection. This article will discuss the application field and working principle of the 83FR825, and how it is used in modern electronics.

The 83FR825 Through Hole Resistor is designed to provide an excellent performance level of up to 5A. It has an outer body diameter of 8.3mm with an overall length of 25mm. This allows it to be mounted into a variety of medium-scale power circuits. The maximum operating temperature of the 83FR825 is +125°C, and it has a power rating of 1W. The device is available in both axial and radial lead formats.

The 83FR825 is a type of axial-leaded resistor which offers a wide range of common resistance values. These resistors are used in a variety of applications, from small digital circuits to larger power supplies. It is often used in commercial equipment such as switches, PCs, printers, and other electronic devices. The 83FR825 also has a relatively low ESR (Equivalent Series Resistance) and a high Q-Type response, which makes it suitable for use in sensitive applications such as medical, automotive, and aviation.

The working principle of the 83FR825 is based on the principle of Ohm\'s law. This law states that the current through a conductor is proportional to the voltage applied to it. The resistance of the 83FR825 is determined by the amount of material used in construction. The resistor is made up of metal and/or other substances that create a barrier between the two connections, resulting in a certain resistance value. By changing the amount of material used or the design, different resistors can be made with different resistance values.

The 83FR825 Through Hole Resistor is an excellent choice for applications that require a reliable performance in high-temperature environments. It has a wide range of common resistance values, making it suitable for a variety of applications. Its low ESR and high Q-Type response also make it ideal for sensitive applications. Moreover, the device is capable of withstanding temperatures up to +125°C, making it a safe choice for use in commercial and industrial applications.

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