567ULR4R0MFF

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Aluminum-polymer capacitors are among the most extensively used components in a variety of applications. The 567ULR4R0MFF aluminum-polymer capacitor is one of the most advanced capacitors available, suitable for both high-reliability and cost-effective designs. This article explores the 567ULR4R0MFF’s application field and working principle, and discusses its advantages.

The 567ULR4R0MFF aluminum-polymer capacitor is a radial-leaded product developed by U.S. company GE Aviation. It is a multi-layer capacitor, which consists of an inner dielectric layer, a pair of aluminum electrodes and an outer dielectric layer. It has a temperature range of -55 °C to +125 °C, with a maximum capacitance of 4,700 µF and rated voltage of 65V. It is available in a wide range of dimensions, including 6.3 V, 10 V, 16 V, 25 V and 35 V.

The 567ULR4R0MFF aluminum-polymer capacitor is suitable for applications in fields such as aerospace, industrial, automotive and medical. Its electrical performance is well suited to aircraft, helicopters and ground vehicles, providing smooth power support in areas requiring high reliability and redundancy. The quality meassurements which include the evaluation of endurance, impulse withstand and resistance to temperature shock, vibration, corrosion and other conditions, provides additional confidence for mission-critical applications. In addition, it is used in a variety of industrial applications, such as industrial UPS systems and power conditioners.

Regarding the 567ULR4R0MFF’s working principle, this aluminum-polymer capacitor is a composite type featuring technology of a solid- state, hermetically sealed construction. The inner dielectric and aluminum electrodes are encapsulated to offer superior permeability and dielectric loss. The space between the inner and outer dielectrics is filled with a flexible, non-conductive polymer to provide greater tolerance to thermal shock. This construction ensures high- leakage currents and voltage hassles are greatly reduced when the capacitor is subjected to environmental changes.

In terms of advantages, the 567ULR4R0MFF aluminum-polymer capacitor provides several significant advantages which make it the ideal choice for a variety of applications. Firstly, it is a stable capacitor, featuring low ESR and ESL, which ensures a constant capacitance and voltage ratings over a wide temperature range. Secondly, it offers superior impulse and surge current handling capabilities, which is important when the device must operate in pulsed power conditions, such as high-amplitude switching DC power systems. Finally, its structure resists extreme temperatures, is highly resistant to corrosion, and is capable of withstanding seismic and shock loads.

In conclusion, the 567ULR4R0MFF aluminum-polymer capacitor is a reliable and effective capacitor suitable for a variety of applications. Its application field and working principle is explored, and its advantages discussed. Its wide temperature range, high-reliability design and excellent performance makes it the perfect choice for mission-critical applications and systems demanding high levels of reliability and redundancy.

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