M550B228K010AG

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The M550B228K010AG series tantalum - polymer capacitors find application in a wide variety of practices. Their key characteristic is a combination of low ESR, high capacitance in a small case size, which makes them ideal for circuit designs needing very high energy density in a limited space. Furthermore, these devices operate within a wide temperature range, rated to an operating temperature of 125°C.

Tantalum - polymer capacitors come in a variety of voltage ratings, ranging from 6.3V to 50V, and are available in chip, conformal coating and hermetically sealed packages. The lifetime of M550B228K010AG series devices is estimated at 5000 hours at rated voltage and a ripple current that is equal to or greater than specified. Such a lifetime enables them to be used in military, medical and industrial electronics as well as home and entertainment electronics.

The working principle of these devices involves two tantalum electrodes separated by a thin layer, or dielectric, of the polymer material. When a voltage is applied across the electrodes, the field intensity of this voltage causes the molecular structure of the polymer to increase, causing the dielectric to thin and allowing electrons to flow between the two electrodes. The total capacitance and impedance of the device increase with the increase in the thickness of the dielectric. This process is reversed when a reverse voltage is applied, leading to the breakdown of the charge and decreasing the capacitance and impedance of the device.

Due to their high stability, M550B228K010AG series capacitors are often used in filters and energy storage applications. They are also used in power supplies, audio amplifier circuits and telecommunications systems. Their ease of integration makes them the perfect choice for consumer electronics as well as industrial applications.

The M550B228K010AG series tantalum - polymer capacitors offer a combination of high capacitance and low ESR in a very small package, allowing them to be used in a variety of applications. Their high energy density and wide temperature range mean they can be used in both high temperature applications as well as consumer electronics. Furthermore, their capacitance and impedance levels increase and decrease with the application of a reverse voltage, leading to ease of integration and their use in filters and energy storage applications. As a result, these devices are becoming increasingly popular for use in military, medical, industrial and consumer electronic applications.

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