135D187X9025F6

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Tantalum capacitors are constructed using a tantalum anode with a porous oxide layer as the dielectric layer. The stable oxide layer, in combination with the sealing method of a conductive epoxy, forms an exceptional capacitor for use in Surface Mount Technology (SMT) applications. The 135D187X9025F6 Tantalum Capacitor is specifically manufactured to enable usage in various applications. The 135D187X9025F6 is a molded SMT chip capacitor with an aluminum electrolytic anode. This capacitor requires polarized voltage for operation, with its positive terminal being the anode. The maximum rated voltage is 50VDC with a maximum voltage of 16V. The capacitance range of the 135D187X9025F6 is 5 to 15 μF, and the capacitance tolerance range is 5 to 20%. The dielectric strength is 1000 volts at a temperature of 125 degrees Celsius. The 135D187X9025F6 Tantalum Capacitor can be used in a wide variety of application fields from aeronautical to commercial to medical. In the aerospace industry, the tantalum capacitor is used in aircraft electronics and avionics systems. In the medical industry, the capacitor is used in critical medical monitoring and imaging equipment. On the commercial side, such capacitors are used in computers and other consumer electronics. In addition to its wide range of applications, the 135D187X9025F6 Tantalum Capacitor has many performance benefits. This capacitor has high temperature stability, allowing for usage in high temperature environments. Additionally, it offers excellent high frequency performance and high ripple current capabilities.The working principle of the 135D187X9025F6 is based on the classic capacitor structure. The anode is constructed from a tantalum oxide dielectric which forms a surface barrier between the two conductively separated electrodes; the positive anode and the negative cathode. When voltage is applied to the capacitor, a current will flow through the electrolyte, across the dielectric oxide layer which then separates the two electrodes. This creates a parallel capacitor causing a capacitive reactance to occur. Once the voltage is removed, the capacitor will discharge, and the current will flow back into the electrolyte. The 135D187X9025F6 Tantalum Capacitor is the ideal choice for many applications requiring capacitor performance. With its wide range of applications, performance benefits, and solid working principle, it is sure to meet, or even exceed, your expectations.

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