SC52-150

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Fixed inductors refer to the inductance component and its associated components with a fixed B value. The SC52-150 from the fixed inductors family is a great choice for multiple applications. This product features a 10MHz impedence, a maximum current rate of 56.6 mH, and a saturation current of 81.2mA. In addition, it boasts a tolerance range of 0.3%.

The SC52-150 is suitable for general purpose applications, such as digital signal processing, DC to DC converters, audio power amplifiers, power supplies, and audio processing. In addition, this component can also be used in automotive and industrial applications, including for motor control and memory retention. Furthermore, it can even be found in detection and control systems, such as in aviation and aerospace.

In terms of its operating principle, the SC52-150, like other fixed inductors, consists of a core and windings. The core, which is usually made of iron or ferrite, helps to create a magnetic field, while windings – typically made of copper wire – are wound around the core to create the required inductance. When the inductor is connected to a power source, a magnetic field will be generated within its core, which will interact with the windings and create a voltage. This voltage can then be applied to various circuits and systems, depending on the application.

The SC52-150 fixed inductor also features a number of other useful characteristics. These include high thermal performance and low DC resistance. Thermal performance is important when it comes to using inductors in high power applications, since it ensures that the component can handle large amounts of power without the risk of overheating. The component’s low DC resistance allows it to be efficiently used in both single and multiple winding applications.

In conclusion, the SC52-150 is a great choice for anyone looking for a reliable fixed inductor to use in various applications. Its wide range of characteristics make it suitable for a wide range of applications, including digital signal processing, motor control, power supplies and audio processing. Its low DC resistance and high thermal performance make it a great choice for high power applications. Finally, its operating principle makes it a useful component for creating the necessary voltages in various circuits and systems.

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