TAJC155M035RNJ

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Tantalum capacitors are among the most important components for both electronic and industrial use. They offer high capacitance with relatively small dimensions and low costs. TAJC155M035RNJ is one of the many types of tantalum capacitors here which is utilized in many important fields. In this article, we will explore TAJC155M035RNJ application field and working principle to understand its importance.

TAJC155M035RNJ Application Field

The TAJC155M035RNJ capacitors have many applications in various industries and applications. These come with a wide range of advantages that make them a popular choice due to their versatility. Specifically, TAJC155M035RNJ are used in applications such as communications, power supplies, cameras and computers.

• Communications: TAJC155M035RNJ can be used for signal filtering and electrostatic discharge protection, eliminating noise interference and preventing signal attenuation.
• Power Supplies: Due to their tight capacitance tolerances, good ESR values and low profile, TAJC155M035RNJ are extensively used in power supplies applications.
• Cameras and Computers: TAJC155M035RNJ are very popular among cameras, computers and related peripherals due to their small package size, low losses, and high-temperature capabilities.

TAJC155M035RNJ Working Principle

Like other types of tantalum capacitors, TAJC155M035RNJ is an electrolytic capacitor in which a solid tantalum anode is immersed in an electrolyte of sulfuric acid and a liquid cathode, such as manganese dioxide, is also immersed. The anode and the cathode are connected with a tantalum wire and a porous layer of tantalum pentoxide insulates the two. When a voltage is applied to the capacitor, an electric field is established between the anode and the cathode, increasing the number of electrons at the anode, which in turn increases the current flow.

When the current flows, it produces an electrochemical reaction at the interface between the anode and the electrolyte which produces a highly conductive oxide layer in the anode. This oxide layer acts like a dielectric and prevents further current flow, which in turn prevents further electrolysis. The oxide layer develops into a solid dielectric material, and the capacitor is able to store a charge.

Conclusion

The TAJC155M035RNJ capacitors offer many advantages for both electronic and industrial applications due to its high capacitance and small dimensions. Its wide application field and working principle can be utilized for various powers supplies, communications, cameras and computer applications. We can conclude that TAJC155M035RNJ has many uses and is a great addition to any circuit.

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