CS160808-39NK

Fixed inductors are used in a wide variety of electronic applications, and the CS160808-39NK inductor is no exception. This is a type of component that functions by keeping a constant magnetic field that helps direct a current in a specific direction.

It is comprised of an outer core that acts as a magnetic shield, while the inner core consists of a series of insulated copper wire coils. The magnetic field emitted from the coils helps move the current from the negative to the positive pole of the circuit. The strength of this magnetic field determines the capabilities of the inductor.

The CS160808-39NK is rated for high temperatures of up to 150°C. This allows it to be suitable for operation in industrial, automotive, and marine environments. It is often used to help regulate current levels in power circuits, and it is also suitable for pulse applications, such as in motor control systems.

The CS160808-39NK has an integrated design with a low-height profile. This helps to make it perfect for a wide range of applications that require a small form factor. The flat design of the component also helps to promote good heat dissipation, further increasing its reliability.

When it comes to safety, the CS160808-39NK is designed to meet the most stringent standards. It is certified with both UL and TUV approvals and is RoHS and REACH compliant. It also has an AEC-Q200 qualification, indicating that it meets the same high standards as components used in automotive applications.

In terms of performance, the CS160808-39NK has excellent voltage and current ratings. It has a max energy density of 85 J/cm3, making it suitable for use in high-power designs. It also has a minimum frequency down to 4kHz, making it well-suited for high-speed switching applications.

Overall, the CS160808-39NK inductor is a reliable and versatile component suitable for a wide variety of industrial, automotive, and marine applications. Its high-temperature rating, UL/TUV certification, and excellent voltage and current ratings make it the perfect choice for high-power designs.