ER1641-152KS Inductors, Coils, Chokes

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Fixed inductors are electronic components that feature a coil of wire that acts as an inductor. The ER1641-152KS is one such component and is marketed by the French company, Renka. The ER1641-152KS is a 2-pin axial lead inductor that is suitable for use in a variety of applications. It is a low-profile, high-efficiency unit that has been designed to offer superior performance in high frequency, power applications.

The ER1641-152KS is designed for use in high frequency switching, motor control, and other high current applications. It is also suitable for use in DC/DC converters, audio amplifiers, and power supplies. The component features a high quality, heavy duty construction with a solid-state ferrite core and gold-plated terminals. This ensures a high performance and reliable operation in a variety of environments.

The ER1641-152KS features a high saturation current of up to 6A and a rated inductance of 15H. Its minimum working temperature is -40°C and its nominal working temperature range is -40°C to +125°C. This allows the component to work well in a variety of operating conditions. It is also designed to be robust and reliable, with a maximum ripple current rating of 20A and an operational temperature range of -40°C to +150°C.

The ER1641-152KS is also designed to be efficient and reliable. Its low winding resistance and high dust-free operation make it well suited for use in high current, high frequency applications. It also has high thermal shock capability, making it resistant to thermal stress and ensuring a long operational lifespan. The component features a high Q factor, which is a measure of induction efficiency, and an ultra-low self-resonant frequency, which ensures that it will not affect other nearby components.

The ER1641-152KS is a reliable and efficient fixed inductor that is suitable for use in high frequency, high current applications. It features a rugged construction with gold-plated terminals, a solid state core, and a high saturation current. Its low winding resistance and high dust-free operation make it well suited for use in a variety of operating conditions and environments. The component is also capable of withstanding high thermal shock and has an ultra-low self-resonant frequency, making it an excellent choice for use in power applications.

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