HM66-30120LFTR13

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Fixed inductors are common components used in electronic devices to provide electrical continuity. The HM66-30120LFTR13 is a surface mount multilayer inductor that’s ideal for high frequency surface mount applications. It’s specifically designed for use on Printed Circuit Board (PCB), and its small size makes it suitable for mobile and digital applications.

HM66-30120LFTR13 has a wide application field. The examples include providing RF shielding protection; inductance in the power supply circuit; and for detecting improper contact, interference, and vibration. This type of inductor is also used for power supply line filtering and noise control, and in voltage regulation, such as transistors, diodes, and regulators.

The HM66-30120LFTR13 is a unique type of multilayer inductor with high performance. It has a high Q factor, which means it has excellent electrical characteristics. The two characteristics that set this inductor apart from other multilayer inductors are its low DCR (direct current resistance) and inductance tolerance down to 0.10mm. It also has a high self-resonance frequency due to the good clock structure design.

The design of the HM66-30120LFTR13 allows for a long operating cycle. This is especially important for mobile and digital applications, as these applications require longer battery life and require longer operating cycles. The design also allows for a minimal heat buildup during operation, which ensures that the electronic component will last longer.

In addition, the HM66-30120LFTR13 features an inductor is designed for low self-heating and a low ESR (equivalent series resistance) that helps improves the overall efficiency of the circuit. Furthermore, it has good temperature stability, which is important for mobile and digital applications. Lastly, because the inductor is RoHS compliant, it can be used for commercial and industrial applications.

The working principle of the HM66-30120LFTR13 is the same as with most other inductors. It works by converting electrical energy from a direct current into an alternating or oscillating current. This is done by using a conducting wire, which has an inductive reactance. This reactance causes the current to move along the wire in a circular motion. As the current circulates, it produces a magnetic field around the wire, which then induces an electric field. By applying an AC voltage to the circuit, this induced electric field pulls the current in the opposite direction and reverses the current flow.

The AC voltage changes the magnetic field, which then results in a change in the current flowing through the wire. This induces a changing magnetic field around the wire, which then induces a secondary electric field through the wires, and so the cycle continues. This cycling of the electric and magnetic fields is what creates the inductance in the circuit, which is what makes the HM66-30120LFTR13 is such a useful inductor.

The HM66-30120LFTR13 is uniquely designed and provides many benefits to electronic devices. Its broad application field and high Q factor make it an ideal choice for high frequency PCB applications. Additionally, its low DCR, high self-resonance frequency, and high temperature stability make it suitable for use in digital and mobile applications. Finally, its RoHS-compliance ensures that it is suitable for commercial and industrial use.

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