173D473X9035UWE3

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Tantalum capacitors, also known as tantalum electrolytic capacitors, are widely used in numerous applications and encompass a range of components ranging from low to high capacitance. To make their usage more efficient, manufacturers have designed components specifically designed to provide superior performance. The 173D473X9035UWE3 is one such component that dealers offer to clients in need of a high-performance capacitor.

The 173D473X9035UWE3 tantalum capacitor features an extended 38mm thermal rating and a unique 6-terminal design for dependable low-impedance connections. It also has a robust five-layer seal for superior protection against solder splatter, humidity, and other environmental factors. The robust nature of the component ensures users get optimal results in the most demanding situations.

In terms of performance, the 173D473X9035UWE3 significantly surpasses other capacitor components. Its capacitance range starts from 0.47uF with a maximum rating of 3.3uF. Furthermore, it has an operating temperature range of -55° - 125°C. The tantalum capacitor also displays impressive zero-ripple voltage ratings of 35V and 63V.

Similar to other tantalum capacitors, the 173D473X9035UWE3 operates on the principle of electrochemical deposition. Internally, the component consists of an electrolytic conductor and two dissimilar metallic plates known as an anode and cathode. Depending on Polarity, voltage is applied to either of these plates to induce electrical charge. This charge is stored by the component and used to filter spikes or provide a steady output depending on the capacitance ratings.

The 173D473X9035UWE3 tantalum capacitor is popular among manufacturers looking for a more robust component than conventional capacitors. The component is available in both radial and axial formats for a variety of applications. This includes medical devices and instrumentation, switched-mode power supplies, telecommunications equipment, hi-fi audio amplifiers, and computers.

Apart from its reliability and broad application field, the 173D473X9035UWE3 tantalum capacitor also displays superior quality in terms of high insulation resistance, low equivalent series resistance (ESR), and high-frequency load capabilities. Furthermore, its robust housing and 6-terminal design make it easy to mount and significantly reduce leakage currents. This also leads to better performance when performing in high-frequency applications.

To conclude, the 173D473X9035UWE3 tantalum capacitor has enabled engineers throughout the world to overcome their most challenging design issues. Through its advanced construction and superior performance, the component has allowed systems to perform better in a variety of industries. Furthermore, its robust design has enabled it to extend its thermal rating to 38mm, making it a replacement for conventional capacitors in applications that require higher performance. With so many benefits and countless applications, the 173D473X9035UWE3 is truly an excellent example of modern-day capacitor technology.

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