350BXC47MEFC16X20

Aluminum Electrolytic Capacitors are very common in a number of modern equipment, providing the needed charge for electrical and electronic devices. The 350BXC47MEFC16X20 is an example of such a capacitor, with a wide range of applications and specific working principles.

This capacitor, a common type of aluminum electrolytic metallized capacitors, is often used for AC power line by-pass and audio and instrumentation applications. It is also used as a power filter for switching power supplies and for capacitance-coupled circuits. Its range of applications is quite versatile, with the capacitor being able to find a use in almost any device requiring an electrolytic capacitor.

The 350BXC47MEFC16X20 works in the same way as any other electrolytic capacitor. An electrolytic liquid, typically an aqueous solution of an electrolyte salt, is placed between two metal plates. One plate is surrounded by a dielectric layer, and the other houses a dielectric material such as aluminium oxide in its inner core. When a voltage is applied to the two plates, an electric field is created and ions in the electrolyte move to opposite sides of the plates, generating an electric current.

A few other features make the 350BXC47MEFC16X20 capacitor stand out. It has a low equivalent series resistance (ESR), ensuring that the capacitor can deliver stable and reliable performance without any ripple or distortion. It also has low self-discharge, which ensures that the capacitor will not discharge quickly over time and will remain effective even after long periods of inactivity. Lastly, the capacitor is rated for temperatures up to 125⁰C, ensuring that the capacitor can withstand high temperature conditions without losing its performance.

In conclusion, the 350BXC47MEFC16X20 capacitor is an example of an efficient and reliable aluminum electrolytic capacitor. It can be used in a wide variety of applications and its low ESR and temperature rating make it a good choice for many devices. The principles of its working are the same as all other electrolytic capacitors, with ions in the electrolyte moving within an electric field to create the desired charge.