LXZ35VB681M10X30LL

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Aluminum electrolytic capacitors are electronic components that store electrical energy by separating two metal plates with two pieces of aluminum foil. The LXZ35VB681M10X30LL is one such component which can be found in many technologies and home appliances. These devices have numerous applications in a wide range of electronic assemblies and can vary greatly in size, shape and construction. This article will discuss the LXZ35VB681M10X30LL\'s application field and working principle.

What is the LXZ35VB681M10X30LL?

The LXZ35VB681M10X30LL is an aluminum electrolytic capacitor with a 35V maximum voltage rating. It is a miniaturized surface-mount device measuring 1mm x 5.5mm in size and providing a capacitance of 680μF at 15.0VRMS (at 120Hz). On the back side of the device, two lead terminals with a tin finish are equipped for electrical connection, allowing for the assembly onto a printed circuit board. When measuring 2kHz AC current in a low temperature environment of 25°C, this capacitor offers a 50 mΩ maximum impedance and 80dB maximum insulation resistance.

Application Field

The LXZ35VB681M10X30LL\'s relatively small size and high capacitance make it ideal for use in digital circuits where saving space is critical. Their primary application is in electrolytic decoupling, where they are used to reduce power supply noise in systems with multiple voltage rails. Additionally, they are used in power factor correction systems, switching power supplies, voltage regulation circuits, high-voltage rectifier circuits, and high-frequency oscillator circuits.

The LXZ35VB681M10X30LL is particularly popular for its performance in low-flow current and noise reduction. Its miniature body and unique design are perfect for use in mobile phone and notebook computers, digital cameras and other high-performance digital electronic products with limited space.

Working Principle

The LXZ35VB681M10X30LL uses an electrolyte-filled aluminum foil as a dielectric, which stores the electrical energy. Other components such as E-Style capacitor pins, gaskets, rubber or fiberglass insulator sleeves, and fiberglass plates are used to electrically isolate the two plates. In addition, the aluminum foil acts as the anode of the capacitance, and the aluminum oxide layer formed on its surface helps the device function.

When applied with an electric potential, the positive charge undergoes electrodeposition, resulting in the two plates becoming oppositely charged. The electrons flow through the electrolyte to build a store of electrical energy, otherwise known as a capacitance. When the current is removed, the potential energy is released, providing the necessary energy for the electronic circuit.

Conclusion

The LXZ35VB681M10X30LL is a miniature aluminum electrolytic capacitor with a high capacitance and relatively low impedance rating. Its small size and efficient performance makes it perfect for use in digital circuits, especially those with multiple voltage rails. Its primary applications are in electrolytic decoupling, power factor correction, voltage regulation and power supplies, high-voltage rectifying circuits, and high-frequency oscillators. The LXZ35VB681M10X30LL stores electrical energy using two plates that have been separated by an electrolyte-filled aluminum foil, which builds a store of potential energy when charge is applied and releases the energy once the current is removed.

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