TAP105M035SCS

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Tantalum Capacitors

Tantalum capacitors are used extensively in applications requiring a large capacitance in a small package size; this is due to the size advantage that results from having a higher dielectric constant than ceramic or mica capacitors. Made from metalized film, the dielectric consists of the oxide of the tantalum metal and the two metal electrodes consist of a sintered anode made of tantalum and a thin layer of metal or graphite on the solid electrolyte as a cathode. The TAP105M035SCS is a type of tantalum capacitor. It is a chip-size solid electrolytic capacitor constructed by using a conductive polymer solid electrolyte optimized for large capacitance capacitors. It is a surface mount device that incorporates a molded case, positive electrode (anode) and negative electrode (cathode).

TAP105M035SCS application field and working principle

The TAP105M035SCS is commonly used for ripple current absorbance, snubber and switching circuits, and impedance-controlled frequency-filtering circuits and impedance-controlled frequency selection circuits.It combines a small size, high capacitance and low impedance characteristics, making it an ideal component for power supplies and filtering applications. Its small size and low profile allows it to fit into compact, space-limited circuit boards. Its durability and high capacitance in a small size make it very cost-effective.

The TAP105M035SCS comprises a polymer solid electrolytic capacitor in a molded case with a positive electrode (anode) and negative electrode (cathode). This capacitor works on the principle of two conductive layers separated by a dielectric material. The dielectric material offers a barrier to the flow of current between the two conductive layers. When a voltage is applied across the two conductive layers, a potential difference is created which causes electric charges to accumulate at the surfaces of the two conductive layers, resulting in the formation of an electrostatic field.

This electrostatic field increases until the dielectric material can no longer resist it, allowing electric current to pass through. The capacitor stores energy within its dielectric material and then releases it, allowing any instantaneous current surge to pass through and ensuring a stable application power supply.

The current limiting property makes it suitable for applications requiring ripple current absorbance or snubber circuits, while its frequency filtering and signal selection property makes it perfect for impedance-controlled frequency-filtering circuits and impedance-controlled frequency selection circuits.

Additionally, the TAP105M035SCS features a chip-size solid electrolyte which has been optimized for large capacitance capacitors. This provides improved capacitance with very small volume, making it suitable for automotive, handheld and other low-profile applications.

Conclusion

The TAP105M035SCS is a chip-size solid electrolytic capacitor that combines a small size, high capacitance and low impedance characteristics. It is suitable for applications requiring ripple current absorbance, snubber and switching circuits, and impedance-controlled frequency-filtering and/or signal selection circuits. It is commonly used for automotive, handheld, switching, and filtering applications as it provides a cost-effective solution in a small package size.

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