199D226X0025D2V1E3

Tantalum capacitors are one of the most popular types of capacitors used in electronics today. They are made from a combination of tantalum and other materials such as electrolytes. These capacitors are typically used in applications like audio filtering, power supplies, voltage regulation, signal conditioning, and more.

Overview of 199D226X0025D2V1E3

The 199D226X0025D2V1E3 is a low profile, high temperature surface mount tantalum capacitor. It is made using an anodic-electrolytic manufacturing process and has a maximum capacitance of 220µF at 25V with a tolerance of 10%. This design also has a low ESR rating of 75mΩ and a very high product reliability rating.

Application Fields and Working Principle of 199D226X0025D2V1E3

The 199D226X0025D2V1E3 is used in a variety of applications in electronics. It is ideal for use in audio filtering, power supplies, voltage regulation, signal conditioning, and more. This capacitor is able to handle wide temperature ranges of -55°C to +125°C. It is also well-suited for use in high frequency circuits as its capacitance exhibits very low loss at higher frequencies.

The working principle of the 199D226X0025D2V1E3 is actually very simple. At its core, the capacitor functions as an energy storage device, capable of storing electrical energy in the form of a charge. This charge is stored between two oppositely charged plates. When the applied voltage reaches the value at which the capacitor breakdown is reached, electrons flow across this space creating a current.

When the capacitor is exposed to an AC current, the current will cause a shift in the electric field at a frequency that is equal to the frequency of the applied AC current. This will cause the capacitor\'s capacitance to change, and the capacitor will act as a high pass filter blocking the lower frequency components of the AC current and allowing the higher frequency components of the AC current to pass through.

Conclusion

The 199D226X0025D2V1E3 is a very popular type of tantalum capacitor which is suitable for a variety of electronics applications. It is made to handle high temperatures and frequencies. It is characterized by it’s low ESR rating, and high product reliability rating. It works by storing electrical energy between two oppositely charged plates, and then blocking or passing low or high frequencies when exposed to an AC current.