ECW-H16752RHV

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Film capacitors are a prevalent type of passive electronic components used in many different applications. ECW-H16752RHV film capacitors are developed to provide reliable, stable, and safe electrical performance within a wide range of temperatures and demanding operating conditions.

Application Field

The ECW-H16752RHV film capacitors are mainly used in the applications which require high temperature and high voltage capability. It’s used in high power power-supply in servers and computing systems. Its ideal working temperature can be up to 125℃. It also can be used as critical components for power-regulation in motor-driven and high reliability systems. The capacitor has UL94V-0 recognition and is qualified for 850VAC rated operation. This means that, with 850VAC voltage, the product could be used in a greater variety of appliations.

Working Principle

ECW-H16752RHV film capacitors use metallized polypropylene film as their dielectric material, and the capacitors therefore have excellent self-healing and high insulation resistance. The anode is further enhanced by the aluminum film. Its silver-coated rivets on the electrodes offer excellent contact and further add to its electrical capabilities. With the combination of robust winding insulation and positive contact rivets, the capacitor can achieve reliable performance even when exposed to harsh environmental elements and extreme conditions.

The ECW-H16752RHV film capacitor is also highly durable, mainly due to its long life and reliability. Its superior construction capabilities provide uniformity the accuracy of its electrodes and connections which could lead to more effective voltage discharge. With its advanced design, the capacitor can remain stable even when operating in high vibration environments.

Conclusion

The ECW-H16752RHV film capacitor is a reliable and efficient passive device and is widely used in many critical systems. Its combination of high temperature, high voltage, and excellent electrical characteristics make it an ideal choice for a variety of applications. Its durable construction makes it suitable for demanding operating conditions where stable voltage discharge and reliable power supply is necessary.

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