Is the cordless wristband suitable for the electronics industry
The cordless wristband theory uses the principle of corona discharge to dissipate a part of static electricity. Corona discharge is also called tip discharge. After the conductor itself is charged, the voltage usually needs to exceed 1500V, and its tip will discharge into the air. Dissipate static electricity, but the static voltage required for the dissipation of static electricity of the cordless wristband is too high, which is not suitable for the electronics industry, because how many electronic components can withstand high voltages above 1500V?