LNT1H223MSEN

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Aluminum Electrolytic Capacitors is widely used for its capability to handle large amounts of electrical energy in a small space. It is extremely important in electronic and electrical components, and are used in a variety of devices such as televisions, stereos, alarm systems and power supplies. Aluminum electrolytic capacitors are uniquely designed to store electrical energy efficiently and reliably, with very low losses and relatively high speeds.

The LNT1H223MSEN is a radial leaded aluminum electrolytic capacitor designed for applications such as dc/ac inverters, motor controls, and ipf snubber circuits. This capacitor has an ultra low impedance feature, allowing it to store more energy over its entire lifetime. Its maximum operating temperature ranges from -40 to +105 degrees Celsius, making it suitable for most applications.

The working principle of the LNT1H223MSEN is based on Faraday’s Law of Electrolysis. This law states that when a current passes through an electrolyte solution between two electrodes a potential difference is produced, resulting in separated ions and therefore, an electric charge. This electric charge is then stored in the capacitor. The LNT1H223MSEN is constructed using aluminum foil as its electrodes, along with a water based electrolyte, which is separated by a porous dielectric material.

The LNT1H223MSEN is an axial leaded capacitor, meaning it requires two separate soldering points while installing. Its capacitor structure has an incredibly low impedance. This allows it to store and release energy much more quickly and efficiently, making it ideal for high frequency applications. The range of its rated voltage is between 10 and 450volts, and its capacitance range is 0.47 and 1000uF, making it suitable for a variety of different devices.

The LNT1H223MSEN aluminum electrolytic capacitor offers exceptional performance characteristics while maintaining a solid construction and design. It is capable of storing more charge than others of a similar size, can reduce losses due to its increased capacitance, and can operate at temperatures of up to 105 degrees Celsius. Therefore, it is an ideal choice for applications which require high levels of energy storage in a small space.

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