16RX30470M8X16

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Aluminum electrolytic capacitors use a process of creating an oxide layer on a pure aluminum foil, creating a very thin (<1 micrometer) dielectric layer that is capable of being much thinner than the dielectric layers of competing technologies such as ceramic and film capacitors. This oxide layer is then anodized, which increases its value as an insulating barrier, while also laying down an effective barrier layer for preventing the aluminum from corroding.

The 16RX30470M8X16 capacitor is a radial-style, double-layer, axial-leaded aluminum electrolytic capacitor. It has a rated voltage of 100VDC and a rated capacity of 8,000μF. The capacitance tolerance is of ±20% and the temperature value is of 105°C (-40°C to +105°C). The dimensions of the 16RX30470M8X16 are of 4.7mm diameter and 16mm height.

The aluminum electrolytic capacitors are used in a broad range of applications, due to their characteristics and features. The 16RX30470M8X16 is principally used in applications such as dc-dc converters, laptop batteries, notebook computers, consumer electronics and automotive applications, among others. Its applications range from decoupling and filtering, as well as signal coupling and discharge. As it is of radial style, it allows a simpler mounting system opposed to its axial-style alternatives.

The working principle of the 16RX30470M8X16 capacitor is mainly dependent on the process of creating an oxide layer on the base aluminum foil dielectric material. The anodizing of this oxide layer allows for a higher value of insulation and creates an effective barrier to prevent any corrosion from the aluminum. The anodizing also increases the capacitance that the aluminum can provide when compared to competing technologies. The dielectric material also increases its voltage rated capabilities as the aluminum is anodized thinner than its other competing technologies, allowing it to store more charge.

The 16RX30470M8X16 uses a double-layered design to reach its higher capacitance values, due to the similarities of the capacitance values of two capacitors when connected in series. The double-layering structure of the aluminum electrolytic capacitor also helps increase its efficiency and reduce the amount of heat that it generates.

The axial-leaded design of the 16RX30470M8X16 aluminum electrolytic capacitor ensures that the leads are in direct contact with the case, which is also anodized aluminum. This improves the dissipation of heat generated by the capacitor and minimizes the amount of PCB space the application requires.

In conclusion, the 16RX30470M8X16 aluminum electrolytic capacitor is a reliable and versatile component that is commonly used in many different applications. It offers high capacitance values for its size, which makes it an ideal choice for a wide variety of applications. Its double-layered design allows for higher capacitance and low heat dissipation, while its axial-leaded design ensures reliable contact between the capacitor and the PCB. With its anodized aluminum construction and its oxidizing process, the 16RX30470M8X16 aluminum electrolytic capacitor offers high reliability in many applications.

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