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20160215 One question per day

2016-02-15View Chinese Original

Thread Content

The principle for preventing resonant overvoltage is: ( ) A. Under conditions that prevent the occurrence of resonant overvoltage. B. Use protective devices to limit its amplitude and duration. C. Perform equipotential bonding. D. Perform capacitor connection. AB
Reply #22016-02-15
A. Under conditions that prevent resonant overvoltage from occurring B. Using protective devices to limit its amplitude and duration 　
Reply #32016-02-15
The principle for preventing resonant overvoltage is: (A) A. Under conditions that avoid the occurrence of resonant overvoltage. B. Use protective devices to limit its amplitude and duration. C. Perform equipotential bonding. D. Perform capacitor connection.
Reply #42016-02-15
The principle for preventing resonant overvoltage is: (A B) A. Under conditions that avoid the occurrence of resonant overvoltage. B. Use protective devices to limit its amplitude and duration. C. Perform equipotential bonding. D. Perform capacitor connection.
Reply #52016-02-15
The principle for preventing resonant overvoltage is: (A B) A. Under conditions that avoid the occurrence of resonant overvoltage. B. Use protective devices to limit its amplitude and duration. C. Perform equipotential bonding. D. Perform capacitor connection.
Reply #62016-02-15
The principle for preventing resonant overvoltage is: (A) A. Under conditions that avoid the occurrence of resonant overvoltage. B. Use protective devices to limit its amplitude and duration. C. Perform equipotential bonding. D. Perform capacitor connection.
Reply #72016-02-15
The principle for preventing resonant overvoltage is: (D. Connect capacitors together. )

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Translated at 2026-07-10 20:32:53

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