293D106X0016B2TE3

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Tantalum Capacitors

Tantalum capacitors are widely used in many electronic applications due to their low leakage current, high voltage stability and capacity. The 293D106X0016B2TE3 is a tantalum capacitor, and it has a variety of applications and working principles. This article will discuss the application fields and working principles of the 293D106X0016B2TE3.

Application

The 293D106X0016B2TE3 is mainly used for power supply, decoupling applications and voltage-clamping applications. The device is also used for petrochemical equipment, automotive electronics, aviation instruments and other products.

In power supply applications, the 293D106X0016B2TE3 provides stability and reduces the voltage surge, which can help prolong device lifespan. The device has low Equivalent Series Resistance (ESR) and high ripple current capacity, making it suitable for use in power modules. In decoupling applications, the device helps maintain stable voltages in power delivery and minimize noise. The device helps maintain the localized maximum current, eliminating the effect of other switching currents and ensuring smooth operation. In voltage-clamping applications, the capacitor helps protect other components in the circuit from voltage spikes. It has a high peak current and can quickly react to upper and lower voltage extremes to form a virtual clamp.

Working Principle

The 293D106X0016B2TE3 has a working principle based on the capacitor equation, which describes how capacitance varies between two conducting plates with distance apart and dielectric between the two plates. The device has two plates made of tantalum, with a dielectric material between them. This device utilizes non-linear dielectrics, making it the ideal choice for applications where large capacitance values are required.

The dielectric material inside the capacitor is formed by the reaction of metallic tantalum and oxygen molecules. As the electric charge passes through the capacitor, a polarization occurs within the dielectric material. The energy stored in the capacitor is based on the polarization. When the electric charge flow is interrupted, the energy stored in the capacitor discharges, forming a negative and positive plate.

Conclusion

In conclusion, the 293D106X0016B2TE3 is a tantalum capacitor, suitable for use in power supply, decoupling and voltage-clamping applications. It has the advantage of low leakage current, high voltage stability and capacity. The device operates according to the capacitance equation and uses non-linear dielectrics for large capacitance values. It has two plates made of tantalum and a dielectric material between them.

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