3186GL123S400JPA1

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Aluminum Electrolytic Capacitors are capacitors which use an aluminum oxide-based dielectric material, and are part of the family of electrolytic capacitors. With very high levels of capacitance for a given unit volume, electrolytic capacitors are extremely useful for all kinds of applications. The 3186GL123S400JPA1 Aluminum Electrolytic Capacitor is one such unit, with a range of specific uses and a unique set of working principles.

The 3186GL123S400JPA1 capacitor is specifically designed for energy conservation systems, utilizing its unique construction as a means of increasing efficiency and reducing energy consumption. It is rated at 85 degree Celsius, with a voltage rating of 400V and a capacitance of 2000uF. The capacitor is especially useful when it comes to filtering signal noise from varying sources and in power factor correction applications.

The construction of the 3186GL123S400JPA1 capacitor is what makes it so effective when it comes to filtering out signal noise and other forms of interference. The case is hermetically sealed aluminium, with a glass passivated junction, and this provides excellent protection from dust, vapour and other environmental influences. The anode and cathode are made of aluminium, and this is what makes this type of capacitor such sleek yet efficient device.

The working principle of the 3186GL123S400JPA1 capacitor is based around its unique construction, allowing it to filter out signal noise and power factor correction. The capacitor is designed to discharge high frequency signals, and as a result, it can be used to regulate the voltage over and above the rated voltage. When it comes to power factor correction, the capacitor functions to reduce the reactive power, allowing the user to save energy costs.

The 3186GL123S400JPA1 Aluminum Electrolytic Capacitor is specifically designed for energy conservation systems, utilizing its construction as a means of increasing efficiency and reducing energy consumption. With its unique construction, it is capable of filtering out signal noise and in power factor correction applications. It is an extremely useful device, and with its working principles, it is sure to save the user time and money in the long run.

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