B82464A4153K000

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Fixed Inductors are one of the essential components in many electronic and electro-mechanical devices. They are designed to store energy using magnetic currents, and are capable of creating a variety of desirable effects. The B82464A4153K000 is a commonly used fixed inductor with wide-ranging applications.

The B82464A4153K000 is a radial, three-hole, surface-mounted, and leaded inductor with an inductance of 0.15 µH. It is designed with both a copper ferrite core and a ferrite pot core to ensure uniform inductance over temperature. The device also works as an AC line filter in many applications. Its standard operating temperature range is -55°C to +105°C.

The B82464A4153K000 has a multitude of uses, from suppressing high-frequency noise in audio systems, to providing an adequate voltage level for computationally intensive applications. In addition, the device can also be used for switching power supply applications, and in isolating areas from electromagnetic interference. It is especially suitable for applications where low self-inductance is desired, as is the case for flyback converters and DC-DC converters.

When it comes to functionality, the B82464A4153K000 works on the principles of both inductance and capacitance. The device utilizes a combination of its ferrite and copper core to induce a magnetic field when current flows through the inductor’s coil, allowing the inductor to hold a current longer than it otherwise would be able to do on its own. In addition, the ferrite pot core and the copper ferrite core act as capacitors, storing electrical charge when current is applied to them. This helps to reduce the inductance of leakage lines and increase the signal-to-noise ratio while providing additional functionality.

In conclusion, the B82464A4153K000 serves as an indispensable component in a wide variety of electronic and electro-mechanical devices and applications. Its wide operating temperature range, low self-inductance, and its ability to act as a filter and suppressor of high-frequency noise make it an ideal choice for powering a range of operations. Most importantly, the B82464A4153K000 works based on the principles of both inductance and capacitance, allowing it to act as a powerful filter while still providing reliable performance. By employing this device, users can rest assured that their electronic devices are operating at their highest level of efficiency.

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