SCC5D23-470

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Fixed inductors are used in a variety of electronic applications across many different industries. The SCC5D23-470 is a fixed inductor that is appropriate for a wide range of usage cases. It is designed for high temperatures, high voltage, and high frequency operations, making it applicable to many electronic devices.

The SCC5D23-470 has an inductance of 470 uH and a current rating of 130mA. The inductor has a tolerance of ± 5% and a SRF (Self Resonant Frequency) of 4.7GHz. It has an operating temperature range of -40ºC to +125ºC and a maximum DCR of 0.77 ohm. The physical dimensions of the inductor are 2.5 x 5.2 x 6.0 mm, making it an easily integrated component in even the most compact designs.

The SCC5D23-470 is comprised of a ferrite core and copper wire winding. The core is made of a ferrite material that is resistant to magnetic saturation at higher frequencies. This allows the inductor to remain stable at higher frequencies which is beneficial in applications that require high frequency signals. The inner copper wire windings are carefully insulated, allowing for the inductor to deliver optimal signal integrity.

The most common application of the SCC5D23-470 is in power electronics applications. Specifically, it can be used for power factor correction (PFC) circuits, boost circuits, interleaving filters, buck converters, and more. The inductor’s high tolerance to temperature, voltage, and frequency make it suitable for these applications, as it is able to maintain performance under harsh conditions.

The working principle of the SCC5D23-470 is based on the property of inductance. When a current passes through an inductor coil, it will create a magnetic field. This field will then create a counter voltage across the coil. This voltage opposes the current and creates an inductive reactance that opposes the change in the electric current. By maintaining a constant voltage across the inductor, it is able to ensure a steady current.

The SCC5D23-470 fixed inductor is a highly versatile component that is suitable for a variety of applications. It is applicable for power electronics solutions, as well as other high-frequency devices, and operates on the principle of inductance. Its small form factor, high-temperature operation, and high-voltage tolerance make it an ideal choice for many applications.

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