T494E477K006AT

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Tantalum capacitors are types of electrolytic capacitors, which utilise angular shaped solid materials of tantalum as the anode rather than aluminium. Compared to aluminium capacitors, tantalum capacitors have a higher capacity, a higher operating temperature, and a longer life expectancy. However, they are also more expensive than their aluminium counterparts.

T494E477K006AT is a type of tantalum capacitor, which is a hermetically sealed, radial leaded type. It particularly has high temperature and high energy storage capacity. It is particularly suitable for applications requiring high current capacity or temperature capability. Common application fields are power supplies, frequency converters, medical instrumentation, computer equipment, and communication systems.

T494E477K006AT works on the principle of an electrolytic capacitor. In this type of capacitor, two conductive plates (anode and cathode) are fixed between two electrolyte layers, separated by an insulating material or oxide. By controlling the amount of charge stored in the electrostatic atmosphere between two plates, the amount of current is regulated and controlled by the application of voltage. Therefore, by utilizing this device, one can produce a current with potential to meet the desired requirement.

T494E477K006AT has a capacitance of 470uF, with an operating frequency of up to 20MHz, and has a voltage rating of 4V. It is able to withstand up to 125 degree Celsius operating temperature. It is comprised of rolled anode (tantalum), dielectric of manganese dioxide and two soft terminations. The capacitor is also shock proof, having a thick epoxy body.-

T494E477K006AT is a useful and reliable device found in a variety of application fields from power supplies to medical instrumentation. It is highly capable device when it comes to current capacity and temperature capability. Its benefits include high reliability, long life expectancy, affordability, small physical size, and lower power consumption. When used correctly, it can deliver an overall impressive performance.

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