F971A336MBA

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Tantalum Capacitors

Tantalum capacitors belongs to Non-polarized capacitor, which is widely used in applications requiring a large capacitance value in a small package size. Its characteristics are mainly determined by their cathode materials which are oxide-based tantalum powders with great electrical conductance. Generally, the most commonly used tantalum capacitors are with the “wet” fabrication process, in which the cathode is thick-film anode and electrolytic solution electrolyte, and the anode is a sintered or powdered anode without electrolyte solution. In addition, these capacitors often have additional components such as a cathode, lead wires, and to enhance their stability, reliability and safety.The F971A336MBA is a non-polarized tantalum capacitor designed for high frequency switching power and display applications that require large capacitance within a small package size and offer high current density and high temperature stability. It is made from a metal-oxide based tantalum powder, which provides superior electrical conductivity, stability, and reliability. In addition, this capacitor features a low-impedance/high-temperature anode/cathode insulation layer and an insulating film between the anode/cathode electrodes that improves the current stability and safety of the capacitor even when working in extreme temperatures and high voltages.

Application Field of F971A336MBA

The F971A336MBA is a high-frequency switching power and display capacitor that is well suited for use in smartphones, tablets, and other devices that require a high capacitance and small size. Due to its superior electrical conductivity and reliability, it is a perfect choice for high frequency switch power supply and display applications. In addition, this capacitor is also used in laptops, power supplies, and many other types of digital devices for its ability to reduce or eliminate noise. In industrial, automotive and consumer electronics, it is also used to reduce voltage drop in high current, high frequency applications and to improve system performance.

The Working Principle of F971A336MBA

The working principle of the F971A336MBA is based on a low-impedance/high-temperature anode/cathode insulation layer, which is positioned between the anode and the cathode. This insulation layer allows current to flow from the anode to the cathode without any significant resistance. The high current densities generated by F971A336MBA allow it to be used in high frequency switching applications and provides excellent thermal stability even when used in extreme environments. In addition, the insulating film between the anode and the cathode increases safety and stability, even when working with high voltages.At the same time, when the capacitor is charged with electric energy, the tantalum cathode material acts as a dielectric and stores the charge on its surface evenly. This feature provides consistently high energy storage capability, even at extreme temperatures, and facilitates its use in high current, high frequency applications. Furthermore, the carefully formulated and optimized material composition of the F971A336MBA ensures excellent signal integrity, thermal stability and reliable operation even when precise current flow is necessary.

Conclusion

The F971A336MBA is a high-frequency switching power and display capacitor that is perfect for use in smartphones, tablets, and other devices that require a high capacitance and small size. Its characteristics are primarily determined by its tantalum cathode material that allows for superior electrical conductivity, stability, and reliability. In addition, this capacitor features a low-impedance/high-temperature anode/cathode insulation layer and an insulating film between the anode/cathode electrodes that improves the current stability and safety of the capacitor even when working in extreme temperatures and high voltages. This makes it ideal for use in applications such as power supplies, laptops, and digital devices.

The specific data is subject to PDF, and the above content is for reference