477KBM025M

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Aluminum electrolytic capacitors are widely used in modern electronic devices due to their low cost and long-term stability. The 477KBM025M is one of the most reliable aluminum electrolytic capacitors (AECs) available today, providing excellent performance while remaining compact and reliable. This article will discuss the 477KBM025M application field and working principle.

The 477KBM025M is an axial-leaded AEC that features an extended maximum operating temperature of +125°C, a large capacitance range of 2.2 – 63.0 µF, and a working voltage range of 6.3 – 35 VDC. Additionally, it features a maximum surge current of 1.15A and a maximum ripple current of 3.45A at +125°C. Its unique design also allows it to achieve a low internal resistance and a high leakage current, making it ideal for robust, reliable and long-lasting performance. Its low profile and small size make it ideal for applications where space is limited.

The 477KBM025M is designed to be used in high-reliability applications such as automotive, industrial, computer and consumer electronics, audio/video, lighting, power supplies, instrumentation and medical equipment. Its superior ripple current and extreme temperature ranges make it well-suited for the most demanding environments. In addition, its robust construction and long-term reliability makes it well-suited for high-vibration or shock environments.

The working principle behind the 477KBM025M is based on the Faraday effect. This effect causes a voltage to be generated by placing two electrodes into an electrolyte solution – in this case a conductive liquid such aluminum. This creates a region where ions move between the two electrodes and create an electric charge. Because the 477KBM025M is designed with a low internal resistance and high leakage current, it can provide continuous current for long periods of time.

The 477KBM025M is a reliable and cost-effective AEC that is ideal for applications requiring a high degree of reliability and long-term stability. Its extended temperature and voltage ranges, along with its low profile and footprint, make it well-suited for many demanding applications. Its reliable design and working principle also make it a cost-effective solution for any application.

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