KAL100FB25R0

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Chassis Mount Resistors are essential components used in various electronic devices, from amplifiers to computers and any other device where resistance must be monitored and controlled. They come in many varieties that are selected for specific applications, such as the KAL100FB25R0. This particular model is a non-inductive, non-polarized, 100mΩ resistor, with a rated wattage of 1/4W, making it perfect for many applications.

The KAL100FB25R0 is designed for applications requiring tight resistance tolerances, such as precision circuits. This resistors resistance is not affected by changes in temperature, and is specifically made to withstand temperatures of up to 250°C, making it suitable for high-heat applications. It also features a high stability over time, ensuring that it will remain accurate and reliable for long periods of use.

The working principle of the KAL100FB25R0 is very simple. It works by using a small amount of electrical current to heat up a metal that resistors the flow of the current. The metal then dissipates the heat, and in doing so, resists the flow of the current. The amount of resistance created is determined by the size, shape, and type of metal used in the resistor.

The main application fields of the KAL100FB25R0 are in precision circuits, where its temperature and time stability is essential, as well as in high-heat applications, as its high temperature rating makes it suitable for use in these conditions. It is also often used in signal conditioning circuits and power supplies, as it can handle large amounts of electrical current without being damaged.

In summary, the KAL100FB25R0 is a non-inductive, non-polarized, 100mΩ resistor, with a rated wattage of 1/4W. It is suitable for use in precision circuits, and with its high temperature rating, it is also ideal for use in high-heat applications. It is also often used in signal conditioning circuits and power supplies. The working principle of the KAL100FB25R0 is very simple, as it works by using a small amount of electrical current to heat up a metal that resists the flow of the current.

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