T550B107K060BH0100

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Tantalum-polymer capacitor is a breakthrough in the capacitor industry, due to its advantages of high temperature resistance, improved ESR rate, low temperature performance, and robustness. The T550B107K060BH0100 is one of the high-voltage polymer capacitors which have become increasingly popular in a wide range of applications in today’s industrial market.

The T550B107K060BH0100 capacitor is an example of a smaller, high-voltage capacitor with an operating temperature range of -25°C to 85°C. It has a rated voltage of 10V, standard capacitance of 10μFat 120VAC and can handle ripple currents up to 125mA. The T550B107K060BH0100 capacitor is designed for filtering and decoupling, providing a low profile, lightweight and space-efficient solution for applications where high voltage and very high energy density are the key requirements. Additionally, this capacitor comes in an SOD-123 package with an innovative four-layer twin-pin structure that provides less heat dissipation and improved thermal performance.

The core construction of the T550B107K060BH0100 capacitor is based on tantalum-polymer technology. A tantalum electrolytic-capacitor anode is made out of metal that is oxidized, separating the individual metal ions and forming a two-dimensional layer between the ions and the dielectric material. This layer remains stable to provide a low-ESR anode for the capacitor. Polymer-electrolytic capacitors, by contrast, have the electrolyte in a solid polymer, thereby eliminating the risk of electric-polarity reversal or dielectric-breakdown in the case of a capacitor overload.

The working principle behind the T550B107K060BH0100 capacitor is essentially the same as that of other capacitors. When connected to an electrical circuit, it stores an electrical charge. This voltage can be calculated as the product of capacitance and electric field: EIR=Q/V, where Q is the charge stored and V is the voltage across the capacitor. The capacitance is the amount of charge stored when one volt is applied across the capacitor. This charge is measured in Farads and its unit of measurement is the Farad (F). The T550B107K060BH0100 capacitor has a capacitance of 10μF, which means that it can store 10μF of charge when one volt is applied across it.

The T550B107K060BH0100 capacitor is suitable for a range of industrial applications including switching power supplies, automotive electronics, robotics, medical device and many more. This capacitor is also an ideal choice for power-supply filtering and decoupling to reduce voltage noise, so that an effective system-level operation can be ensured. The excellent performance and features of this capacitor make it an efficient and reliable option for a variety of industrial applications.

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