T95D156M035ESSL

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Tantalum capacitors are solid electrolytic capacitors with a tantalum metallic anode and a dielectric polymer layer between the anode and the cathode. They are used in electronic circuits and devices due to their small size, high capacitance, low voltage rating, and relatively low cost. The T95D156M035ESSL is an excellent example of an ideal tantalum capacitor.

The T95D156M035ESSL is a high-performance, low-ESR tantalum capacitor. It features a 0.5V voltage rating, 30μA leakage current, and a 5mm x 5mm rectangular package. It has a 30μF polarized capacitance with an E25 tolerance and a 0.03W rated dissipation factor. The T95D156M035ESSL is a perfect choice for high-frequency analog circuits, digital interfaces, power filters, power supply regulation, and bypass/decoupling applications.

The working principle of a tantalum capacitor is an ions-exchange(IE) process. It involves the migration of ions and electrons across the anode/cathode. When the electrons are added, they are attracted to the positively charged anode, creating an accumulation of electrons atop the anode material. This electron accumulation is referred to as the built-in negative charge. As the negative charge accumulates, the potential difference between the anode and cathode increases, resulting in a voltage drop across the capacitor. The size of the voltage drop depends on the size of the built-in negative charge.

The T95D156M035ESSL capacitor is an excellent device for a variety of applications, due to its various advantages. It has a low Equivalent Series Resistance (ESR), which makes it suitable for high-frequency and power filtering applications. The device also has a low dissipation factor, making its temperature stability excellent. In addition, it has a very low leakage current, making it ideal for decoupling applications.

The T95D156M035ESSL is an ideal tantalum capacitor for various applications ranging from high-frequency analog circuits and digital interfaces to power filters and power supply regulation. Its advantages include a low Equivalent Series Resistance, low dissipation factor, and low leakage current, which make it an excellent choice for these applications. Its working principle is based on ions-exchange, which involves the migration of ions and electrons across the anode/cathode.

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