8532R-17J

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Fixed inductors are components which can store electrical energy in the form of magnetic energy. They are widely used in circuits for increasing capacitance, decoupling power, impedance, frequency response, filter applications, and various other specific tasks. The 8532R-17J is a fixed inductor which can be used in such applications.

The 8532R-17J is an inductor with a square-shaped body that measures 3.3 x 3.3 mm in size and can withstand a maximum operating temperature of up to 125°C. It has a inductance of 0.68 μH and can handle a maximum DC current of 2A. The device is constructed of a ferrite core and a copper coil that are tightly coupled, which reduces the electromagnetic interference or EMI that is generated by the device.

The inductance of the 8532R-17J is fixed, meaning it can\'t be adjusted during operation. This makes it ideal for use in applications where the same inductance value is required for all components, such as filters or impedance matching networks. It offers good linearity over current and temperature, which ensures the amount of current entering the inductor is always the same as the amount of current leaving the inductor. This ensures that the device can operate effectively in applications that process high frequencies such as AC/DC converters or power supplies.

The inductor is also suitable for use in power supplies, as it is able to handle large amounts of direct current (DC) while simultaneously maintaining a very low level of inductance noise. This makes it ideal for use in regulated power supplies, as the device is able to reduce the amount of noise generated by the power supply and ensure that the signal being processed remains clean and free from interference. The inductor is also suitable for use in automotive systems, as it is able to withstand high voltages found in automotive electronics.

The 8532R-17J is a versatile component that can be used in a variety of applications that require fixed inductance values. Its small size makes it an ideal choice for applications that require low profile component designs, and its high current handling capabilities make it suitable for use in high power applications. It is also able to provide a high degree of linearity over current and temperature, which ensures that when the device is used in an AC/DC converter or power supply, the exact amount of current entering the inductor is always the same as the amount of current leaving the inductor. Furthermore, its tight coupling of a ferrite core and a copper coil reduces EMI, making it an excellent choice for filtering applications.

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