The Role Of Surge Protectors In Daily Life
A lightning discharge between a cloud and the ground consists of one or more individual lightning bolts, each carrying a high-amplitude, short-duration current.
A typical lightning discharge will include two or three lightning bolts, each separated by approximately one-twentieth of a second.
Most lightning currents fall between 10,000 and 100,000 amperes, with a duration generally less than 100 microseconds.
The use of large-capacity equipment and frequency converters within power supply systems leads to increasingly serious internal surge problems. Using surge protective device can better address this issue.
This can be attributed to the effects of transient overvoltages (TVS). All electrical equipment has a permissible range for its power supply voltage.
Sometimes even a very narrow overvoltage surge can cause power supply or complete damage to equipment. [The role of surge protector: Surge protection for power supply systems]
This is the destructive effect of transient overvoltages (TVS). Especially for some sensitive microelectronic devices, sometimes even a small surge can cause fatal damage. Using surge protection device can better address this issue.
