LNR2C682MSEN

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Aluminum electrolytic capacitors are widely used in many types of electronic devices and circuits. The most common type are those based on a Tantalum capacitance element, which utilizes a film of Tantalum and an electrolyte to produce a highly reliable and precise capacitance number. The aluminum electrolytic capacitors in the LNR2C682MSEN family also use an electrolyte-based capacitance element, but are constructed to be physically smaller and even more reliable than the Tantalum type. The combination of the small physical size and low price makes the LNR2C682MSEN an attractive choice for many types of applications.

The LNR2C682MSEN series aluminum electrolytic capacitors are designated as Radial Lead Capacitors, due to the orientation of their lead wires. Each capacitor is in the form of a cylinder with two leads exiting from a single end. The two leads are long and thin and are designed to be threaded into corresponding terminals on the circuit board. The form factor of the capcitor allows it to occupy a very small physical area within the circuit, making it well suited for applications such as board-level power supplies, input and output filtering, or buffering.

The capacitance element of the LNR2C682MSEN is electrolytic, meaning that it utilizes electrolytes and an electrical current to store and release energy. The capacitor works by having an electrolytic core which is comprised of an electrolyte-soaked paper or foil material along with two thin metal plates. The purpose of the electrolyte is to act as a conductor between the two plates, allowing an electric current to flow in one direction only. The paper or foil between the two plates acts as a dielectric and helps to store the electrical charge.

The capacitance of the LNR2C682MSEN is determined by the type and amount of electrolyte, the thickness of the paper or foil, and the distance between the two metal plates. When a voltage is applied to the positive and negative poles on the capacitor, it stores the charge by forming a conductive chemical bond between the two plates. When the applied voltage is removed, the capacitor discharges itself, allowing the stored energy to be released. This cycle is constantly repeating itself, making the capacitor an ideal choice for applications where a steady source of electric power is required.

The LNR2C682MSEN family provides an excellent combination of reliability, high performance, and affordability. This makes it perfect for a wide variety of applications such as buffering, filtering, signal conditioning, and power supplies. The small size of the components also allows them to be practically used in high-volume production runs. Additionally, the low price compared to competing components makes them attractive for budget-limited projects.

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