CDRH3D16/LDNP-120NC

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Fixed inductors are widely used in the electronics industry, playing a critical role in filtering, buffering, and signal enhancement. The CDRH3D16/LDNP-120NC device is one example of such a fixed inductor. This article lays out the application field and working principle of CDRH3D16/LDNP-120NC.

In terms of application, the CDRH3D16/LDNP-120NC is most widely used for power line filtering and signal transmission in a wide range of communication and consumer electronics. It is available in both wire-wound and multilayer formulations, allowing for designers to take cost, performance, and size into account during selection. The device is particularly praised for its high self-resonance frequency, excellent temperature stability, and high efficiency in signal processing.

As for the working principle, the CDRH3D16/LDNP-120NC is an inductor made by structurally putting wire loops together on a ferrite substrate layer. When current passes through the wire, it induces a magnetic field. The inductor then stores the magnetic energy and returns it to the circuit. This process, known as mutual induction, allows for current to be regulated or dampened inside a circuit.

The CDRH3D16/LDNP-120NC also utilizes a high-frequency operating principle known as self-resonance, which enables the device to be incredibly efficient. In this working mode, the inductor’s output current is limited by its own parasitic capacitance. This limits the potential power consumption and size of the device and increases the overall efficiency.

In summary, the CDRH3D16/LDNP-120NC is a fixed inductor used for power line filtering and signal transmission. Its ability to offer high self-resonance frequency, excellent temperature stability, and high efficiency makes it a favorite for a wide range of consumer and communication electronics. Its main working principle is based on mutual induction and self-resonance.

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