CWR26MC106MBHC\TR

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Tantalum capacitors are solid electrolytic capacitors that provide good performance in extreme temperature environments. The CWR26MC106MBHC/TR is one of the most popular tantalum capacitors, owing to its advanced performance for high temperature applications and its very reasonable cost. The CWR26MC106MBHC/TR also has a low impedance, excellent frequency characteristics and stable output characteristic.

The CWR26MC106MBHC/TR is mainly used in automotive, communication products, industrial control, computers, and other electronic products where small size, high reliability, and high temperature performance are required. Also, it is suitable for use in military and other high reliability applications.

CWR26MC106MBHC/TR has a Solid Conductive Polymer (SCP) construction. This means that the tantalum capsule is made up of completely solid state material, making it one of the most reliable capacitors in the market. This construction also ensures that it is immune to corrosion, oxidation, and impurities. This makes it perfect for high temperature applications and in locations with high humidity.

The structure of CWR26MC106MBHC/TR consists of a conductive anode body, which is coated with solid conductive polymer (SCP) and a dielectric layer, which is also coated with SCP. The anode body consists of a metal cap and a dielectric layer. The capacitor is then sealed with an electrolytic plug and an anode seal. The anode seal ensures that no contamination can enter the capacitor.

The working principle of CWR26MC106MBHC/TR is based on electric flux. The anode body and the dielectric layer are separated by an electric flux known as dielectric displacement. When an external electric field is applied, electric flux passes through the dielectric layer and electrons start to flow in the direction of the electric field. The electrons that flow through the anode body become positively charged and the electrons that flow through the dielectric layer become negatively charged. As a result, an electric potential is created between the two layers. The magnitude of the electric potential is determined by the magnitude of the external electric field, the type of dielectric material and the thickness of the dielectric layer.

The electric potential created between the two layers stores the electrical energy and releases this energy when the applied electric field changes direction. This process of storing and releasing of energy is what makes CWR26MC106MBHC/TR such an efficient capacitor. The capacitor is designed to maintain a high level of reliability even at high temperatures. Its construction also ensures that it is immune to corrosion, oxidation and impurities, making it suitable for applications in high-temperature locations.

In conclusion, CWR26MC106MBHC/TR is a very reliable and efficient tantalum capacitor suitable for use in extreme temperature environments. It can be used in automotive, communication products, industrial control, computers, and other electronic products where small size, high reliability, and high temperature performance are required. Its solid conductive polymer construction makes it resistant to corrosion, oxidation, and impurities, making it suitable for applications in high temperature locations.

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