F931D336MNC Capacitors

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Tantalum capacitors are a type of capacitor that use the rare, malleable metal tantalum as an inter-electrode dielectric. They are usually much smaller than other types of capacitors and often have much higher capacitance values given their size. Tantalum capacitors are a type of electrolytic capacitor, meaning they use electrolyte as one of the electrical conductors. This electrolyte is typically liquid or gel and can also contain other additives to improve its properties. The F931D336MNC is one of the many of tantalum capacitor that is used for various applications. Below, we will explore the application fields and working principles of the F931D336MNC.

Applications of the F931D336MNC

The F931D336MNC is a ceramic-solder mounted axial leaded tantalum capacitor. Its application fields mainly include power supplies, portable devices, LCD displays and avionics. The F931D336MNC allows for a maximum rated voltage of 25VDC, making it suitable for power supply devices. It also has a very low equivalent series resistance (ESR) rating, which makes it ideal for applications where low power is key. For example, handheld portable devices and LCD displays require low power to run and the F931D336MNC would be an ideal choice for these. In avionics, the F931D336MNC is used in high frequency applications as it has a high-frequency cutoff of 200kHz which is well within the acceptable range for circuit integrations.

Working Principles of the F931D336MNC

The F931D336MNC capacitor is comprised of three sections: the anode, the cathode, and the dielectric separator. The anode is typically a stainless steel or nickel plated metal plate, while the cathode is a tantalum plate. The dielectric separator is typically a ceramic material, although other dielectric materials, like polypropylene, can also be utilized. The F931D336MNC works by using this ceramics and tantalum as a dielectric separator to achieve a capacitance amount. When a voltage is applied across the device, ions on the anode are attracted and move to the cathode. This creates a barrier and causes a charge to build up, which creates a capacitance value. When the applied voltage is removed, the charges dissipate and the device returns to its original state.

Conclusion

The F931D336MNC is an axial leaded tantalum capacitor with a wide range of applicable fields from power supplies and portable devices to LCD displays and avionics. Its working principle is straightforward, using the anode and cathode as electrical conductors and a ceramic dielectric material to create a capacitance value. Its low ESR rating and high-frequency cutoff make it an ideal option for high-frequency applications, such as in avionics. All in all, the F931D336MNC is a powerful and versatile tantalum capacitor your circuits.

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