477LMB200M2BF

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Aluminum electrolytic capacitors are widely used in different applications, such as computers, digital systems, audio systems and medical equipment, due to their superior electrical properties. The 477LMB200M2BF is one of the most reliable and efficient aluminum electrolytic capacitors available in the market. This capacitor is capable of providing a maximum capacitance of 477 microfarads with a working voltage of 200 volts. The maximum ripple current rating is 2A, and the coefficient of temperature is 0.22%.

The 477LMB200M2BF capacitor is designed with a self-healing process that eliminates manufacturing defects, thereby providing superior reliability. This capacitor has a large capacitance and the maximum ripple current rating makes it an ideal choice for high power applications. The low temperature coefficient makes it more stable and reliable under large temperature range.

The capacitor has a radial design with polarized axial terminals and an insulated body. This design ensures a safe and secure connection, which makes the capacitor suitable for use in medical equipment and similar sensitive applications. The capacitance value and working voltage are printed on the body, and the terminal pins are marked with an anode and a cathode. Connect the anode to the positive line and the cathode to the negative line.

To provide maximum protection to the capacitor, it is enclosed in a protective box with a snap-fit locking cap. This provides a mechanical protection for the internals against extreme temperatures and shock. The 477LMB200M2BF capacitor has a maximum load life of 2000 hours and can withstand test peaks of 1000 millivolts without risk of failure.

Due to its excellent electrical properties, the 477LMB200M2BF is suitable for use in a wide range of applications. It can be used in power supplies, UPS systems, frequency converters and switching power supplies. It is also suitable for use in high performance audio systems, telecommunications, medical equipment and industrial control systems. Its reliability and efficient performance make it an ideal choice for all these applications.

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