JS231126-AA

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Film Capacitors are electronic devices that store energy and are constructed from thin, polyester-based plastic materials called films. They are commonly used in high-frequency applications due to their low impedance and stability over wide working temperature ranges. The JS231126-AA film capacitor is a type of film capacitor specifically designed for use in wireless power transfer applications.

The JS231126-AA film capacitor consists of two side-by-side large area electrodes, which are connected to the film substrate. Each electrode is sandwiched between two insulated material layers, with dielectric sandwiched in between. The electrodes and the dielectric material are both embedded within a heat-resistant polyamide substrate. The heat-resistant polyamide helps to prevent degradation of the anode material, and also helps to prevent any moisture buildup on the electrodes which could damage the capacitor.

The JS231126-AA film capacitor is designed to provide maximum power transfer efficiency with minimal power loss across the substrate. Its high power efficiency is achieved by reducing power loss due to skin and proximity effects which occur in traditional foil capacitors. The film substrate also reduces thickness and resistance of the electrodes. This increases power transfer efficiency and minimizes power loss across the capacitors.

The JS231126-AA film capacitor also has a wide operating temperature range of -45 to +85°C. This allows the capacitor to operate in both low and high temperatures, making it ideal for use in high-frequency applications. The capacitor also offers low capacitance variation over wide temperature range, making it suitable for use in applications that require low ESR.

The JS231126-AA film capacitor is designed to provide reliable, stable performance and long service life. The film substrate and insulated layers help to reduce the possibility of short-circuit failure. The capacitance is also unaffected by shock, vibration, or acceleration, offering long-term and reliable service.

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