510DX107M035CC2D

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Aluminum electrolytic capacitors are electronic components which are used in a wide variety of applications from automotive to consumer electronics. The 510DX107M035CC2D is a high performance, low ESR, aluminum elecrolytic capacitor specifically designed for vehicular and industrial applications. The primary focus of this capacitor design is to provide improved transient response and reduced ripple energy for power rails, motor drives, and other power conditioning applications.

Characteristics and Parameters

The 510DX107M035CC2D contains a stack of several, high purity, anodized aluminum electrodes coated with an inorganic electrolyte material. These electrodes are then wound into favorable processor shapes to maximize capacitance. Other components such as terminals, casing, and sealing material are also used in the construction. The capacitance of this particular device is 107mF, with a DC voltage rating for this product of 35VDC. This capacitor also has a low equivalent series resistance (ESR) of 0.1Ω, and a high surge current of 2A (Max). Other parameters such as temperature characteristics, equivalent series inductance (ESL), leakage current, dielectric absorption (DAR) and operating temperature range are all accounted for in the design.

Working Principle

Aluminum electrolytic capacitors use their electrodes to generate electric fields when a voltage potential is applied across them. The resulting electric field creates a charge separation in the dielectric material that forms a conductive pathway (capacitor) between the two electrodes. This capacitance process is known as electrolysis because the electrolyte material provides the medium between the two terminals. Thus, when the voltage is applied, the charges separated within the capacitor will move towards the positive electrode in the internal circuit.

Application Fields

The 510DX107M035CC2D can be used for a variety of power conditioning applications. It is mainly used in automotive and industrial applications. It is especially popular as a power rail decoupling capacitor due to its low ESR, providing superior transient response. It can also be used for other applications such as power supplies that require high voltage ratings. The high surge current rating further enables the capacitor to provide superior ripple energy suppression in this type of environment.

The 510DX107M035CC2D is also widely used in consumer electronics such as CD players, DVD players, televisions, and sound systems. The low ESR and high surge current ratings provide a greater degree of performance and stability in this type of application.

Conclusion

In conclusion the 510DX107M035CC2D is a high performance, low ESR aluminum electrolytic capacitor specifically designed for vehicular and industrial applications. Its characteristics are optimized for power rail decoupling and ripple energy suppression. It’s also widely used in consumer electronics provided superior performance and stability. Therefore, the 510DX107M035CC2D provides an ideal compromise between cost and reliability in a variety of applications.

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