299D475X0010AB1

Tantalum Capacitors

Tantalum capacitors are typically used in a range of applications from decoupling, filtering, bypassing, energy storage and pulse energy circuits.

The 299D475X0010AB1 is one of the most popular of the tantalum capacitors.

Application Field of 299D475X0010AB1

The 299D475X0010AB1 has many advantages in a range of applications due to its design. Ideally suited for use in decoupling and filtering, the 299D475X0010AB1 has the capability of handling severe temperature environments. It has an operating temperature range of -21°C to +100°C, making it superior to many ordinary ceramic capacitors.

In addition, the life expectancy of the part is also strengthened by its design, with less chance of component failure from harsh environments.

The 299D475X0010AB1 can also be programmed for a single operating temperature range. This allows for easy temperature compensation during installation.

Working Principle of 299D475X0010AB1

The 299D475X0010AB1 has two metal foil electrodes, separated by a dielectric. This type of capacitor is constructed with a porous tantalum anode, with an electrolyte cathode. The anode and cathode can either be made of solid tantalum or an oxide layer.

When a voltage is applied to the capacitor, an electric field is created between the anode and cathode. This field accumulates charge, allowing the capacitor to act as a storage device.

The size of the field and the amount of charge stored depends upon the voltage applied, and the type of material used for the anode and cathode. This makes the 299D475X0010AB1 versatile for many different applications.

The liquid electrolyte that is used in the cathode, allows for faster charging and discharging times, making it ideal for use in high frequency applications. This electrolyte also allows for longer life cycle, as it prevents damage from excessive heat.

Conclusion

In conclusion, the 299D475X0010AB1 is a versatile and long-lasting tantalum capacitor that is designed for a range of applications. Its design allows it to withstand extreme temperatures, making it ideal for use in harsh conditions.In addition, the nature of the electrolyte in the cathode, allows for faster charging and discharging times, making it suitable for use in high frequency applications.