EEE-TKC222UAM Capacitors

Aluminum Electrolytic Capacitors are widely used in many electronic systems. The EEE-TKC222UAM Aluminum Electrolytic Capacitor is a reliable and reliable capacitor that offers high capacitance per unit volume. It has a capacitance range of 2.2µF to 220µF and a working voltage range of 2.5V to 250V.

The EEE-TKC222UAM offers a unique feature called ‘dual plastic wrap design’ to ensure its safe operation. This consists of two layers of polyethylene film, the inner layer preventing corona discharge while the outer layer thoroughly protects against leakage currents. This provides a high level of reliability and safety even while operating at high voltages.

The EEE-TKC222UAM has a long life span thanks to its superior design. The terminal leads are designed to allow long-term reliability, as it is critical in high-performance applications. The capacitor can also operate in extreme temperatures of -55°C to +155°C. Additionally, the capacitor has an ultra-low ESR (equivalent series resistance) of 16mΩ.

The EEE-TKC222UAM also boasts a small size and high capacitance per volume. This makes it suitable for many applications. It has a smaller footprint and is more efficient than competing products. This makes the capacitors well-suited for miniaturized devices. Furthermore, these capacitors are also rated for extreme temperatures above 150°C and they still maintain an excellent electrical efficiency.

The EEE-TKC222UAM capacitor has a working principle based on the theory of polarization. When in polar mode, there is an anode and a cathode on the capacitor’s surfaces. The application of the electric field across the capacitor causes the polarization of the anode and cathode, thus allowing charge to accumulate on the surfaces. This is what gives the capacitor its high capacitance rating.

The EEE-TKC222UAM is a valuable capacitor that offers safety and reliability. It has a high level of temperature stability and its high voltage ratings make it ideal for many different applications. Its small size and high capacitance make it suitable for low profile and miniaturized devices. Furthermore, it has a long life cycle making it a reliable device for long-term use.