UKL1HR22KDDANATA

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Aluminum electrolytic capacitors are electrical components that are mainly used to store electrical energy and also filter certain noises on devices. They consist of two metallic foils that have a very thin layer of oxide that acts as an insulating dielectric. A liquid or solid electrolyte can then aid in the conduction of electrical current through the capacitor. The UKL1HR22KDDANATA range of aluminum electrolytic capacitors is an ideal product for a variety of applications.

These aluminum electrolytic capacitors offer a wide range of features that make them well-suited for use in a variety of applications. The capacitors are highly resistant to vibration, shock, and temperature. Additionally, the capacitors are rated to handle temperatures ranging from -40°C to 110°C. The capacitance range of the capacitors can be anywhere from 0.22µF to 470µF, giving a broad range of applications. The capacitors’ product dimensions range from 7mm×6mm×3.5mm to 10mm×7mm×3.5mm, making them suitable for a variety of smaller applications. Furthermore, the product has a max. rated voltage of 50V, allowing for a variety of voltage requirements.

The UKL1HR22KDDANATA aluminum electrolytic capacitor range has a variety of benefits in electronic applications. The capacitors provide quick charge and discharge times for high performance applications. Additionally, due to their self-healing property, they can be used to provide EMI/RFI noise suppression and can filter out high frequency electrical signals. The capacitors also offer excellent capacitance stability over the lifespan of the product, ensuring consistent performance.

The amazingly efficient working principle of the UKL1HR22KDDANATA capacitors is based on the concept of electrons leaving one side of the device, through the electrolyte, and moving to the other side of the capacitor. This movement of electrons creates an electrical field across the device, which stores energy in the device in the form of an electrostatic charge. This energy can then be released into a load when the capacitor is discharged. When a capacitor is charged, the electric field created between the metallic plates also causes a dielectric medium to form between the plates.

The capacitance rating is determined by the spacing between the plates, the size of the plates, and the type of dielectric medium used. The capacitance rating is usually expressed in microfarads (µF) or nanofarads (nF). The larger the capacitance rating, the more electrons can be stored in a capacitor and the longer it will take to charge or discharge the device. The UKL1HR22KDDANATA capacitors are rated of between 0.22µF to 470µF, making them suitable for a variety of applications.

The features provided by the UKL1HR22KDDANATA aluminum electrolytic capacitors make it an ideal choice for a variety of electronic applications. The highly efficient working principle, combined with the quick charge and discharge times and a wide capacitance range make them a perfect choice for filtering EMI/RFI noise, providing ESD protection, and reservoir capacitors. The durability and long life-span of the product make them well-suited for use in medical, military, aerospace, and automotive applications.

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