CWR26MC106MCHA\HR

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Tantalum capacitors are used increasingly in a variety of applications due to their small size, low cost, long life, and high reliability. The CWR26MC106MCHA/HR is a type of tantalum capacitor designed for use in high-frequency or RF applications. It is constructed using a solid electrolyte of manganese dioxide, which is sandwiched between two conductive palladium plates with an encapsulated case. The capacitor is rated for operation up to a temperature of 125°C and a voltage rating of 250V.

The CWR26MC106MCHA/HR is primarily used in high-frequency applications due to its superior frequency response. The capacitor exhibits excellent non-linear capacitance characteristics, making it ideal for use in applications requiring low distortion and high reliability. Its ability to withstand high temperatures has also made it a favored choice for use in motor control and switching applications. It is also used in audio systems and automotive applications.

In terms of its working principle, the CWR26MC106MCHA/HR uses manganese dioxide as its solid electrolyte. The manganese dioxide functions as an electrically conductive dielectric, which can store electrical charge. When the voltage applied to the capacitor exceeds its rated value, the manganese dioxide electrolyte expands to store more charge, resulting in an increase in both series and parallel capacitance. This property allows the capacitor to provide greater reliability and performance than other types of capacitors.

The CWR26MC106MCHA/HR is a tantalum capacitor designed for high-frequency and RF applications. Its superior frequency response and low-distortion characteristics make it especially suitable for use in audio systems and automotive applications. Moreover, its ability to withstand high temperatures allow for reliable operation in motor control and switching applications. With its solid electrolyte of manganese dioxide, the capacitor is able to expand and store more charge when voltage exceeds its rated value, making it a dependable choice for high-frequency applications.

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