ASPI-0402HI-R56M

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Fixed inductors play an important role in many different areas. They are mainly utilized as filter and voltage-regulation components for DC to DC regulators, inverters, and switching power supplies. The ASPI-0402HI-R56M makes full use of its size and features to effectively facilitate design applications.

The ASPI-0402HI-R56M fixed inductor is a small, surface-mount, high-current inductor designed for high-end current ratings. Its high current rating offers excellent filtering performance at a lower cost than other inductors. As a result, it can be used in various applications, ranging from power supplies to inverters.

The ASPI-0402HI-R56M features a small size and a low profile. Its compact design allows it to be used in tight spaces and on the underside of PCBs, making it ideal for dense designs. Furthermore, its low profile minimizes its impact on the overall layout of any application.

When it comes to performance, the ASPI-0402HI-R56M offers superior filtering performance. It is capable of filtering out both AC and DC signals to improve system signal quality. It also offers high DC resistance ratings to provide optimal power isolation. These features work together to reduce voltage ripple and enhance system reliability.

The ASPI-0402HI-R56M operates from a DC power source. It utilizes a unique “switching” principle to regulate voltage across its output terminals. When a voltage is applied to the input of the inductor, the current flow is switched on and off at high speeds to regulate the output voltage. This allows the inductor to deliver consistent output voltage regardless of varying input voltage levels.

The ASPI-0402HI-R56M is a high-current, surface-mount fixed inductor designed for use in switching power supply, inverter, and DC to DC regulator applications. Its high-current rating offers excellent filtering performance and a low profile minimizes its overall impact on any application. It utilizes a switching principle to regulate its output voltage, allowing it to deliver consistent performance even with varying input voltage levels.

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