CLS5D14HPNP-470NC

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Fixed inductors, also known as chokes, play an integral role in circuit design. These components help control signal levels, reduce ground loops, decrease electrical noise, and more. The CLS5D14HPNP-470NC fixed inductor is a versatile, high-performance component, and it has a variety of applications.

The CLS5D14HPNP-470NC is a four-pin, single-layer wound inductor. It has a 7.3 mm diameter and features a plastic case. It is constructed of ferrite cores, which make it highly efficient, able to handle higher currents, and highly resistant to signal interference. The CLS5D14HPNP-470NC is rated up to 3.3uH inductance with a 1.2 to 1.4 A rated current.

The CLS5D14HPNP-470NC excels in applications that require a reliable, consistent, high-performance coil. It is ideal for use in power supplies, especially for its supervisory role in a voltage regulation loop. Its high current and low impedance characteristics make it well suited for use in high-frequency switching circuits and flyback transformers. Additionally, it is commonly used in motor and gearbox control circuitry and in surge limiters and surge suppressors.

The working principle of the CLS5D14HPNP-470NC is based on Faraday\'s law of induction. When the DC current passes through the inductor, it generates a magnetic field which creates an opposing electromotive force (EMF). The magnitude of the EMF is proportional to the rate of the current changing. This EMF opposes the current and will cause a decrease in voltage across the inductor.

In power supply applications, the CLS5D14HPNP-470NC inductor works to maintain and regulate the voltage of the output. It provides a steady current and reduces the total ripple throughout the power supply. This is especially important in high-speed switching applications, as it prevents electromagnetic interference and voltage fluctuations.

The CLS5D14HPNP-470NC fixed inductor is a highly efficient component that can be used in a variety of applications. Its four-pin design and higher inductance make it ideal for noisy circuits, power supplies, motor and gearbox control, and voltage regulation in applications that require reliable performance and reduced signal interference.

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