150D156X9006B2BE3

Tantalum capacitors are electrical components composed of a tantalum metal cathode and an anode material, typically an oxide. The capacitor is a polarized version of the electrolytic capacitor, and can handle much higher voltages and power than other electrolytic components. In addition, the tantalum capacitor has a very low ESR (Equivalent Series Resistance) and does not suffer from low-frequency losses. 150D156X9006B2BE3 is an example of a tantalum capacitor.

The 150D156X9006B2BE3 has a voltage rating of 6.3V and capacitance of 15µF. The component also has a tolerance of ±20% and a maximum ripple current rating of 1.45A. The 150D156X9006B2BE3 is a surface-mount component with a 3032 package. The ESR of this component is specified at 0.4Ω, making it a great choice for applications requiring low ESR.

The primary application fields of 150D156X9006B2BE3 tantalum capacitors are power supplies, DC-DC converters, and automotive applications. In a power supply design, the 150D156X9006B2BE3 is typically used to provide energy storage and filter input or output ripple currents. In a DC-DC converter, the 150D156X9006B2BE3 is typically used to reduce the output noise and smooth out the output voltage. In automotive applications, it may be used for ignition systems, LED drivers, and other automotive systems.

The working principle of the 150D156X9006B2BE3 tantalum capacitor is based on electrochemical capacitance. In the capacitor, an electrolyte solution provides ions for charge transfer between the two electrolyte plates. When a voltage is applied to the plates, the capacitance increases as the charge accumulates on the plates. The capacitance of the 150D156X9006B2BE3 is largely stable over its operating temperature range, ensuring a consistently high capacitance over a wide temperature range.

The 150D156X9006B2BE3 tantalum capacitor provides high Capacitance in low profile and is suitable for a wide range of applications, due to its low ESR, tight tolerance, and wide operating temperature range. It is an ideal choice for high current applications, where the capacitor is expected to handle high peak currents. Its superior capacitance stability ensures that the component can handle the most demanding applications with minimal degradation.