LXZ35VB101M6X15LL

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Aluminum Electrolytic Capacitors

Aluminum electrolytic capacitors are electrical components that are used to store electrical energy. These components are cylindrical-shaped and are made of an aluminum core with an electrolyte (liquid or gel) inside the cylinder. On the surface of the core, there is a positive lead and a negative lead. The two leads are connected to the terminals that are located outside the cylinder. The mass inside the cylinder is separated into two halves by the di-electrical capacitor. One half (anode) is filled with an electrolyte solution, while the other half (cathode) is filled with an electrolytic fluid.

The LXZ35VB101M6X15LL is a specific type of aluminum electrolytic capacitor. It is a compact two-terminal capacitor that provides low thermal resistance and high performance. It has a voltage rating of 105VDC and a capacitance of 10uF. It is a screw-terminal version capacitor with a maximum operating temperature of 105°C. Additionally, the LXZ35VB101M6X15LL capacitor is designed to withstand high humidity environments.

The LXZ35VB101M6X15LL capacitor is generally used in high temperature and high-humidity applications. Its performance is stable under extreme temperature conditions ranging from -30℃ to 105℃, making it well-suited for applications that require high temperature and high humidity. Some of the applications where this capacitor can be used include power supplies, battery-powered devices, and motor drives. This capacitor can also be used in solar energy systems, LED lighting systems, and chargers.

The working principle of the aluminum electrolytic capacitor, and thus the LXZ35VB101M6X15LL, is based on Faraday’s Law of Electromagnetic Induction. Faraday’s Law states that when an electric current is applied across a di-electric material, an electric field is created. As an electric current flows through the capacitor, the electric field causes the positive and negative charges on the two electrodes to be displaced. This displacement of charge creates a field between the electrodes, which in turn creates a capacitor.

This displacement of charge causes an electrical current to flow between the two electrodes, which creates a voltage across the electrodes. This voltage is stored in the capacitor as an electrical energy. This energy is then discharged from the capacitor when a circuit is connected to the capacitor’s terminals. This release of energy provides the electrical charge needed to power devices. In conclusion, the LXZ35VB101M6X15LL capacitor is an aluminum electrolytic capacitor that is used in applications that require high temperature and humidity resistance, such as power supplies, battery-powered devices, and motor drives.

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