TAJK336K002RNJ

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Tantalum capacitors are mainly applied in consumer electronic devices, such as laptops, mobile phones, digital cameras, and tablets, because of their superior performance. The TAJK336K002RNJ is a surface mount, high current Tantalum capacitor. This product is excelsior for applications that demand a very low ESR, such as automotive circuits and power supplies. The TAJK336K002RNJ is a reliable, high quality, and cost-effective solution for designers, irrespective of their applications.

The TAJK336K002RNJ features a robust construction, including a bistable, conductive polymer encapsulation, which protect the capacitance from environmental UV exposure and corrosive environment. The device is designed to be used with modern surface mounting technology. The TAJK336K002RNJ capacitors offer excellent reliability by virtue of their long-term stability and low inductance, ensuring an enhancement of the application’s safety and reliability, even in the harshest conditions.

The TAJK336K002RNJ is also known for its efficient use of space, thanks to its small footprint and low profile. The design reduces the need for expensive printed circuit board layouts, lowering assembly and test costs. The compact package also helps to keep device temperatures down, extending the life of the capacitor.

The TAJK336K002RNJ utilizes tantalum anode and cathode surfaces to create a self-healing structure and a reliable connection between the anode and the cathode. The capacitor’s dielectric fluorescence layer provides reliable electrical insulation and insulation breakdown characteristics, while its dielectric generates an electrical field that adds to the insulation function. This combination of features helps maximize performance while minimizing parasitic components, such as leakage current, voltage break down and capacitor aging.

In terms of working principles, Tantalum capacitors works on the principle of storing and releasing energy that is stored in the dielectric of the device. This energy is stored in the form of an electric field, which is formed between two metal plates placed at opposite ends of the device. A dielectric material is placed between the two plates and works as the isolator preventing electrical current from passing through it. When a voltage is applied between the two metal plates, the energy from the electric field is stored in the dielectric material and the capacitor stores the energy.

When the voltage is removed, the energy stored in the dielectric is discharged in the form of an electric current. This electric current is released through the use of a built-in discharge path. This path is responsible for discharging the stored energy at a rate that is equal to the voltage applied. It is this discharge process that creates a high level of stability in the device, allowing it to keep a defined charge for extremely long periods of time.

Overall, the TAJK336K002RNJ is a great example of a high-quality, cost-effective and reliable solution for a range of applications. Its robust construction and efficient use of space provide users with an excellent product. With its reliable performance, it is able to offer excellent reliability for a wide range of applications.

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