TM3B335K020HBA

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Tantalum capacitors are used for a variety of applications in the electronic industry. From providing energy storage solutions for microcontrollers to supplying power in automotive, power and communications applications, these capacitors are an excellent choice for high-temperature use with minimal losses.

TM3B335K020HBA is a broad category of tantalum capacitors. These capacitors are made of a porous tantalum anode and covered with a manganese dioxide cathode emitter. In combination with a solid electrolyte that is also made of tantalum, these capacitors are designed for use in a variety of applications that require high temperature stability and high performance.

The main application field for the TM3B335K020HBA is automotive, power and communications applications. Due to its tantalum material construction, this capacitor offers excellent temperature stability, low leakage current, high voltage and a low dissipation factor. This makes it perfect for use in a wide range of applications that require precision and long-term reliability.

In terms of working principle, the TM3B335K020HBA works on the principle of electrolytic combination. In this process, a highly porous anode material is covered with a manganese dioxide cathode emitter and covered with a solid electrolyte. When a current is applied, the manganese dioxide reacts with the electrolyte, thus storing energy in the form of a capacitance.

This capacitance is stored in the form of an electric field across the plate. The strength of the field is proportional to the current applied, thus allowing the capacitor to act as a low frequency capacitor. This means the TM3B335K020HBA can be used for a wide range of applications including data filters, time delay networks, impedance matching, and energy storage.

In terms of performance, the TM3B335K020HBA is capable of storing up to 22μF of energy at 1MHz. It also has a low temperature coefficient and low leakage current, which makes it a perfect choice for applications that require high-temperature stability and low-noise operation. Additionally, its robust construction allows it to endure long-term temperatures up to 85°C.

In conclusion, the TM3B335K020HBA is an excellent choice for applications that require extraordinary temperature stability, high performance and long-term reliability. Its tantalum material construction makes it an ideal choice for automotive, power and communications applications that require precision and reliability. With its ability to store up to 22μF of energy at 1MHz and its low leakage current, the TM3B335K020HBA is an excellent choice for electronic engineers who require performance in a wide variety of environments.

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