B76304E6879M010

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Tantalum - Polymer Capacitors have become increasingly popular for applications involving high power electronics due, in part, to their availability in large packages. B76304E6879M010 is a family of high total capacitance, low ESR, and low ESR variation over temperature and voltage ratings that covers maximum capacitance from 200 μF to 1200 μF. The B76304E6879M010 capacitors are suitable for use in applications such as power supplies, telecom, industrial and automotive with an operating temperature range from -40°C to +105°C.

Application Field

B76304E6879M010 capacitors obtains its performance of total capacitance and low ESR variation over temperature and voltage rating by polymer technology. It is ideal for DC-DC converters, VRM and POL applications, providing a high capacitance up to 1200 μF. This provides improved system performance and power savings.

Features of the B76304E6879M010 include long life, large capacitance values, high ripple current, good rated voltage and small size. It also offers high capacitance tolerance over temperature and voltage, high heat resistivity, and excellent shock and vibration resistance.

Working Principle

The B76304E6879M010 capacitor uses a solid electrolyte with a polyethylene oxide-based terpolymer for the dielectric layer. The dielectric layer allows electrons to freely flow between the electrodes and the electrolyte, but still offers a high capacitance value. The combination of the two materials drastically reduces the ESR of the device when compared to traditional tantalum capacitors.

The solid electrolyte used in the B76304E6879M010 capacitor ensures that the dielectric layer is able to maintain its low resistance over a wide operating temperature and voltage range. Additionally, the low resistance of the dielectric layer does not deteriorate over time. This ensures that the capacitance of the device is stable over time.

The B76304E6879M010 also boasts high ripple current capabilities, making it suitable for high-power applications where high load currents are expected. The capacitor’s high currents are allowed by its proven construction, superior materials, and unique design.

As a result of the materials used, electrolytic corrosion and capacitor leakage are prevented. The electrolyte in the B76304E6879M010 capacitor prevents the dissipation of current, meaning that the capacitor can be used in most applications where a long lifetime and reliable performance is needed.

Conclusion

The B76304E6879M010 capacitor is a reliable and cost-effective solution for a broad range of applications. It offers a long lifetime due to its reliable construction and superior materials. It also offers a high capacitance rating and low ESR variation over temperature and voltage ratings, allowing it to operate in many applications with high power electronics. With its proven construction and high ripple current capabilities, it is an ideal choice for DC-DC conversion, VRM and POL applications, providing improved system performance and power savings.

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