CWR26HC336MCFZ\TR

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Tantalum capacitors, also known as Ta-capacitors, are so-called ‘solid’ capacitors, generally consisting of a polymer and an oxide, with a layer of solid tantalum separating the two, which serves as the dielectric element. They are designed to be used in a wide range of applications due to their small size, chemical stability, high power density, and low leakage current.

The CWR26HC336MCFZ\TR is a tantalum capacitor designed for space-constrained, high-temperature (<90°C) and medium temperature (<85°C) and high-temperature (>90°C) applications. The CWR26HC336MCFZ\TR is protected against internal shorts with an epoxy resin seal, and is rated up to 60V with capacitance values ranging from 0.1μF to 1000μF. It offers excellent performance in high-frequency switching applications such as cellular base stations and antenna amplifiers.

The primary benefits of using the CWR26HC336MCFZ\TR are its small size for space-constrained applications, its usage of a solid tantalum dielectric providing a low leakage current, and its wide operating temperature range. Its high capacitance density and relatively low–profile design make it a good choice for applications requiring high capacitance values in a limited space. The device is also designed for automated assembly processes, meaning that it can be used in high-volume production environments.

In terms of its working principle, the CWR26HC336MCFZ\TR follows the same basic principles of all types of capacitors. This is simply that when two conducting plates are connected together and separated by a dielectric material, then when a voltage is applied to them they develop a charge on their respective surfaces. This charge is stored within the capacitor and can be used to provide a current flow when a circuit is connected to them. The amount of charge which can be stored within the capacitor is determined by the amount of capacitance, which is defined as the ratio of the charge stored, to the voltage applied.

In the case of the CWR26HC336MCFZ\TR, the two conducting plates are the electrodes and the dielectric is the solid tantalum which provides a low leakage current and a wide operating temperature range. The charge stored is determined by the amount of capacitance, while the voltage applied is determined by the amount of voltage the capacitor can handle. The capacitance value is then able to deliver a current at a certain voltage for a certain amount of time.

Given its ability to provide a relatively low leakage current, a wide operating temperature range, and a small form factor for space-constrained applications, the CWR26HC336MCFZ\TR makes an excellent choice for applications requiring a high capacitance value in a limited space. Its automated assembly process makes it suitable for high-volume production environments, while its performance in high-frequency switching applications makes it suitable for antenna amplifiers and cellular base stations.

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