199D476X9010D2B1

Tantalum capacitors, also known as Ta-capacitors, are polarized electrolytic capacitors which utilizes tantalum as its anode material. Its anode can be perforated, thus allowing for a larger electrolyte-filled cavity. The ability to hold more electrolyte allows for a wider variety of current carrying abilities, depending on the total capacitance of the capacitor and the type of electrolyte used. The 199D476X9010D2B1 is a typical example of these small-scale, surface-mount capacitors.

The 199D476X9010D2B1 is a type of tantalum capacitor specifically designed for use in very small-scale systems, such as smart phones and automotive electronics. It has a small form factor and is able to deliver four-times the capacitance of a similar tantalum capacitor of the same size. It also has an extremely low ESR rating, making it ideal for systems requiring low noise and extreme power efficiency. Additionally, it features a rating of 105°C, making it capable of operating in elevated temperatures.

The 199D476X9010D2B1 is commonly used in automotive and other mobile applications to provide a stable voltage source, filter interference, and store energy. It is also widely employed in audio equipment, such as amplifiers, and medical devices, such as pacemakers. Additionally, these capacitors are often used as part of a the bypass network to reduce signal distortion in delicate electronics.

The 199D476X9010D2B1\'s working principle is much like that of other electrolytic capacitors, relying on the capacitance of a capacitor to store and discharge electrical charge. When a voltage is applied to the anode and cathode of the tantalum capacitor, electrons will begin to move from the anode to the cathode, thus charging the capacitor. This stored electrical energy can then be discharged by passing it through a circuit. The capacitance of the capacitor can be determined by its size, the type of electrolyte and the voltage applied to it.

Due to its small form factor and high capacitance, the 199D476X9010D2B1 is a highly desirable capacitor. It can be used in a variety of applications, from audio amplification to medical devices, and can deliver low-noise power efficiency when properly sized and implemented. Additionally, this capacitor can help reduce signal distortion when used in the bypass network of delicate electronics.