T540B226K010BH8710WAFL

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Tantalum - Polymer Capacitors

Tantalum - Polymer capacitors are extremely popular among electronics manufacturers and engineers due to their cost effectiveness and reliability. The part number T540B226K010BH8710WAFL is a type of such capacitor that has a specially formulated set of specifications and capabilities, making it a perfect choice for certain applications.

T540B226K010BH8710WAFL capacitors have an anode that is constructed from two layers of high purity tantalum coated with a special polymer insulation material. The cathode is a modified oxide-based layer and special electrical contacts. The presence of an anode, cathode and insulating material make up the core components of the capacitor and are responsible for the majority of its properties.

The capacitance of this capacitor is 22µF in the absence of an external electrical field, it features very low insulation resistance, has a voltage rating of 10 volts, and its operating temperature range extends from -55°C to +125°C. Its tolerance, which is the degree to which a physical parameter may vary from the nominal or specified value, is ±20%.

The T540B226K010BH8710WAFL capacitors are mostly used for sample-and-hold circuits, dc to dc converters and energy storage devices. Its low leakage current along with its low dissipation factor makes it ideal for these applications. These tantalum capacitors also have excellent temperature stability and low noise levels, which makes them suitable for multiple applications where stable voltage is required, or for noise reduction purposes.

The T540B226K010BH8710WAFL utilizes a working principle known as electrostatic charging, which is defined as the process of charging a body by transferring Extra-atomic electrons from one body to another. The capacitance is created by two surfaces, one of which is a conducting plate and the other an insulating material. As electric current flows, it is passed through the capacitor, and the insulator causes a static charge to build up, resulting in an electrical field between the two surfaces of the capacitor.

To ensure the highest performance, the T540B226K010BH8710WAFL capacitors should be surrounded by optimal cooling environment. Since these capacitors have considerably longer life span when placed in reasonably cool areas, proper ventilation or air conditioning must be provided where ever these devices are deployed.

The T540B226K010BH8710WAFL capacitors have proven their capability in demanding environments and their popularity has steadily increased due to their reliable performance and outstanding characteristics. Their wide range of applications combined with their low cost translate into a very attractive solution for engineers and manufacturers looking for reliable and cost-effective capacitors for various projects.

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