TAP336K016BRS

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Tantalum capacitors, commonly known as the Tant-Caps, are solid-state capacitors that are best suited for high-temperature and high-frequency applications. They are highly reliable, and their low-loss performance makes them the preferred choice for automotive, industrial, and medical application fields. One of the popular and widely used types of Tantalum capacitors is the TAP336K016BRS type. This particular capacitor format exhibits excellent performance in high-current scenarios due to its high energy storage capacity.

The TAP336K016BRS is a multi-standard Tantalum polymer capacitor which uses the sheet metal technology in order to maximize its energy storage capacity. This high performance Tantalum capacitor has the following characteristics; it is a SMD type with a low profile, has a three-lead construction, and has a capacitance of 2 x 102K µF at 6.3V or 16V, with ESR less than 40 mΩ at 100 kHz. The rated capacitance is 336 KµF and the operating temperature range is –55ºC to +125ºC. Additionally, it has a rated voltage of 6.3V/16V, a rated leak current of 0.004C or maximum of 1mA, a maximum ESR of 200 mΩ, and a rated insulation resistance of more than 15 GΩ.

The TAP336K016BRS utilizes the sheet metal technology which is the best-performing technology for high current applications. This capacitor provides a low-loss performance with excellent thermal shock resistance. This capacitor features a high energy storage capacity and a stable temperature drift. Additionally, the device also features a self-healing process, which makes it highly robust and reliable for various applications.

In terms of its application field, the TAP336K016BRS capacitor is widely used in the automotive, industrial, and medical fields due to its excellent performance in high-current scenarios. The capacitor is used in the automotive industry in power supplies and ignition circuits, where it is necessary to maintain a stable voltage. Additionally, it is also used in industrial motor drives, where it is essential to have low-impedance across a large range of frequencies. The capacitors are also used in various medical instruments such as imaging systems and medical electronics. The capacitor provides the stabilized voltage which is necessary for the smooth functioning of high-tech medical instruments.

The working principle of the TAP336K016BRS capacitor is based on the fact that it is a type of dielectric material that acts as an electrical insulator between two conductive plates. An electrical charge is created on the two plates and an electric field is applied between them. The electric field produces an electric force on the dielectric material, which pushes the electrons of the material back and forth. This creates a polarization between the dielectric material and the plates, which leads to the formation of a capacitance. The capacitance is then used to determine the amount of energy stored per unit voltage.

In conclusion, the TAP336K016BRS capacitor is a highly reliable, low-loss, and high-performance electrode device that is best suited for high temperature, high frequency, and high current applications. It utilizes the sheet metal technology which enables it to maximize its energy storage capacity and its low profile makes it an ideal choice for automotive, industrial and medical application fields. The working principle of the capacitor is based on the dielectric material between two conductive plates, which produces an electric force and forms a capacitance that can then be used to determine the amount of energy stored per unit voltage.

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