TAJA105K035HNJ

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Tantalum capacitors are electricity conducting devices made primarily with a tantalum powder base that can be found in all kinds of electronics. They are commonly used for critical components, especially in very high frequency circuits and high capacitance values, as well as in certain medical applications. The TAJA105K035HNJ is an example of such a capacitor and its use in electronics, along with its working principle.

Application Field of TAJA105K035HNJ

The TAJA105K035HNJ is a type of tantalum capacitor model number created for specific use with digital modules, such as Bluetooth modules, memory chips, DSPs and FPGAs. These capacitors offer a low equivalent series resistance (ESR) and a high capacitance value that makes them suitable for digital applications. The TAJA105K035HNJ also offers excellent insulation performance and high temperature/humidity tolerance. This, along with its low ESR, makes it ideal for applications that require high-frequency operation, such as modems, transceivers, power supply circuits, voltage regulators and data protection.

It’s widely used in various consumer electronics and industrial products, such as cell phones, LCD televisions, and high-end home appliances. In addition, automotive applications that require high-frequency failure prevention can also benefit from using TAJA105K035HNJ. This capacitor is a great choice when it comes to upgrading digital modules, as it can improve their performance, reliability and long-term stability.

Working Principle of TAJA105K035HNJ

The TAJA105K035HNJ uses a tantalum powder as the main component and is eventually formed into several cylindrical components. The tantalum powder forms an anode, and the anode is connected to a metal oxide cathode via an electrolyte. When the capacitor is connected to a DC power source, the system draws a current and the electrochemical reaction occurs between the metal oxide and the electrolyte, resulting in an electric field.

This electric field is what controls and regulates the charge stored by the capacitor. The greater the voltage between the metal oxide and the electrolyte, the higher the capacitance and the more charge can be stored within the capacitor. As the capacitor charges, the electric field created between the metal oxide and the electrolyte strengthens, resulting in a more efficient charge storage that can be used to power a circuit.

In the case of the TAJA105K035HNJ, the metal oxide used is predominantly titanium dioxide. The combination of the tantalum powder and the titanium dioxide being used for the anode and the cathode respectively results in a capacitor with a higher capacitance and ESR ratio than other types of capacitors.

The TAJA105K035HNJ is a great choice for digital circuits that require high-frequency capability, as it has very low ESR and is designed to operate over a wide atmosphere range. This capacitor is also popular because of its excellent insulation performance at a low profile, making it suitable for various applications.

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