135D686X9006C2

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Tantalum capacitors are high-performance drum-shaped capacitors, which are also known as tantalum electrolytic capacitors. They are made of tantalum as an anode, and a layer of tantalum oxide film is formed on the surface of the anode under an electric field. It is a type of electrolytic capacitor, so this kind of capacitor also requires the electrolyte to be poured into the capacitor for conducting electricity. 135D686X9006C2 is one of the tantalum capacitor models, which has many applications in various fields, with a variety of working principles.

Tantalum capacitors are a kind of components with various advantages, often used in electronic communication, medical devices, automobiles, military equipment, navigation systems, and other instruments and equipment for digital circuit production. Among them, 135D686X9006C2 have a variety of usage and excellent performance. It can provide a wide range of maintenance-free electronic devices solutions with high frequency, high reliability and miniaturization.

In terms of application size, the capacitance of 135D686X9006C2 can range from 0.1uF to 4700uF. It can be used in communication frequency circuits, clock circuits, input/output filtering circuits, oscillation circuits, memory anti-interference/circuit reset circuits, and power supply circuits. Generally speaking, the application of 135D686X9006C2 is mainly focused on decoupling capacitors, which are changes of AC signals to make AC signals become DC signals. It can also be used as a grounding capacitor for signal attenuation or as a DC-DC power supply filter capacitor.

The working principle of 135D686X9006C2 belongs to the same as that of electrolytic capacitors. The original body tantalum anode exposed in the electrolyte solution after anodization becomes an insulator layer of tantalum oxide film, known as capacitance oxidation film. Whenever a potential difference is applied between the two electrodes, electric field will penetrate through the tantalum oxide film layer, thus forming dielectric layer coupling the two electrodes which in turn produces a capacitance.

In addition, 135D686X9006C2 often require a series of high and low temperature experiments for operating test and electrochemical tests. In the test of low temperature, some experiments with static current test, pulse strength test, wide temperature range test, humidity- temperature test, high temperature storage test, high temperature resistance test and high temperature insulation test will be conducted for the sake of verifying its reliability and performance for the capacitor.

Overall, considering the application field and the working principle of 135D686X9006C2, it is broadly used in various digital electronic products and other instruments and equipment. With a variety of application sizes and rich performance, it has become an indispensable component for electronic production. The above are the introduction of application and working principle of 135D686X9006C2 tantalum capacitors.

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