LNY2G392MSEG

Aluminum Electrolytic Capacitors

Aluminum electrolytic capacitors are available in a wide range of shapes, sizes, and types that are suited to different applications and uses. The LNY2G392MSEG model of aluminum electrolytic capacitor is a double-ended type capacitor with a nominal capacitance of 2.2uF. It is an environmental-friendly option for many applications, with its temperature coefficient of less than ±22ppm/°C and its low humidity coefficient of less than ±3%.

Applications

The LNY2G392MSEG is a versatile capacitor that can be used in various settings, including electric motors, power tools, light bulbs, and medical devices. Its low capacitance of 2.2uF makes it particularly suitable for providing a low-level buffer against unwanted current variations. It is also a popular choice for creating high-frequency oscillators, and can be found in a wide range of circuits where its other features are advantageous.

In devices with large currents or high voltage gradients, the LNY2G392MSEG aluminum electrolytic capacitor can be used with a Metallized Polypropylene (MPP) capacitor to reduce the Magnitude of the ripple voltage or to stabilize the output of the motor. Its low equivalent series resistance (ESR) also provides a good surge resistance for motors.

The LNY2G392MSEG also holds up to high temperatures and is a great choice for high-temperature configurations, like those in automotive or industrial settings where temperature changes or humidity can effect the reliability of the capacitor. The combination of high dielectric strength and the ability to self-heal ensures a dependable performance in such settings.

Working Principle

The LNY2G392MSEG aluminum electrolytic capacitor consists of tin-plated copper leads, an anode constructed from a high-quality dielectric film, and a cathode constructed from a conductive gel. The anode is then placed in a negatively charged electrolytic solution, while the cathode is placed in a positively charged electrolyte. When an external current is applied, electrons flow through the electrolytes, creating a capacitance effect. This capacitance effect leads to the LNY2G392MSEG\'s characteristic behavior, where the capacitance decreases as the applied voltage increases.

The LNY2G392MSEG aluminum electrolytic capacitor also features a self-healing mechanism, which prevents excessive heat buildup. When the applied current exceeds the rated maximum current, the capacitor automatically responds by limiting the current flow and thereby reducing the heat buildup. This makes the LNY2G392MSEG a great choice for high-temperature applications.