T95R476M020CSAL

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Tantalum capacitors are electrical components used in many electronic circuits. They are made up of tantalum metal, deposited on an oxide in a liquid electrolyte. They are usually cylindrical and have two metal plates – one on the outside and one on the inside. The metal plate on the inside is called the cathode and the outside plate is called the anode. These components are used to store electric charge and, when connected in parallel, can create a larger capacitance.

The T95R476M020CSAL is a radial-leaded, polarized tantalum capacitor, which is designed for use in low-voltage, high-frequency applications. Its voltage rating is 4.76V and its capacitance is 0.020μF. The T95R476M020CSAL is typically used as a bypass capacitor, providing a way for low-frequency signals to bypass other components in an electronic circuit. Its low-ESR (equivalent series resistance) also reduces losses, making it suitable for use in applications that require low-power operation.

The main feature of the T95R476M020CSAL is its low equivalent series resistance (ESR). This is a measure of the resistance seen at high frequency, allowing the capacitor to operate at higher frequencies without significant losses. The T95R476M020CSAL is designed to have an ESR of less than 0.1 ohm, making it suitable for applications in which the frequencies can reach up to 10 MHz.

The working principle of the T95R476M020CSAL is similar to that of other metallic capacitors. When a voltage is applied to the capacitor, electrons are released from the anode and the cathode into the electrolyte. This creates a negative charge on the anode and a positive charge on the cathode. This charge is then stored in the liquid electrolyte and the metal plates act as a barrier to prevent the charge from leaking out.

The T95R476M020CSAL is a tantalum capacitor that is suitable for use in many low-voltage, high-frequency applications. Its low ESR offers reduced losses and high frequencies, making it suitable for applications that require low-power operation. By connecting this capacitor in parallel with other components, larger capacitances can be created, which can be used for bypassing, decoupling and filtering purposes.

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