T540B476M006AH87107280

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Tantalum-Polymer Capacitors are an efficient and reliable component that provides excellent electrical performance and is used in a wide variety of applications.

The T540B476M006AH87107280 is an example of one such component. It is a high-capacitance, surface-mount chip capacitor that exhibits very high input current and extremely low levels of signal and noise.

It is specifically designed for power surge applications and other applications where peak power pulse currents ranging from 10A to 20A or higher are required. Its construction includes a specialized elongated tantalum anode, a polyphenylene sulfide (PPS) dielectric, and a densely woven aluminum-polymer cathode. This combination of materials makes the T540B476M006AH87107280 ideal for pulse-power applications such as filtering, voltage switching, and short-term energy storage applications.

In practice, the capacitor operates by storing energy from an external energy source. When current is applied, the capacitor a increases its charge by absorbing energy from the external source. The capacitance then releases the energy as a pulse current. This pulse current is then used to drive a load, such as a motor, or to help switch a voltage, providing the desired electrical performance.

The T540B476M006AH87107280 provides a high level of reliability with a very low self-inductance and extremely low levels of noise and signal leakage. The elongated shape of the anode allows for a high capacitance of 400μF at 6.3V. This also allows for a low equivalent series resistance of 150mΩ at 6.3V, making it suitable for high current surges.

The component is RoHS compliant and is completely stable in environmental conditions ranging between -55°C to 125°C. It has a life expectancy of up to 10 years depending on the application and can handle up to 500,000 cycles of charge and discharge, making it a very reliable component.

Overall, the T540B476M006AH87107280 is an excellent option for applications that demand a high level of electrical performance. Its combination of materials enables it to provide a high capacitance, low equivalent series resistance, and very low levels of noise and signal leakage, making it an excellent choice for pulse-power applications.

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