TH3A334K035C11R0

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Tantalum capacitors are capacitors which employ tantalum as their anode material. As they are an ideal storage mechanism for electric power, they are extensively used in electronic circuit designs requiring tightly regulated electrical parameters. However, due to their limited hold time, they are often utilized in higher frequency, power-leveling applications.

TH3A334K035C11R0 capacitors are miniature tantalum capacitors with a high capacitance value and low profile size, making them suitable for surface-mount devices and other similar applications where space is at a premium. Their lead-free construction means they are compliant with the most stringent environmental regulations.

The first feature of TH3A334K035C11R0 capacitors is their capacitance rating in µF. This is 5.6µF at 10V, with a maximum capacitive tolerance of ±10%. This indicates that the capacitance could be up to 5.66µF or as low as 5.54µF. This is an ideal range for secondary circuit designs aimed at providing reliable performance with an emphasis on stability.

As is common with most tantalum capacitors, the TH3A334K035C11R0 version has a rated operating temperature range of -55°C to 125°C. This allows it to be used in a variety of environments including high-temperature applications without fear of damage or reduced performance.

The TH3A334K035C11R0 capacitors are constructed using an electrolytic material and possess a working voltage of 10V. This is the maximum steady state voltage that the capacitor can withstand without sustaining damage, and when exceeded a sudden and permanent breakdown of the unit may occur. During operation, it is important to keep this value as close as possible to the rated voltage.

The working principle of TH3A334K035C11R0 capacitors is based on the principle of electrostatic energy storage. This means that the electric field between two electrodes attracts the opposite electric charges, storing them on the inert electrically conducting material contained in the capacitor’s dielectric. As the capacitor is charged, a steady potential is stored until it is discharged.

TH3A334K035C11R0 capacitors are largely used in the design of power supplies, providing local energy storage for the main control system. The capacitor’s ability to discharge a large amount of energy in a short amount of time makes it well-suited for this purpose, allowing for rapid energy transfer after a power interruption. Additionally, it is commonly used in high and low pass filtering applications or in coupling circuits.

TH3A334K035C11R0 capacitors are robust and reliable units, able to function efficiently in a variety of applications and environments. Despite their relatively small size, they can provide a great deal of electrical storage and power transfer, making them a popular choice for many electronic designs.

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