CDR105BNP-390LC

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Fixed inductors provide steady inductance when current passes through them. An example of a fixed inductor is the CDR105BNP-390LC. In this article, we will discuss its application field and working principle.

The CDR105BNP-390LC is an excellent choice for a range of applications, both in commercial and industrial electronic circuits. Its most common application functions include: power factor correction, energy storage, filtering and power electronics. Its physical dimensions are suitable for integrating it into a circuit board or antenna placement, making the CDR105BNP-390LC versatile enough to fit any given space-limited application.

The CDR105BNP-390LC is an ideal choice for power factor correction since it has a relatively low output impedance and an exceptionally broad linear frequency range. This makes the CDR105BNP-390LC suitable for regulating current with little distortion. Additionally, it is highly efficient in energy-storing applications, as well as being able to buffer large, fast-changing power voltages. Its filtering capabilities are also ideal for producing clean signals without any distortions.

From a physical perspective, the CDR105BNP-390LC is solidified ferrite and includes numerous long coils of tightly wound wire, each contained in its own case. Its efficient design provides minimal heat generation, low power dissipation and unprecedented RF electromagnetic compatibility. This makes it highly resistant to electromagnetic noise, enabling it to last for long periods of time without any degradation.

In terms of their working principle, the main purpose of the CDR105BNP-390LC is to produce a magnetic field, which is generated by the passage of current through the wound coils of the inductor. This magnetic field then affects the inductanc of the material, resulting in an effective way to store energy. It also works as an RF signal amplifier, increasing the signal strength without any distortion.

The CDR105BNP-390LC is a versatile component, offering numerous functions across a wide range of applications. Its linear RF frequency range and low output impedance makes it ideal for power factor correction, energy storage, filtering and power electronics. It also effectively resists electromagnetic noise and is easy to integrate into a circuit board or antenna placement. In conclusion, the CDR105BNP-390LC is a reliable and efficient component when it comes to fixed inductors.

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