CWR29MB106JCHC

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Tantalum capacitors offer a reliable, cost effective solution for providing a robust and durable capacitor with low ESR and a small footprint. Among these capacitors, the CWR29MB106JCHC has found wide acceptance in the power-electronic and defense-related industries. This capacitor has a maximum working voltage of 6 V, a capacitance of 10 µF, a lead pitch of 0.3 mm and a height of 1.6 mm.

Application Fields

The CWR29MB106JCHC capacitor is commonly used in applications requiring ripple current suppression, low equivalent series resistance (ESR), efficient storage and release of energy, and providing a robust and durable component. Owing to its wide range of electrical characteristics and small profile, these capacitors are ideal for a variety of applications, including pulse power supply applications, energy converters, filter networks, automobiles, and various defense-related applications.

Since these capacitors contain no insulating material, they can easily integrate into high-frequency applications, allowing the user to maximize efficiency. The low equivalent series resistance (ESR) of these capacitors makes them ideal for providing energy transfer in a variety of applications, and their standard footprint allows them to be easily integrated into existing systems. Additionally, they are highly effective in reducing high-frequency noise, making them especially useful for low-noise applications.

Working Principle

Tantalum capacitors are available in both solid and electrolytic configurations. The CWR29MB106JCHC is a solid tantalum capacitor and is constructed using two layers of tantalum, with a layer of conducting material between them. This layer can be made of an oxide or a nitride, depending on the type of capacitor required. The two layers of tantalum are then immersed in an electrolyte solution, which acts as an insulator, allowing the capacitor to trap charge.

When a voltage is applied across the capacitor, a very small electric field is formed in the conducting layer, which causes charge to be stored on the capacitor plates. This electric field increases as the voltage increases and thus the amount of charge stored by the capacitor also increases, leading to an increase in capacitance and allowing the capacitor to store energy. Similarly, when the voltage is removed, the electric field collapses and the stored charge is released and the capacitor is effectively discharged.

The CWR29MB106JCHC capacitor has very low self-discharge, which allows it to hold its charge for long periods of time without any significant loss. Additionally, due to its robust construction, it is not easily damaged and can operate in a wide temperature range, making it ideal for industrial and military applications.

Conclusion

The CWR29MB106JCHC Tantalum capacitor offers a reliable, cost-effective solution for applications requiring low ESR, efficient storage and release of energy, and pulse supplies. With its small footprint and robust construction, it can easily integrate into a variety of applications, from automotive to military. Additionally, the low self-discharge of these capacitors allows them to hold their charge for extended periods of time, making them an excellent choice for applications where reliability and durability are key.

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