199D335X9016A1V1E3

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 are electrolytic capacitors that are often used in electronic systems due to their high stability of values and tolerance. They are made up of a tantalum metal oxide, often referred to as tantalum oxide, and have a polarity that must be observed when connecting the capacitors to a power supply. The particular code, 199D335X9016A1V1E3, identifies the type of capacitor as a tantalum type and its specific characteristics, making it necessary to understand the meanings of the code to apply the capacitor correctly and understand its function within the system.

The first two numbers refer to the capacitance of the capacitor, in this case 33μF. The letter indicates the case and the code for this type of capacitor is D. The seventh digit indicates the maximum voltage of the capacitor and in this case, the number nine suggests the maximum voltage is 16 volts. In general, the maximum voltage of the capacitor should not exceed the voltage of the circuit in which it is being applied. The letter A indicates the nature of the capacitor, in this case an electrolytic type with a homogeneous plastic film. The next three digits refer to the size of the capacitor, with 1V1E3 suggesting a size of 12.5mm by 5.1mm, although this can vary depending on the capacitor model.

The working principle behind a tantalum capacitor is the same as most other types of electrolytic capacitors. It is an electric device which consists of two electrical conductors separated by an insulating material called dielectric. The conductors can be in the form of two pieces of metal foil or two carbon plates separated by a layer of oxide. The oxide acts as the dielectric preventing conduction of electric current across it but allowing it in the form of electric charge stored across the dielectric. This stored charge is called capacitance and is measured in Farads.

When a tantalum capacitor is connected to a power source, electric current flows from the power source and is stored in the capacitor. During this process, electric charges accumulate on one of the plates and electrons accumulate in the other. This creates electric fields across the plates which correspond to the voltage applied to the capacitor. As a result, the capacitor acts like a charge reservoir and will continue to store charges until the voltage is sufficiently discharged. This stored charge can then be released slowly into the circuit it is connected to, making it an essential component of DC circuits.

Tantalum capacitors are highly valued within the electronics industry due to their excellent electrical performance and reliability. The high stability of their values and tolerance make them especially suitable for use in circuits that require a high-stability input, such as digital and analog application. Their small size also make them well suited for use in limited space environments. Additionally, due to their low self-inductance and high current handling capability, these capacitors are well suited for use in high frequency applications. Because of their excellent performance characteristics and design, tantalum capacitors have become an essential component in a wide range of applications.

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