60HQ100

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60HQ100 is a single phase silicon rectifier designed with high surge current capability. They are produced using advanced epitaxial construction for greater reliability, faster switching performance and improved temperature characteristics. Commonly used as bridges for general AC and DC applications, these rectifiers are widely applied in power supplies, motor drives, UPS and power converters.

Features and Benefits

• High-surge current capability
• Extremely low forward voltage
• High-temperature variation
• Low leakage current
• High surge overload capability
• Wide operating temperature range

Applications

• Power Converters
• AC and DC Motor Drives
• Power Supplies
• UPS systems

Working Principle

The working principle of the 60HQ100 rectifier is based on a single direction of current flow through its integrated rectifying elements. Current is conducted mainly by electron flow and when negative polarity is applied to the anode, current flows through the rectifying elements and the diode becomes forward biased. This in turn limits the current to a pre-determined dc level. On the other hand, when positive polarity is applied to the anode, the rectifying elements are reverse biased and no current flows.

Product Safety

When using the 60HQ100, special precautions should be taken to protect the device from over-voltage and excessive thermal stresses. Anode terminal should never be left open when in use, and care should be taken to ensure that power connections are secure and appropriate. Additionally, the maximum peak reverse voltage should not exceed the rated specifications.

Conclusion

The 60HQ100 is a cost-effective single phase silicon rectifier designed for both AC and DC applications. With a high surge current capability, low forward voltage drop, high temperature variation and low leakage current, this device is ideal for use in power converters, AC and DC motor drives, power supplies and UPS systems. When using the 60HQ100, proper safety precautions should be taken to prevent over-voltage or excessive thermal stresses.

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