Leaded Inductor LCHA

Inductance is not inherently a "directional" component. Its fundamental function is to store energy in a circuit and generate a self-induced electromotive force when the current changes. The inductance value (expressed in Henrys, H) is a scalar quantity that does not involve direction.

However, in certain situations, we may discuss the directionality of inductance components. For example, in AC circuits, the connection method of inductance components can affect their impedance characteristics towards AC signals. When designing magnetic components such as Transformers or inductors, the orientation of the magnetic core and the winding direction also influence their performance. In these cases, the term "directionality" refers more to the physical installation or electrical connection method rather than the inherent property of inductance.

In brief, inductance as a physical quantity is non-directional, but in specific application scenarios, the installation and connection methods may need to consider directionality to meet particular design requirements.

FEATURES:

Wire-wound Construction

Polyolefin Shrink Tubing

Excellent Environmental Characteristics

High Reliability

High Inductance and Lower RDC

Axial and radial leaded Power Inductor

UL polyolefin shrinking tube

Leaded Inductor with ferrite core

High-current

High-reliability

Low-resistance

Radial choke inductors

Axial lead fixed inductors

Operating temperature: -55℃ to +125℃

APPLICATIONS:

Output smoothly in Power Supply;

Chopper Control;

Output smoothly(LPF) in large current digital amplifier

Switching Mode Power Supply output smoothing circuit;

Electromagnetic Interference(EMI) and Radio Frequency Interference(RFI) filers;

Other oscillation circuits

Power Supplies

SCR and TRIAC Controls

RFI Suppression

Filters

Switching Regulators

Series in this family