ILC0402ER33NK

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Fixed inductors, also known as non-variable inductors, are components that use their magnetic field to store energy in the form of current. They are used as part of electrical circuits and frequently found in power supplies, automotive circuits and many other electronic applications. The ILC0402ER33NK is a popular choice for many of these applications.

The ILC0402ER33NK is a surface-mountable fixed inductor with low profile and high current capacity. It has a rated inductance of 33nH, a rated DC current of 3.6A and a rated saturation current of 2.16A. Furthermore, the complete inductor is encapsulated in a molded plastic case with a lead-free finish.

The ILC0402ER33NK is suitable for use in both high frequency applications such as switching power supplies and also in low frequency applications such as choke inductors. The inductor supports a temperature range of -40°C to +105°C. The device is also resistant to shock, vibration and moisture, making it suitable for use in industrial and other harsh environments.

The ILC0402ER33NK is an inductor that works according to Faraday’s law of induction, states that a changing magnetic field will induce an electric field. This means that when current flows through the ILC0402ER33NK, a magnetic field is created and can be used to induce an electrical signal. This property is useful for transmitting power over long distances and in many other applications.

The ILC0402ER33NK inductor is also useful in filter applications. By connecting the inductor in series with a capacitor, a filter can be created which will allow low frequency signals to pass with low attenuation while attenuating high frequency signals. The inductor/capacitor combination is also useful for high pass filter applications for blocking low frequencies.

The ILC0402ER33NK is a useful component for a wide range of applications including power supplies, automotive electronics, RF, and industrial electronics. With its excellent resistance to shock, vibration and moisture, the ILC0402ER33NK is an ideal choice for applications that require reliable performance in a wide range of conditions.

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