M550B108K060BA

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Tantalum-Polymer capacitors, commonly known as T/P capacitors, possess a higher capacitance than electrically comparable Ceramic capacitors due to the dielectric properties of the material used for production. The M550B108K060BA is considered to be one of the larger packaged T/P capacitors with a form factor that consists of a lead-free radial through-hole soldering, all aluminum construction, and allowing for a capacity range of 6.8 to 420uF.

Due to its dependable performance and low-temperature capability, the M550B108K060BA is most often utilized in a wide variety of demanding applications requiring a high level of safety and reliability. These applications include: electronic products such as cell phones, computers and gaming systems, aircraft assemblies, and military operations where the protection of electrical systems and signal quality are paramount. Furthermore, the M550B108K060BA is well-suited for use in signal filtering and energy storage, allowing it to be used in high ripple current applications in order to regulate the power distribution.

Description of Working Principle

The M550B108K060BA utilizes the fundamental components of a typical T/P capacitor for its operation. These components include two ‘metal-on-metal’ plates separated by a polymer dielectric material, held together by a winding of metallized filament and bonded with an adhesive. The aluminum electrodes are made of a high-purity alumina-ceramic, coated with a noble metal layer, typically either gold or palladium, to improve oxidation stability. The dielectric is made of a combination of polyethylene and a mixed metallized powder. The dielectric material serves to store a charge on the capacitor, which allows the M550B108K060BA to act as a temporary storage device during electrical power functions.

The primary purpose of Tantalum-Polymer capacitors is to act as an energy storage device, allowing the energy stored within them to be released in a controlled manner. This allows current to be applied over multiple time periods, and makes them well-suited for use in systems that require a range of output voltages. This further allows for the protection of electrical systems and signal quality in demanding applications.

The M550B108K060BA utilizes stacked aluminum anode plates, which is an important feature. By stacking these plates, it increases their surface area and allows them to store even more electric energy, thus increasing the capacitance of the capacitor. Furthermore, the aluminum anode plates are also etched during production, which further increases the surface area and dramatically increases the capacitance of the capacitor. By having a greater capacitance, the M550B108K060BA can store more energy and is therefore better suited for a wider variety of applications.

Conclusion

Tantalum-Polymer capacitors, such as the M550B108K060BA, are ideal for use in high ripple current, electronic product, aircraft assembly, and military operations applications. Due to its aluminum anode plates, this capacitor has an increased capacitance that can offer higher protection of electrical systems and signal quality. It is a highly reliable capacitor with low-temperature capability, and it is suitable for a variety of signal filtering and energy-storage applications.

The specific data is subject to PDF, and the above content is for reference