TAJA104M050K

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Tantalum capacitors’ extremely small size compared to traditional capacitors has made them highly sought after components in the industry today, and the TAJA104M050K model is no exception. This component has a reliability of 2000 hours at 105°C, an impressive capacity rating of 50,000uf @ 10V and a temperature coefficient of -40/+80ppm/°C. Thanks to these features, the TAJA104M050K has become a popular choice for many applications in different fields.

The most common application of the TAJA104M050K is in computer and electronic part manufacturing. It can be used to store energy or act as a filter in circuits, making it a great option for products with a low power source as well as those with high-performance specifications. In addition, the high capacitance and low leakage current of the TAJA104M050K make it suitable for use in amplifiers, as well as providing power to various electronic designs. It is also widely used in automotive, aerospace, military and medical equipment.

Another application field of the TAJA104M050K is in power factor correction. This manufacturer-recommended process is used to reduce power usage by reducing current draw, and the TAJA104M050K can be a good choice for completing this task. The component’s low profile and excellent reliability make it very suitable for this type of application, and it can be used to help reduce fatigue and noise, as well as ensuring that output voltage and currents are smooth and consistent.

The TAJA104M050K also has excellent load capacity and is often used in high-voltage grid switching. It is used to reduce noise, limit inrush current and reduce harmonic losses, making it particularly suitable for applications where power quality and reliability are important.

The main principle of any capacitor is to store energy in an electric field between two conductive surfaces. The TAJA104M050K follows the same principle but in a much smaller package. This component uses the combination of tantalum and an electrolyte to store energy, and it is constructed with a compact, low-profile design to maximize its power density. The tantalum plates act as the two conductive plates, while the electrolyte is used to increase the capacitance of the device. The small, low profile of the TAJA104M050K makes it well suited for high-density circuits and applications that require a high capacitance.

The TAJA104M050K has a lot to offer to many different application fields. Its extremely small size, reliable performance and low temperature coefficient make it a great choice for applications that require reducing current draw, high capacitance and low noise. Its versatility has made it a widely popular choice for many industries.

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