CWR26HC107KBHZ

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Tantalum capacitors are used for a variety of purposes in diverse applications that include measuring and storage of electrical energy, power supply installations, automotive systems and aircraft components. CWR26HC107KBHZ is one such tantalum capacitor used in many electronic projects.

CWR26HC107KBHZ is a high-capacitance tantalum capacitor with a capacitance value of 107mF, 10V rating and an impedance of 4.7KHz. It is made of tantalum material and consists of two anodes and one cathode. It is a polarized capacitor, meaning that the device works properly only when it placed in its specified orientation. It is also characterized by its small size, enabling it to fit into limited spaces.

The CWR26HC107KBHZ is ideal for use in power supplies and DC-to-DC converters. Its main purpose is to store and filter electrical energy, allowing for a smooth current flow. It is also used as a surge protector and voltage stabilizer. It can help reduce ripple in the output of power supplies designed for use with sensitive electronic components by absorbing large voltage spikes. It is capable of handling high ripple currents, making it highly efficient in performing its functions.

In terms of working principle, a tantalum capacitor works similarly to an electrolytic capacitor. When the positive anode is connected to a positive voltage source and the negative cathode is connected to a negative voltage source, the electric field is established between the two. The electric field creates charges which accumulate on the opposite side of the metal oxide layer. This layer serves as the dielectric between the two anodes which stores the electric energy. The stored energy can be discharged or “shorted” by connecting the conductor across the two anodes, allowing for the current to flow.

Overall, the CWR26HC107KBHZ is a reliable and efficient tantalum capacitor used in Electronic projects. It provides efficient and dependable energy storage and filtering capabilities. Due to its compact size, it can easily be integrated in existing designs and projects. The device is ideal for use in applications where space is limited and a high-capacitance capacitor is required. Furthermore, its robust design and ability to handle large voltage spikes make it a must-have component for any reliable and efficient electronic system.

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