6.3SLE47M1.4X7.3

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Aluminum-Polymer Capacitors are an innovative type of capacitor that have various advantageous qualities, including excellent electrical and mechanical stability, high capacitance, wide temperature range, and high frequency performance. The 6.3SLE47M1.4X7.3 Aluminum-Polymer Capacitors are a popular model among those in the industry. These capacitors are used in a variety of application fields, like computing, signal processing, communication, aerospace, and audio. Understanding their working principles, advantages, and application fields can help to assess their value for electrical and electronic applications.

The Application Fields

The 6.3SLE47M1.4X7.3 Aluminum-Polymer Capacitors have various applications and are used in various industries. With their high capacitance and wide temperature range, they are ideal for computing, signal processing, communication, aerospace, and audio applications. These capacitors are commonly used in advanced laptops and data centers, as they have tremendous voltage stability and energy efficiency. In addition, these Aluminum-Polymer Capacitors are ideal for use in Automated Test Equipment, due to their high temperature operating capabilities. They are also used in avionics and lighting systems, as they are highly robust, and can operate efficiently at a wide range of temperatures.

The Working Principle

Aluminum-Polymer Capacitors work like conventional capacitors, but incorporate the attributes of aluminum and polymer to create superior capacitors. In addition to their high capacitance and wide temperature range, their high frequency performance, excellent mechanical and electrical stability, and long operating lifetime are all beneficial qualities. These capacitors are made up of an aluminum polymer film and a copper foil, which together create an efficient energy storage device. The copper foil functions as the terminal of one of the two electrodes, while the aluminum polymer film acts as an inert barrier layer to separate the two conductors. The Aluminum-Polymer film also contains molecules with a high electric polarization, which provides a high charge capacity that is available for electric energy storage.

The capacitance level of Aluminum-Polymer Capacitors is determined by the amount of electric charge that can be stored in the electrode-dielectric region. The higher the electric charge, the higher the capacitance level. The 6.3SLE47M1.4X7.3 Aluminum-Polymer Capacitors also have a very low ESR (Equivalent Series Resistance), which allows them to produce low voltage ripple and offer superior efficiency at high frequencies. This makes the capacitors ideal for use in Automated Test Equipment and other demanding applications.

Advantages

Aluminum-Polymer Capacitors offer a variety of advantages over traditional aluminum electrolytic capacitors. They have a higher capacitance level and wide temperature range. They also have excellent stainless steel plate and are extremely small in size. Because they have such a low ESR, they are also able to offer superior efficiency at high frequencies. In addition, they are highly robust and capable of operating efficiently at a wide range of temperatures.

The 6.3SLE47M1.4X7.3 Aluminum-Polymer Capacitors are an innovative type of capacitor that offers numerous advantages. They are used in a variety of applications, including computing, signal processing, communication, aerospace, and audio. They work by incorporating Aluminum and Polymer, with a copper foil terminal, and have a high capacitance level and wide temperature range. They also have a very low ESR and are highly robust, allowing them to function efficiently at a wide range of temperatures. Understanding their application fields and working principles can help to assess their value for electrical and electronic applications.

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