T541X107M030AH8520

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Tantalum-polymer capacitors are widely used in the electronics industry, due to their high capacitance-volume ratio, low leakage current and wide range of operating temperatures. They are commonly used in high-performance and medical electronics applications, including voltage regulation, decoupling, and energy storage capacitors. The T541X107M030AH8520 is a Tantalum-polymer capacitor with a capacitance value of 105μF and a voltage rating of 10VDC. This capacitor has a ±20% toleranced capacitance and a ripple current rating of 3.0A (at 126kHz, 85°C). It also has an operating temperature range of -55°C to +125°C. It is a high-reliability part, specifically designed for use in automotive and other extreme environments.

The working principle of Tantalum-polymer capacitors is identical to traditional Tantalum-electrolytic capacitors. These capacitors consist of an anode composed of Tantalum and an electrolytic dielectric material. This dielectric electret is constant and does not age, unlike traditional electrolyte. A thin layer of Polymer enhances the surface area of the Tantalum anode, effectively increasing the capacitance of the capacitor. The capacitor is then sealed with a barrier layer of electrolyte, or a cathode layer.

T541X107M030AH8520 capacitors are popular in consumer electronics applications due to their high capacitance-volume ratio and small size. These capacitors are often used as voltage regulators in memory modules, DC/DC converters and PWM controllers. The high ripple current rating and low-leakage current also makes them well suited for use in power supplies, motor controls, defibrillators and other medical electronics applications. The T541X107M030AH8520’s wide temperature range also makes it suitable for use in automotive and military applications.

The T541X107M030AH8520 Tantalum-polymer capacitor provides excellent performance, reliability and quality at a reasonable cost. Its wide operating temperature range and low ESR makes it ideal for many consumer and industrial applications. Its high capacitance-volume ratio and compact size also make it an excellent choice for use in high-performance, energy-storage and medical electronics applications.

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