Description

Product Features

The inverter power supply high – frequency transformer core is exceptional with four extraordinary features.

First, its high initial magnetic conductivity facilitates effective magnetic induction during initial operation, enabling fast energy transfer and reducing power losses in the initial phase. This provides fast and stable start-up of the inverter system.

Second, the high saturation magnetic induction makes it have the ability to transmit large-scale power without magnetic saturation. Even in heavy loads, it exhibits better performance, guaranteeing stable power conversion.

Third, its excellent temperature stability guarantees reliable operation in a broad array of temperatures. Be it in extremely cold or hot temperatures, the magnetic properties of the core are not affected, precluding it from degrading its performance via temperature fluctuation.

Lastly, the flexible frequency characteristics make it appropriate for many high-frequency applications. It can smoothly operate within different frequency bands, providing great convenience for diverse inverter designs.

 

Product Applications

The common – mode inductor in the inverter power supply high – frequency transformer core boasts an extremely high initial magnetic permeability. This remarkable property enables it to exhibit substantial impedance and insertion loss even under the influence of the geomagnetic field. As a result, it demonstrates excellent suppression capabilities against conducted interference, effectively blocking unwanted electrical noise from propagating through the power supply system.

What’s more, within a wide frequency range, it shows a resonance – free insertion loss characteristic. This means that regardless of the frequency fluctuations within this range, the inductor maintains stable performance without experiencing the detrimental effects of resonance, which could otherwise degrade its filtering efficiency. This combination of features makes it an indispensable component for ensuring the purity and stability of electrical signals in high – frequency inverter power supply systems.

In conclusion, the inverter power supply high – frequency transformer core, especially with its common – mode inductor, is a crucial component. Its high initial magnetic permeability allows for excellent suppression of conducted interference by generating significant impedance and insertion loss even under geomagnetic fields. The resonance – free insertion loss across a broad frequency range ensures stable filtering performance, preventing signal degradation due to frequency fluctuations. This core plays a vital role in maintaining the purity and stability of electrical signals, making it essential for high – frequency inverter power supply systems. Its unique features guarantee reliable operation and efficient power conversion, meeting the demanding requirements of modern power applications.