T95Y476M6R3LSAL

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Tantalum Capacitors

Tantalum capacitors, often called tantalum electrolytic capacitors, are one of the most widely used types of non-ceramic capacitors. They are particularly useful for applications requiring that their components have a relatively small form-factor.

The T95Y476M6R3LSAL is a type of tantalum capacitor that provides a high capacitance density and is able to deliver higher capacitance and voltage ratings than other comparable devices of similar size. It is often used for power supply decoupling, signal filtering, and other applications in which it is advantageous to have a small form-factor.

Application Field

T95Y476M6R3LSAL are suitable for use in a range of audio and digital circuitry, particularly those circuits where a particularly high efficiency or resolution is required. These tantalum capacitors are also often used to filter out any noise that may arise from power supplies or digital signals, as they can provide a high-frequency filtering effect.

Additionally, T95Y476M6R3LSAL are appropriate for use in automotive electronics, as they are able to provide a reliable connection and filter out transients that may occur during operation. Additionally, their high capacitance provides a higher input impedance, making them suitable for use in noise sensitive applications, such as medical systems.

They are also often used in security systems, automotive circuits, wireless charging systems, and other high-voltage or high-power applications.

Working Principle

The T95Y476M6R3LSAL is a tantalum capacitor which utilizes two electrodes: a negative electrode and a positive electrode. The negative electrode is typically made of tantalum metal, which serves as the anode in this configuration, while the positive electrode is typically made of manganese dioxide, which serves as the cathode.

When an electrical current is applied to the capacitors, metal ions are discharged from the negative electrode and attracted to the positive electrode. This builds up a large charge on the positive electrode, which causes a voltage to be built up across the capacitor. The amount of voltage that can be built up depends on the amount of charge that can be built up on the positive electrode. This voltage can be then used for various applications.

In addition, the T95Y476M6R3LSAL also uses a powerful dielectric, typically a ceramic, to insulate the two electrodes. This dielectric is utilized to ensure that no current flows through the capacitor when no electricity is applied to its terminals. It also allows for a higher operating voltage, meaning the device can handle higher voltages before burning out.

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