199D226X0010C7V1 Datasheet/PDFTantalum Capacitors
Tantalum capacitors are used in a wide variety of applications, from high-end applications such as computing, automotive, and medical to more basic functions in consumer electronics. The key feature that distinguishes tantalum capacitors from other types of capacitors is their high capacitance-to-size ratio. This makes them ideal for applications that require a high degree of efficiency, reliability, and robustness.
The most commonly used tantalum capacitors are the 199D226X0010C7V1 type, which offer excellent performance in a variety of applications. These capacitors are available in a range of voltage and capacitance ratings, providing the user with a great degree of flexibility. In this article, we\'ll take a look at the application fields and working principles of the 199D226X0010C7V1 capacitor.
Application Field
The 199D226X0010C7V1 type of tantalum capacitor is primarily used in applications which require high levels of efficiency and reliability. Examples include automotive, medical, and computing applications, as well as consumer electronics. They are also used in telecommunications equipment, aerospace systems, and gaming consoles.
In automotive applications, these capacitors are used for spark suppressors, radio frequency and induction coils, as well as engine control systems. In medical applications, they are used for defibrillator circuits and patient monitors. In computing applications, they are used for datacenters, servers, storage systems and other computer-related electronics. In consumer electronics, they are used for controlling the charging of batteries, regulating power to displays, and various other power-related operations.
Working Principle
Tantalum capacitors are composed of a tantalum oxide dielectric which is sandwiched between two pieces of tantalum metal. This is then surrounded by electrodes, forming an electrochemical capacitor. When a voltage is applied across the plates, a charge develops on each plate which generates an electric field between them. This generates a dielectric barrier, which blocks the flow of electrons. As a result, capacitors can store electrical energy, making them ideal for storing power.
In the case of the 199D226X0010C7V1 capacitors, the capacitance ratings are 1, 10, 22, 33, and 47μF. The most common working voltages offered are 4V, 6V, and 10V. The working temperature range is -55°C to +65°C, and these capacitors are available in a range of packaging types.
In applications where the desired voltage value is higher than the working voltage of the capacitor, the capacitance value will decrease. This is because the current flow increases due to the higher voltage, causing the capacitance value to decrease. The same is true if the desired voltage is lower than the capacitors working voltage; the capacitance will increase, due to the reduced current flow.