4307R-335K

Fixed inductors, also known as fixed or permanent magnetizing devices, are electronic components designed to provide an electrical path between different points. They are used to filter or store energy and power for a variety of uses. The inductor works by creating a controlled current flow through it. 4307R-335K is one example of a fixed inductor.

4307R-335K is a fixed inductor primarily designed for use in switched mode power supplies. This device features a high peak current of 5A and has a self-shielding structure which uses improved magnetic materials for enhanced performance. It is also designed to provide a high level of indeterminate impedance, ensuring the highest levels of power efficiency. The device has an inductance of 3.3 uH and is rated to offer an inductance tolerance of +/- 0.2%. Further, the device has also a maximum working frequency of up to 100 KHz.

The working principle of the 4307R-335K fixed inductor is fairly simple. An electrical current flowing through the resistor produces a magnetic field around it in an analogous manner to how an electric current flowing through a coil produces a magnetic field. This magnetic field is responsible for creating the inductance, which effectively stores the electrical energy. The stored energy is then released in an alternating current when the voltage is reduced. It is this release of energy which enables efficient power management and transfer.

In the case of the 4307R-335K, this device has a high capacity for peak current and offers improved performance through its self-shielding structure. The higher level of indeterminate impedance also ensures a higher level of power efficiency, while the rated frequency range of up to 100 KHz ensures the device can handle high speed applications. These features combine to make the 4307R-335K a suitable choice for use in switched mode power supplies and other applications requiring a reliable energy filter or storage device.

The 4307R-335K fixed inductor is an invaluable tool for managing and transferring energy in a reliable, efficient manner. This device is compatible with a variety of applications, such as switched mode power supplies, and features a high peak current rating, high level of indeterminite impedance, and a rated frequency range of up to 100 KHz. These features ensure this device is a capable and reliable energy filter or storage option.