SRU8028A-330Y

Fixed inductors, also known as inductors, are electrical components whose value of inductance does not change significantly with the applied current, voltage, and temperature. The SRU8028A-330Y is an axial-lead, single-layer, fixed inductor with an inductance of 330 uH.

This inductor is used in the fields of consumer goods, automation, communication systems, power supply, and the military. Specifically, it is used for power supply filtration, EMI filter, switching power supply, high-frequency product energy storage, radio frequency interference (RFI) filter, automotive and industrial electronic control circuits, etc.

The SRU8028A-330Y is a ferrite core type inductor. The inductor’s inductance value is determined by the material, size, and geometry of the core of the inductor, as well as the number of turns of wire wound around the core. The core of the inductor affects the current carrying capability of the inductor. It also affects the frequency characteristics of the inductor, and its ability to reduce power losses.

Functionally, the SRU8028A-330Y acts as an electrical source of energy storage or as a filter circuit element. In an electrical circuit, energy is stored in a capacitor and released through an inductor. The SRU8028A-330Y inductor stores energy in its magnetic field and provides path for current to flow from one circuit point to another. This energy storage is used to reduce noise in an audio system, filter the noise generated by a switching power supply, and filter radio frequency interference in an electronic circuit.

The SRU8028A-330Y has low interaction with other components, other inductors, and wires, as well as low insertion loss and stable inductance. It is able to perform efficiently and reliably in high frequency and high power applications. It is also resistant to vibration, shock, and moisture. Additionally, its operating temperature range is from -40°C to +105°C.

In summary, the SRU8028A-330Y fixed inductor is a highly efficient device for applications that require energy storage or filter circuits. Its high current carrying capability and low interaction with neighboring components make it suitable for a wide variety of applications. Its construction of ferrite core and insulated coil ensures reliable performance in various power and frequency applications.