TAP105K035GSB

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Tantalum capacitors are classified as polarised electrolytic capacitors, and are amongst the most used capacitors in applications such as power supplies and audio. The TAP105K035GSB is a capacitor commonly used in electronics, and is produced by the reliable and popular manufacturer TE Connectivity. This article will explain the application fields and working principle of the TAP105K035GSB.

Tantalum capacitors are popular choices for many applications due to the properties of the dielectric material which they are constructed with. Tantalum capacitors have a low Equivalent Series Resistance (ESR) when compared to other types of capacitors, as well as having very high energy and power densities. This makes them suitable for radio frequency applications as they possess very good high frequency performance.

The TAP105K035GSB is an Electrolytic Capacitor, with its terminals connected to two metal plates surrounded by a conducting electrolyte solution. The metal plates act as electrodes and the electrolyte solution acts as the dielectric material which connects them. This allows for very high capacitance values in a very small package size.

This particular capacitor is made from a tantalum manganese solid electrolyte with a direct nickel plating for increased performance and reliability. It has a 5 mm by 7.5 mm footprint, a rated maximum voltage of 6.3V, and a temperature range of -40 to +125 degrees celsius. It is also rated to a maximum operating frequency of 1.0GHZ, making it suitable for use in radio frequency applications.

The TAP105K035GSB capacitor is used mainly in decoupling and ripple current applications, due to its small footprint and high capacitance value. It is used to reduce AC and high-frequency noise in electronic circuits, as well as isolating two electronic components from one another. This makes it an ideal choice for power supply applications and other areas where low ESR values are needed for successful operation.

The working principle of the TAP105K035GSB is the same as any other capacitor. It works by storing electrical charge in the form of a potential difference across its terminals. When a voltage is applied to the plate terminal, a small electric current flows between the two terminals, charging the capacitor and forming an electric field between them. When the applied voltage is removed, the electric field begins to collapse, releasing the stored charge and producing a small current.

In conclusion, the TAP105K035GSB is a great choice for applications needing high capacitance and low ESR values in a small package size. It is suitable for decoupling and ripple current applications, as well as being suitable for use in radio frequency applications. Its robust construction, from a tantalum manganese solid electrolyte with a direct nickel plating, ensures reliable and consistent operation in even the most demanding of applications. This makes it one of the most popular and versatile capacitors available on the market today.

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