2.5SZE100M1.4X7.3

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Aluminum polymer capacitors are one of the most common types of capacitors and are important components in all types of electronic circuits. They are used both in analog and digital circuits and provide a wide range of benefits, from low parasitic and high-frequency performance to enhanced isolation between components. Their wide range of applications makes them an ideal choice for many different types of applications.

The 2.5SZE100M1.4X7.3 is an example of an aluminum polymer capacitor. This particular model is a surface mount type capacitor, and it has a capacitance value of 100mF, with a maximum operating temperature of 110 Degrees Celsius. It has a standard rated voltage of 16 volts, and a tolerance of ±20%. It is a bi-polar device, and is a two-terminal capacitor. The 2.5SZE100M1.4X7.3 also has a high ripple current rating and is available in both axial and radial versions.

The applications of an aluminum polymer capacitor can vary greatly, depending on the specifications and type of capacitor. Generally, aluminum polymer capacitors are used in power supply filtering, power electronics, motor control, audio amplifiers and signal filtering applications. In power electronics, aluminum polymer capacitors are used for high-frequency filtering applications, as well as for power supply voltage smoothing. In motor control, aluminum polymer capacitors are used for voltage and current regulation and for jitter suppression in motor control systems. In audio amplifiers, aluminum polymer capacitors are used for AC blocking and to improve signal integrity. Finally, in signal filtering applications, aluminum polymer capacitors are used for signal conditioning, impedance matching, and stabilization against transients.

The working principle of a aluminum polymer capacitor is fairly simple. It consists of two or more aluminum foils (or plates) and a polymer dielectric material layered between them. When a voltage is applied, electric field lines form between the aluminum plates and the dielectric material, causing capacitance. As the voltage increases, the electric field gets stronger and the capacitance increases correspondingly. The capacitance is the measure of the ability of the capacitor to meter or store energy. The current flow through the capacitor is determined by the capacitance and the size of the voltage. The total capacitance of an aluminum polymer capacitor is determined by the size of the aluminum plates, the type of polymer dielectric material used, and the thickness of the dielectric material.

In addition to the above mentioned benefits and applications, aluminum polymer capacitors also have several advantages over traditional electrolytic capacitors. For one, aluminum polymer capacitors are usually smaller and lighter than their electrolytic counterparts. This makes them more suitable for use in portable electronic devices, where space and weight are critical factors. Furthermore, aluminum polymer capacitors can also operate at lower voltages and can handle higher ripple currents, allowing them to better handle transients. Finally, aluminum polymer capacitors are more resistant to temperature, shock and vibration, making them better suited for applications in harsh environments.

In conclusion, aluminum polymer capacitors are ideal for a variety of applications due to their high-performance capabilities, small size, and low parasitic and high-frequency performance. They can be used in power electronic, motor control, audio amplifiers and signal filtering applications and provide a wide range of advantages over their electrolytic counterparts. The 2.5SZE100M1.4X7.3 is a surface mount type aluminum polymer capacitor available in both axial and radial versions, with a capacitance value of 100mF, and a maximum operating temperature of 110 Degrees Celsius.

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