CWR26KH106MCGZ\TR

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Tantalum capacitors are a type of electrolytic capacitor, which consist of an electrolyte solution and two conductive foils, clad in an outer coil of tantalum metal. The CWR26KH106MCGZ\TR is an axial leaded, high stability capacitor specifically designed for use in automated test and measurement equipment. It is also suitable for other telecommunications and medical applications.

Tantalum capacitors have several properties that make them well suited to harsh environments and sensitive applications. These capacitors are extremely resistant to shock, vibration and humidity. Additionally, they possess good electrical stability and low leakage current, making them ideal for precision applications such as medical equipment. Tantalum capacitors also have a high thermal conductivity and a wide temperature range, which makes them an excellent choice for high-temperature applications.

The working principle of CWR26KH106MCGZ\TR is based on the capacitive effect, which occurs when an electric field is applied to two conductors separated by a dielectric material. The two conductors are generally made of metal foil, and the dielectric material is often a mixture of electrolytes and other compounds. When electric current passes through the circuit, an electric field is created between the two conductors, which causes electric charges to build up on both sides. This creates a structural capacitance, which can be used to store electrical energy.

The CWR26KH106MCGZ\TR tantalum capacitor is designed to offer high levels of stability in critical applications. It has low noise, excellent charge and discharge characteristics and a wide temperature range. The capacitor is well suited for use in high voltage, high temperature, high frequency, high performance systems.

The CWR26KH106MCGZ\TR tantalum capacitor is an ideal choice for applications including medical instruments, test and measurement equipment, data acquisition systems, and telecommunications applications. It offers excellent performance in challenging environments, and is well suited for high-precision applications where accuracy and reliability are of the utmost importance.

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