BQ054D0155K

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Film capacitors are electronic components that are used to store energy and hold charge. They are also known as foil capacitors, mylar capacitors, and plastic capacitors. The BQ054D0155K is a film capacitor that is designed to meet the needs of applications requiring ultralow ESR and superior temperature performance.

The BQ054D0155K is perfect for applications that need high stability, reliability, and ripple current performance; such as audio frequency circuit filtering, voltage regulation, and high-end audio power supplies. It has a radial construction, aluminum electrolytic compound, and high dielectric loss tangent. These features make the BQ054D0155K ideal for power conversion and energy efficiency applications.

The BQ054D0155K has a metallized polypropylene film construction and low dissipation factor. It also has a self-healing mechanism which can isolate and control voltage peaks. These features combined make this capacitor an excellent choice for smoothening applications or those requiring extreme temperature or ESR performance. Additionally, since it’s a non-polarized capacitor, it is suitable for applications with alternating current like power supply circuits and motor speed control.

The BQ054D0155K works by charging up a film capacitor as a voltage is applied across its terminals. This causes electrons to accumulate on the plates, creating the electric field. The charge on the plates creates an electric field which stops any further current from flowing through the capacitor. As more energy is applied, more electrons accumulate on the plates until the electric field is strong enough to prevent further current from flowing from the capacitor.

The BQ054D0155K has a wide range of uses. It is perfect for applications that need high stability due to its high temperature performance, ripple current performance, and non-polarity. It is also suitable for power conversion and energy efficiency applications because it has a low dissipation factor. On top of that, the BQ054D0155K has a self-healing mechanism that can isolate and control voltage peaks, making it an ideal choice for smoothening applications or those requiring extreme temperature or ESR performance.

The specific data is subject to PDF, and the above content is for reference