ALF40C273EB025

The ALF40C273EB025 has a maximum capacitance of 27µF and an operating voltage of 50V DC. It has an Electrolytic Grade Aluminum Oxide Capacitor, which is typically 5 to 10 times more capacitance per volume than conventional paper and oil capacitors. This makes it ideal for a range of applications such as filtering, decoupling, and frequency response applications.

The working principle of the ALF40C273EB025 involves the movement of electrons between the capacitor plates, which creates an electrical field and a dielectric between them. This effect results in high capacitance from a relatively small physical size. As the capacitor is charged, the dielectric builds up and prevents further movement of electrons. When the capacitor reaches its peak capacitance, it begins to discharge, and the voltage drops. The capacitor remains charged, and the dielectric is then released. This process repeats until the capacitor reaches its minimum capacitance.

The ALF40C273EB025 capacitor has a wide variety of application fields including switching power supplies, audio equipment, AC-DC converters, medical instruments, and cell phones. It is also suitable for various general purpose circuit applications like filtering and decoupling. The capacitor can also be used to smooth surges and to provide backup voltage during short power interruptions. The maximum working temperature at which the ALF40C273EB025 capacitor can operate efficiently is +105°C.

In summary, the ALF40C273EB025 is an ideal choice for a variety of applications due to its high capacitance and reasonable price. Its range of application fields includes AC-DC converters, medical instruments, switching power supplies, cell phones, and various general purpose circuit applications like filtering and decoupling. The working principle of the ALF40C273EB025 capacitor is based on the movement of electrons between the capacitor plates, which creates an electrical field and a dielectric between them.