109D227X9060T2

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Tantalum Capacitors

Tantalum capacitors, also referred to as tantalum electrolytic capacitors, are incorporated within a wide range of high performance and specialized industrial electronic equipment in various configurations of surface mount, molded case, solid etched case, and axial leaded technology. Among the most popular of all capacitor technologies they are noted for their superior qualities of high capacitance in relatively small packages, smaller profile than most other types of capacitors, no polarity related to their installation, and very low levels of observed ESR. Tanatalum capacitors, however, do require a certain amount of special considerations during the design processes to ensure they are applied optimally and safely within the manufactured device.

109D227X9060T2 Application Field and Working Principle

The 109D227X9060T2 series of tantalum capacitors manufactured by Jukiare are specifically designed for application in portable communication, consumer electronic, and automotive Telematics equipment. These capacitors, just like other tantalum capacitors, are based on a surface mount technology package and offer much higher capacitance ratings than other similar sized surface mount capacitors due to their ultra-small profile. This is accomplished via a line of capacitors that incorporate the use of a ceramic dielectric versus the aluminum oxide and other dielectric materials such as organic solid polymer, which use a greater volume of material over the same capacitance ratings.

The 109D227X9060T2 series of tantalum capacitors use a sintered tantalum anode and a manganese di oxid e cathode as the back contact material, in combination with either a wet electrolytic process or a solid polymer material. This combination allows for very small profile sizes and maximum capacitance ratings in such a small package. It also facilitates both the increased efficiency within the device operation and the improved capacity for higher frequencies of operation.

The sintered tantalum anode is constructed by mixing powdered tantalum with a manganese dioxide catalyst, then pressing the powder into a solid anode. The anode is subsequently assembled in combination with the bottom contact placed within the binder material constructing the lower part of the capacitor body. After the upper and lower sections have been metallized through metal film evaporations, the two parts are pressed together and then soldered to the outer package and terminals.

In operation, the 109D227X9060T2 series of tantalum capacitors provide a wide range of advantages over traditional aluminum electrolytic capacitors. With their superior levels of performance, including higher capacitance ratings and lower levels of ESR, they have quickly become the capacitor of choice within many high performance designs. Their ease of use in the design process and their increased efficiency in device operation allows for the maximum design flexibility that is available within the changing demands of the modern electronics industry.

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