LGN2P681MELA35

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Aluminum Electrolytic Capacitors: LGN2P681MELA35 Application field and Working Principle

Aluminum electrolytic capacitors are a type of capacitor whose most distinguishing feature is its extremely high capacitance. It employs a paper dielectric sandwiched between two aluminum foil electrodes and an electrolyte liquid. Because they can store and discharge large amounts of energy, they are incredibly useful in the electronic world. One such aluminum electrolytic capacitors is the LGN2P681MELA35.

The LGN2P681MELA35 is a polarized capacitor that is best used for filtering and blocking circuit designs. This type of capacitor is highly reliable and easy to install in even the most complex circuit designs. It is characterized by having a maximum operating voltage of 6.3V and a capacitance of 680µF.

The LGN2P681MELA35 is an ideal choice for use in high frequency applications such as radio receivers, VCOs, amplifiers, and other circuits where high frequency stability is required. The aluminum electrolytic capacitor is also capable of withstanding temperatures up to 125°C. This makes them a great choice for high temperature environments including automotive and power applications.

The working principle of aluminum electrolytic capacitors starts with the inclusion of electrodes made up of metalized aluminum foil. As the name suggests, this metal foil is placed between two metal plates are connected with an electrolytic liquid. This helps to form an electrical double layer between them.

When voltage is applied to the LGN2P681MELA35, electrons from the negative plate pass into the dielectric, which causes the positive plate to become negatively charged. The reverse process occurs when the voltage is removed, causing the capacitor to be discharged. This process can be repeated indefinitely, since the electrolytic liquid helps to keep the surface areas of the plates from becoming contaminated.

The LGN2P681MELA35 is a great choice for a wide range of applications because of its high reliability and long life span. The maximum operating temperature of 125°C also makes it a safe choice for high temperature and automotive applications. Additionally, its ease of installation and its ability to filter and block circuit design make it a great choice for a wide range of electronic applications.

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