UHW1E182MHD1TO

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Aluminum Electrolytic Capacitors (AECs) are a type of capacitor that is specifically designed to have large capacitance values and low equivalent series resistance (ESR). AECs are typically used in power supplies, high-frequency circuits, or in signal processing applications. The UHW1E182MHD1TO is a type of AEC specifically designed for use in high temperature and high current applications.

AECs use a dielectric material that is formed between two aluminum plates. The dielectric is typically formed by a layer of metal-oxide deposited on a surface of an aluminum foil, which is then rolled onto a second aluminum foil. The two plates are then electrically connected and a positive voltage is applied to one side of the capacitor. This causes the two plates to form an electric double layer capacitance, resulting in a large capacitance value.

The UHW1E182MHD1TO is an AEC specifically designed for use in high temperature and high current applications. The UHW1E182MHD1TO is an axial lead aluminum electrolytic capacitor that has a capacitance value of 180uF and a working voltage of 12VDC. The UHW1E182MHD1TO is rated for use in temperatures ranging from -25 to 105°C, with a maximum ripple current of 8.33A. The UHW1E182MHD1TO is especially well suited for use in power supplies or motor control applications where high temperatures and high current are a concern. The UHW1E182MHD1TO has a higher temperature rating than other AECs, making it especially suitable for use in rugged environments.

The main advantage of using AECs is their large capacitance values in relation to their size. With the UHW1E182MHD1TO, you can easily match the capacitance and ESR requirements for most electrical designs. Additionally, the UHW1E182MHD1TO is rated for use in temperatures up to 105°C, making it especially suitable for use in high temperature and high current applications.

The working principle of AECs is based on the electric double layer concept. An electric double layer capacitance is formed between two aluminum plates with a layer of metal-oxide deposited on one surface of an aluminum foil which is then rolled onto a second aluminum foil. When a voltage is applied across the two plates, an electric field is formed between them. This electric field causes charge carriers to be generated in the dielectric, resulting in a large capacitance value.

The UHW1E182MHD1TO utilizes this electric double layer concept to create a large capacitance value while having the ability to work reliably in high temperatures. The UHW1E182MHD1TO is an ideal choice for applications requiring high temperatures and high currents, such as in power supplies or motor control.

In conclusion, the UHW1E182MHD1TO is an aluminum electrolytic capacitor specifically designed for use in high temperature and high current applications. Its main advantage is its large capacitance value in relation to its size as well as its ability to work reliably in high temperatures. The UHW1E182MHD1TO utilizes an electric double layer concept to create a large capacitance value and is ideal for use in power supplies and motor control applications.

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