KXG400VB47RM16X25LL

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Aluminum electrolytic capacitors make use of the rapid growth of anodisation oxide to create a high surface area and a very thin film on the anode. This oxide film acts as a dielectric that is responsible for storing electrical energy and supporting charge separation. KXG400VB47RM16X25LL is one type of aluminum electrolytic capacitor designed for specific applications.

The KXG400VB47RM16X25LL aluminum electrolytic capacitors are rated with a maximum rated voltage of 4V with a capacitance of 0.47 μF at 25°C. It also has a maximum capacitance change of -30 % from initial value (20°C - 70°C). Due to its low rated voltage and maximum capacitance change rate, this product is suitable for applications where stability and long-term consistency of capacitance are desired.

In terms of leakage current, the KXG400VB47RM16X25LL aluminum electrolytic capacitors has a rated leakage current of 1.5 mA or less at 1kHz. This low leakage current ensures that the device is able to provide high-quality performance in applications requiring reliable electrical isolation.

In terms of dissipation factor, the KXG400VB47RM16X25LL aluminum electrolytic capacitors has low dissipation factor of 1.6 % at 1 kHz and 20°C. This low dissipation factor is beneficial in applications where low heat transmission is desired.

The KXG400VB47RM16X25LL aluminum electrolytic capacitors are also rated with a maximum self-healing thermal resistance of 3.2 K/W. This provides the capability to dissipate heat dielectrically in certain temperatures and to prevent dielectric breakdowns from occurring under high temperatures.

In terms of performance, the KXG400VB47RM16X25LL aluminum electrolytic capacitors offer excellent electrical performance. Its low internal ESR and ESL values enhance the efficiency of electrical energy transfer in various applications. Its rated ripple current is 12.0 mA at 1kHz and the rated frequency response is 0.5MHz or higher.

The KXG400VB47RM16X25LL aluminum electrolytic capacitors have several different applications, such as motors, power electronics, power supplies, amplifiers, audio devices, etc. It is also suitable for applications that require reliable electrical isolation and consistent long-term electrical performance.

The working principle of the KXG400VB47RM16X25LL aluminum electrolytic capacitors is based on the generation of an anodic oxide layer inside the capacitor. By applying an electric field, the oxide layer will expand and generate an increased surface area that can be used to support charge separation. This in turn allows the capacitor to store electrical energy and supply a current when needed.

Overall, the KXG400VB47RM16X25LL aluminum electrolytic capacitors are capable of delivering reliable electrical performance and consistent long-term stability. It is suitable for a wide range of applications and can be used to support charge separation and store electrical energy efficiently.

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