SLPX182M160E4P3

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Aluminum electrolytic capacitors are an essential component in many modern electronics. They are the workhorse of the electronics industry, and can be found in virtually every electronic device or system. The SLPX182M160E4P3 is a robust and versatile aluminum electrolytic capacitor which can serve multiple applications in a wide range of applications.

The SLPX182M160E4P3 is a general-purpose polarized, surface-mount aluminum electrolytic capacitor. It operates on up to 3.3V, with a rated capacitance of 160µF and a rated voltage of 16V. The device is encased in a RoHS-compliant package with terminals on both sides to enable vertical or horizontal installation. The SLPX182M160E4P3 is also available in several package sizes to provide flexibility in design.

Aluminum electrolytic capacitors are used in circuits to store energy. Such capacitors use an anode, usually made of aluminum, and an electrolyte, usually made of aqueous solution, to store electrical charges. The device stores and releases energy when needed, making them useful for timing, power filtering, and energy management in high-efficiency systems.

The SLPX182M160E4P3 is ideal for applications where minimum power loss and high ripple current are required. Examples of applications include power supplies, telecom equipment, digital systems, and instrumentation. The SLPX182M160E4P3 can also be used in high-voltage AC systems, as well as for filtering, buffering, and energy storage.

The principal operation of the SLPX182M160E4P3 is based on a liquid electrolyte which is sealed in an aluminum case. The electrolyte provides an interface between the two plates. The anode is made of a high-purity aluminum foil, while the cathode is an aluminum oxide layer that acts as a dielectric. Under an applied reverse voltage, the dielectric breaks down, allowing electrical current to flow.

Upon the application of sufficient voltage, a thin layer of oxygen is produced between the anode and cathode. This thin layer acts as a barrier, allowing electrical current to be conducted through the electrolyte and delivered to the circuits. The behavior of the device is determined by the voltage applied, the parameters of the aluminum oxide layer, and the parameters of the electrolyte.

The SLPX182M160E4P3 offers a wide range of applications in applications where power, ripple current, and temperature performance is of the essence. Its robust design and wide operating range provide flexibility for nearly any application, and its ability to be installed in either horizontal or vertical placement makes it the ideal choice for designers.

The specific data is subject to PDF, and the above content is for reference