38S402C

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Fixed inductors have been in use for decades in a variety of applications, from energy storage and charge balancing devices to noise suppression and anti-interference components. One such inductor is the 38S402C, a wound, multilayer inductor that is used in various commercial products and applications.

The 38S402C is designed to maintain a high degree of efficiency and performance in its applications. It has an average overall inductance of 400 μH with a rated current of 0.6A. It is rated for an operating temperature range of -40° C to +125° C and a storage temperature range of -55° C to +125°C. The 38S402C also features a low DC resistance of 0.785 ohms and an inductance tolerance of ±20%.

The 38S402C is used in a number of applications, such as power supplies, voltage converters, inverters, circuit filtering, and radio frequency devices. It is typically used in power supplies to reduce electromagnetic interference (EMI), reduce line noise, and reduce ripple. In voltage converters, it helps to filter out high-frequency signals and reduce in-circuit oscillations. It is also used in inverters to suppress high frequency oscillations and improve the efficiency of the circuit. Additionally, it makes a great filter for radio frequency applications, helping to reduce noise and increase signal clarity.

The 38S402C operates by inducing either a direct current (DC) or an alternating current (AC) in a wire or an arbitrary coil. This is done by generating a magnetic field around the inductor\'s core, which interacts with the windings in the core. This interaction between the core and the windings creates an opposing magnetic field, which induces a current in the inductor. This current can then be used to power other components in the circuit. Alternatively, the 38S402C can be used to store energy and release it in a controlled manner as needed.

The 38S402C is an effective component to use in many different applications. Its high efficiency, robust build, and low DC resistance make it a great choice for a variety of applications. It can easily be integrated into existing circuits with minimal changes, making it a great choice for designers who need to get a high-performance component quickly. Furthermore, its temperature tolerance and high inductance make it well-suited for applications that require reliable performance over long periods of time.

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