LGG2G221MELZ35

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Aluminum electrolytic capacitors are components used in various electrical circuits to store electrical energy and to control the flow of electric current. They are essential components in electronic engineering, computer technology and telecommunications equipment. The LGG2G221MELZ35 is an aluminum electrolytic capacitor. It is an axial type capacitor with an extended lead length of 2.54 mm, designed for high-frequency applications.

This capacitor uses a solid aluminum electrolyte core and an anisotropic conducted material as its dielectric. This design gives the LGG2G221MELZ35 a high voltage tolerance, enabling it to handle spikes up to 25V and a very low series and parallel equivalent output impedance. The capacitor also features a snap-in terminal that allows easy installation, a wide capacitance range of 91 µF to 47 µF and a long life of 1,000 hours. Moreover, its extended lead length makes it beneficial for applications involving high-stationarity and highly-damped conditions.

The capacitor is suitable for multiple applications ranging from automotive, consumer electronics and industrial, due to its various characteristics. For instance, in vehicle circuits, the capacitor is used to bridge signal lines, reduce noise and filter power supply. The LGG2G221MELZ35 capacitor is also used in consumer electronic circuits, where it filters the signal lines, reduces signal interference and extends the life of integrated circuits. On the other hand, it can be used in industrial systems for motor starting and energy conversion.

The working principle of the LGG2G221MELZ35 aluminum electrolytic capacitor involves two processes. First, when a voltage is applied to the two terminals, an electrolyte material helps create an electric field and stores electric charge, proportionally to the applied voltage. Secondly, the anisotropic conductive material takes in the electric charge and creates the electric field in the interior of the capacitor, producing high electric field strength.

The combination of these two processes mathematically forms a voltaic curve that enables calculation of the electric charge stored by the capacitor and its equivalent output impedance. This voltage-time curve increases proportionally as the electric charge is stored in the capacitor. The compatible maximum charge can be determined through a mathematical scheme, along with the electric capacity of the device.

In conclusion, the LGG2G221MELZ35 is an aluminum electrolytic capacitor with extended lead lengths. It has numerous applications ranging from automotive to consumer, and industrial electronics. It is suitable for applications involving high-stationarity and highly-damped conditions, due to its extended lead lengths. The capacitor also has a high voltage tolerance, enabling it to handle spikes up to 25V. The working principle of the capacitor involves two processes - electric field creation and anisotropic conduction, which together form a voltage-time curve that enables calculation of the electric capacity of the device.

The specific data is subject to PDF, and the above content is for reference