T541X107K020BT8610

Tantalum – Polymer Capacitors are widely used in power electronic applications and are increasingly preferred over traditional electrolytic or ceramic capacitors, offering multiple advantages in higher electrical performance and greater cost effectiveness. The T541X107K020BT8610 capacitor is a surface mount device built on a tantalum anode with a highly conductive polymer electrolyte, which help it deliver even steadier current than other conventional types. With its long service life, high temperature tolerance, robustness, and improved electrical performance, the T541X107K020BT8610 is an ideal device to use in extreme climate, and other demanding conditions.

Application Field

The T541X107K020BT8610 capacitor is suitable for a broad range of applications ranging from mobile radio communication equipment, portable computers, and other consumer electronics, to complex audio visual and professional sound equipment. It is adept in low power requirements and general power uses such as inverters, switching regulators, uninterruptible power supply systems, audio amplifiers, filters, converters, and DC-DC voltages.

The capacitance of the T541X107K020BT8610 capacitor is between 0.001μF and 0.018μF. Additionally, its peak capacitance is between 0.25μF and 0.50μF, and its short-term stability is as low as 0.1% / 0.25%. Moreover, its extreme temperature range is -30°C to +80°C. This range makes it suitable to use in almost any climate or environment.

Working Principle

The working principle of the T541X107K020BT8610 capacitor is based on the well-known conventional electrochemical capacitor design. It utilizes a tantalum anode and an electrolyte composed of semi-conducting polymers. When a voltage is applied, the anode releases oxygen molecules, which build up a positively charged electrolyte layer on its surface. This positively charged layer absorbs electrons from the cathode, thereby creating a steady current and delivering a higher power output.

The capacitance of the T541X107K020BT8610 is kept constant by regulating the current, which prevents the electrolyte layer to change its electric properties. Additionally, the capacitor also utilizes a special kind of dielectric, known as electric double layer, to stabilize voltage ripple and assure consistent power delivery.

The T541X107K020BT8610’s small size saves space compared to large electrolytic capacitors, and its robust construction ensures its long-term endurance under demanding conditions. It’s no wonder that the T541X107K020BT8610 is an ideal device for power electronic applications in the most extreme climate.