M550B108M040AS

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Tantalum – Polymer Capacitors represent an enhanced and improved version of the conventional Tantalum capacitors and are the improved version of the conventional electrolytic capacitors since the development and incorporation of the polymer technology. The M550B108M040AS is a device that belongs to this category and is capable of delivering a capacitance of 10uF along with a voltage rating of 6.3-16V and an ESR of 0.14 Ohms. It has undergone a maximum ripple current test at 85 degrees Celsius of 5.2Amps and has an operating temperature range of -55 to 125 degrees Celsius.

The M550B108M040AS has an enhanced reliability due to the surface mountable package and the POLYMER capacitive elements. It is able to produce a high capacitance with a low series resistance and ESR when compared to the other similar class capacitors. This feature makes it ideally suitable for many applications. It is capable of withstanding a wide range of temperatures and can be used for a variety of applications in different fields including military, medical, aviation, automotive, and telecommunication related industries. It is also found to be most suitable for use for applications in the computer systems, power supplies, audio, and high-frequency communications.

The working principle of the M550B108M040AS Tantalum – Polymer capacitor is simple and effective. The capacitor is constructed by two plates which are made of different materials, namely a positive electrode that is made of Tantalum and an electrolytic dielectric which is based on a POLYMER material. The alternating current performs a reversed electroplating operation and helps to store energy in the form of an electric field, thereby producing an electric charge in the capacitor.

The area of the plate also determines the amount of charge holding capacity of the capacitor. The main capacity of the capacitor is that it helps to store the charge and helps to maintain the same for a given period of time. It basically acts like a battery and helps to store charge which is later used when the capacitor is discharged. Upon application of current a sufficient amount of energy is stored, the amount of energy needed to be applied depends upon the requirement of the application and the type of capacitor being used. The M550B108M040AS showcases an impressive 79% energy storage capacity and allows a longer working life due to its low loss characteristics.

The M550B108M040AS capacitors also have an impressive ability to withstand high temperatures and low temperatures, making them suitable for wide temperature range applications. It is important to remember that the electrolytic dielectric used in the capacitor has a significant effect on the overall performance and life of the capacitor, so it is important to make sure that the quality of the dielectric material used is of the utmost quality for it to perform optimally. This capacitor also provides a high volumetric efficiency, making it attractive for many applications where space is at a premium.

The M550B108M040AS Tantalum – Polymer capacitors provide many advantages due to their enhanced reliability and improved performance characteristics. They are very suitable for portable electronics and high frequency applications as they can withstand wide temperature ranges and provide a high storage capacity. Their high volumetric efficiency makes them attractive for various applications where space is at a premium and their ability to deliver a high capacitance with a low series resistance and ESR makes them the ideal choice for many applications.

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