T543X336K050AHE040 Capacitors

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Tantalum - Polymer Capacitors is an integrated capacitor designed to offer an optimal combination of performance, self-repair, low voltage capabilities and surfactant properties. It utilizes two layers of polimer dielectric and a tantalum transition layer between the two dielectric layers to provide a high capacitance. The tantalum transition layer aids in providing an efficient electrical connection between the two adjoining layers, allowing for a low effective series resistance and a higher stability rating than standard ceramic or aluminum oxide capacitors. Tantalum – Polymer Capacitors are ideal for many types of DIY and hand-soldered projects.

The T543X336K050AHE040 is an ultra-small, multilayer, SMD (surface-mountable) tantalum – polymer capacitor. It features an anode applied voltage of 4V, a rated capacitance of 0.05µF, a rated ESR of 0.30mΩ, and a rated ripple current of 30mA. Its wide range of features makes it ideal for use in applications such as power management, telecom, audio, low voltage control and portable computing. The exact format of its shape is rectangular and its dimensions are 0.56” (L) x 0.33” (W) x 0.18” (H). Also, it has a rated temperature-rise of 85°C.

The construction of the T543X336K050AHE040 includes an anode sidewall of an ultra-thin-film polymer that is sandwiched between two layers of polyimide dielectric and a thin tantalum transition layer. The anode is well-suited for the high-frequency, low-voltage SMD format, being able to provide a minimum height of only 0.18”. A thin polymer film is used to decrease the height while providing a high capacitance. The polyimide dielectric and tantalum transition layer provide excellent voltage stability and long-term reliability.

The working principle of the T543X336K050AHE040 is based on the process of charging and discharging the capacitor. Generally, the capacitor’s depletion of charge is evident in the drop of the capacitor’s voltage. When the voltage drops to a certain level, the development of dielectric hysteresis (or loss of charge) starts. When the voltage reaches a certain value, the capacitors discharge its stored energy against the applied voltage. Then, through an electrical energy exchange between the anode and the cathode, the capacitor is charged again. The cycle is maintained until the capacitor’s voltage reaches a certain level.

The applications of the T543X336K050AHE040 range from power management, telecom, audio, to low voltage control and portable equipment. This includes increased use in industrial control systems, telecom devices, and medical equipment where efficient, reliable, and stable operation are required. It is also suitable for power circuits of personal computers, servers, medical electronics, etc. The T543X336K050AHE040 is an ideal choice for low-voltage DC and AC applications, such as DC-DC converter, AC/DC converters, digital circuits, and defibrillators.

Overall, the T543X336K050AHE040 is an efficient, reliable and robust integrated capacitor that offers excellent performance, low-voltage capabilities and self-repair capabilities. Its ultra-small form factor makes it ideal for many projects, as well as its wide range of applications. Furthermore, its thin polymer film and thin tantalum transition layer ensure great voltage stability, offering long-term reliability.

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