CWR26MC106JBHZ

Tantalum capacitors are capacitors developed on the basis of tantalum, a rare earth metal. They are generally divided into two categories: Ta-series capacitors and TaO-series capacitors. The CWR26MC106JBHZ could belong to the TaO-series capacitors.

The application field of the CWR26MC106JBHZ includes high-frequency peripheral circuits and high-frequency circuit filters, mainly used in digital signal processor systems, microwave communication systems, aerospace guidance systems, and very high-speed computer systems.

The working principle of the CWR26MC106JBHZ is it mainly works on the basis of Faraday’s law of electromagnetic induction. When an external alternating voltage is applied to a coil or an open circuit, a induced current proceeds in the coil. During the period when the coil is in the forward direction, the current accumulated in the capacitor is in the opposite direction, and the voltage is also in the opposite direction. The opposite voltage is added to the voltage generated by the generator (power supply), resulting in a reduction of the voltage applied to the device.

The CWR26MC106JBHZ is a nonpolarized electrolytic capacitor with special properties. Unlike other types of capacitors, it uses tantalum as the base material, so it has higher working frequency, greater volumetric capacitance, higher dielectric constant, and higher stability. These advantages enable it to be widely used in high-frequency, high-frequency filtering, and other applications.

In summation, the CWR26MC106JBHZ belongs to the TaO-series capacitors with a wide range of applications such as high-frequency peripheral circuits and high-frequency circuit filters. Its working principle is to keep the voltage applied to the device through Faraday’s law. It has a higher working frequency, greater volumetric capacitance, higher dielectric constant, and higher stability.