SLP182M160H7P3

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Aluminum electrolytic capacitors form an essential component for a variety of engineering projects. SLP182M160H7P3, a type of non-polarized aluminum electrolytic capacitor, is especially important due to its features of larger capacity, higher environmental stability, and longer service life. This article discusses SLP182M160H7P3 application fields and its working principle.

Features of SLP182M160H7P3

SLP182M160H7P3 is a series of axial lead non-polarized aluminum electrolytic capacitors with a temperature range of -55℃~85℃ and a rated voltage of 6.3 VDC and up. They are primarily composed of an electrolyte, an anode, a cathode, and a di-electric insulating material. They are distinguished by excellent capacitance retention, low leakage current, good reliability, and excellent ripple current capability.

The SLP182M160H7P3 aluminum electrolytic capacitors have a capacitance of 1500-3300 μF at an exceptional ripple current capability of up to 3.9A. This series of capacitors come with a built-in safety venting system and are offered in an axial-leaded package, making them a perfect choice for applications like switching power supplies, DC-DC converters, and switching regulators.

SLP182M160H7P3 Application Fields

SLP182M160H7P3 capacitors are primarily designed for SMPS and high-performance power electronics applications. They are most suitable for applications like low-noise high-speed switching power supplies, dc-dc converter circuits, and switching regulators. The SLP182M160H7P3 aluminum electrolytic capacitors are also suitable for frequency control, signal isolation, pulse rejection, noise reduction, and power filter applications.

SLP182M160H7P3 are also suitable for a wide range of general purpose electronic circuits including tone control circuit, audio stage circuit, and the motor driver circuit. The capacitors are also used in automotive and industrial electronics for power conditioning and power conversion.

Working Principle of SLP182M160H7P3

An aluminum electrolytic capacitor is created by combining an oxide film aluminum electrolytic separator with a liquid electrolyte. A direct current is then applied to the electrolyte, allowing it to break down into positive and negative ions, which are then attracted to and deposited on the aluminum electrodes. This creates a film of aluminum oxide, which stores the electrical charge.

Healthy capacitors require a certain amount of stiffness in order to maintain their capacitance values. The SLP182M160H7P3 aluminum electrolytic capacitors feature special winding layers which allow them to operate with improved performance and capacitor shrinkage. This high performance makes them ideal for applications in which stability and reliability are a priority.

In addition to improved stability, SLP182M160H7P3 capacitors also have improved safety features. The special winding layers of these aluminum electrolytic capacitors have a greater dielectric strength than other capacitors, so they can withstand sudden surge voltages. This makes them ideal for safety-critical applications in the automotive and industrial electronics sectors.

Conclusion

SLP182M160H7P3 aluminum electrolytic capacitors are a popular series of non-polarized capacitors that offer large capacitance, higher environmental stability, and longer service life. These capacitors can be used in a wide range of applications, including switching power supplies, DC-DC converters, switching regulators, automotive electronics, and industrial electronics. This article has discussed the application fields and working principle of SLP182M160H7P3 aluminum electrolytic capacitors.

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