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Fixed Inductors

The 103-822JS series of fixed inductors are specifically designed for applications that require high power temperature stability. These components can handle high current and voltage ratings while also providing excellent frequency stability, size, and cost efficiency. 20a and 30a ratings can be obtained in various sizes of coils, and the inductance values are determined by the size of the core material.

When used for filtering or signal generation, these coils offer excellent performance due to their high resistance to temperature change. Due to their low core temperature, they can achieve high attenuation levels. In addition, they are highly effective in EMI suppression or for shielding purposes.

The 103-822JS series of fixed inductors are designed for easy installation and maintenance. The inductors’ shape makes them suitable for either hand soldering or pcb attachment, and they all feature a rugged construction and long-term reliability. The coils are sealed so they do not require reworking or soldering.

Working Principle

The 103-822JS series of fixed inductors work by creating an electromagnetic field around the coil. This field in turn generates a magnetic field that in turn produces an electric current in the coil. The current that is produced is dependent on the inductance of the coil itself, and the current also decreases with frequency.

The primary purpose of the fixed inductors is to create AC signals. This generated AC signal can be used in various applications including signal processing, switching, and electronic circuit components. In addition, the design of these coils is such that they also act as a filter for other high frequency signals. This helps to eliminate unwanted noise and interference from entering circuits.

When used in combination with other electronic components, the 103-822JS series of fixed inductors can provide excellent performance. They are highly suitable for use in power conversion, voltage regulation, and signal conditioning. Due to their wide range of applications, over-current protection, and frequency stability, these fixed inductors can often be used in various power conditioning systems.

Conclusion

The 103-822JS series of fixed inductors offer a cost-effective and reliable solution for applications that require high power temperature stability. These coils are highly resistant to temperature change, making them well suited for EMI suppression and shielding. They are also suitable for power conversion, voltage regulation and signal conditioning applications. In addition, these components are designed for easy installation and maintenance, making them an attractive choice for many applications.

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