E32D161LPN182MA67M

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Aluminum Electrolytic Capacitors are a type of capacitor that utilizes aluminum foil and a paper separator soaked in an electrolyte solution. They are characterized by their high capacitance, large varieties of size and shape, and long useful life. The E32D161LPN182MA67M aluminum electrolytic capacitor is a high-quality, compact component specialized for large capacitance applications.

The E32D161LPN182MA67M aluminum electrolytic capacitor has a cylindrical shape that includes leads on two sides. It is designed to have a maximum operating temperature between -25 and +85 degrees Celsius and a rated capacitance of 0.7 to 2.2 μF. This capacitor is 9.6 mm long and has a diameter of 5 mm, making it well-suited for use in a wide range of space-constrained circuits. Its terminals are sealed to ensure durability and prevent leakage, providing better protection than non-sealed models.

When used in a circuit, aluminum electrolytic capacitors are polarized components. This means that the voltage must be applied in one direction, and the polarity of the capacitor must correspond to the polarity of the voltage. The positive terminal of the capacitor must be connected to the positive side of the voltage source, and the negative terminal to the negative side. On the other hand, an electric current can flow freely in both directions.

The E32D161LPN182MA67M aluminum electrolytic capacitor is a reliable and efficient component suitable for a variety of industrial and commercial applications. It is commonly used as a power line filter, where it prevents spikes in the voltage from damaging sensitive components. It can also be used as a coupling capacitor in audio systems, allowing sound signals to pass while blocking any direct current. In addition, it can be used in switching power supplies, helping to ensure smooth circuit transitions.

The working principle of the E32D161LPN182MA67M aluminum electrolytic capacitor is based on the fact that the oppositely charged aluminum foil layers and the separator soaked in the electrolyte behave like two galvanic cells connected in parallel. When a voltage difference is applied across the terminals, the positive charge in the aluminum layers will repel each other and each layer will hold additional charge. This creates an electrostatic field with an opposition to the current, thereby providing the capacitor with capacitance.

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