MLS132M100EB0C

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Aluminum electrolytic capacitors are one of the most popular forms of capacitors available and are mainly used for applications where large capacitance is required. The MLS132M100EB0C is part of a series of aluminum electrolytic capacitors designed for use in a variety of applications. This article will discuss the specific characteristics and applications of the MLS132M100EB0C, as well as the general principles behind aluminum electrolytic capacitors.

The MLS132M100EB0C is a miniature aluminum electrolytic capacitor developed by Murata Electronics. It has a voltage rating of 100V and an operating temperature range of -55°C to +125°C. This series of capacitors is also known for its high ripple current capabilities, with a maximum ripple current of up to 380mA at 100kHz. Its construction consists of a spiral-wound aluminum foil and a paper-polyester electrolyte impregnated wound element, a spun-filled silicone rubber sleeve, and a two-pin silver-plated tinplate end-cap. This construction makes the capacitor resistant to short-circuits, mechanical shocks, and high temperatures. Furthermore, this series of capacitors is also used for various audio applications due to its low impedance and high frequency characteristics.

The MLS132M100EB0C is commonly used in DC power supplies, particularly those in consumer and home appliances, as well as LED lighting and other input rectifier filtering circuits. It is also used in acoustics, radio frequency, and other specialized electronics requiring high capacitance. The combination of high capacitance, voltage rating, and ripple current leads to improved performance, particularly in the area of power conversion and filtering.

The general principles behind the operation of an aluminum electrolytic capacitor are similar to that of a regular capacitor: an electric field is created between two charged plates, separated by an insulator, or dielectric. However, the electrodes and insulator of an aluminum electrolytic capacitor are different and require special construction. The electrodes are made up of aluminum foil, which is etched on both sides to achieve electrolytic properties. This type of capacitor also has special electrolytic chemicals in the form of an organic solvent which helps the capacitor hold onto the charges that are generated when current is passed through it. The chemicals also enable the capacitor’s ability to discharge quickly. The aluminum electrolytic capacitor’s dielectric is formed by the thin film of oxide that is formed over the aluminum when the capacitor is activated.

In conclusion, the MLS132M100EB0C is a miniature aluminum electrolytic capacitor that is designed to withstand high temperatures and mechanical shocks. It is commonly used in DC power supplies, LED lighting, and various audio applications. The capacitor’s construction consists of a spiral-wound aluminum foil, a paper-polyester electrolyte impregnated wound element, a spun-filled silicone rubber sleeve, and a two-pin silver-plated tinplate end-cap. The aluminum electrolytic capacitor works in a similar manner to a regular capacitor, with the aluminum foils replaced by etched aluminum foils and a special electrolytic chemical solution that holds onto the charges. The thin oxide film over the aluminum also serves as the capacitor’s dielectric.

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