80ZLJ68M10X12.5

Aluminum electrolytic capacitors are a type of capacitor whose ability to store electrical charge is based on the electrolysis of an anodic aluminum oxide film. The 80ZLJ68M10X12.5 is an aluminum electrolytic capacitor which is widely used in a variety of applications. This article will discuss the application field and working principle of the 80ZLJ68M10X12.5 aluminum electrolytic capacitor.

Application Field of the 80ZLJ68M10X12.5 Capacitor

The 80ZLJ68M10X12.5 capacitor is designed for use in audio applications, such as speaker systems and home theater systems. It is also used in electronics such as television sets, computer monitors, and cell phones. The 80ZLJ68M10X12.5 capacitor is also used in automotive systems, such as car radios and car audio systems. Its small size makes it easy to fit into circuits, thus enabling it to be used in a wide range of applications.

Working Principle of the 80ZLJ68M10X12.5 Capacitor

The 80ZLJ68M10X12.5 capacitor is an electrolytic type that uses an applied voltage to create a current flow through two metal plates. The metal plates are separated by an electrolytic medium and the current flow produces an electric field between the plates. The electric field is used to store energy and the amount of energy that can be stored depends on the voltage applied. The capacitor is charged when a voltage is applied and it is discharged when the voltage is removed.

The voltage applied to the 80ZLJ68M10X12.5 capacitor must not exceed its rated voltage or it will be damaged. In addition, the 80ZLJ68M10X12.5 capacitor also has a limited temperature range and must be operated within this range to ensure reliable operation. Finally, the capacitor must be adequately secured in place to prevent movement or vibration.

Conclusion

The 80ZLJ68M10X12.5 capacitor is a type of aluminum electrolytic capacitor with a wide range of applications. It is used in audio, television and automotive systems as well as in a variety of other electronic circuits. It operates by using an applied voltage to create an electric field between two metal plates, and the amount of energy it can store depends on the voltage applied. It must be operated within its rated voltage and temperature range and must be secured in place to prevent damage.