And even in professional ESD testing it took-on 2,500 volts without damage! EEVblog member engineer shows all about this here (https://www.youtube.com/watch?v=HrcxnbkkhYg ) and even he was surprised at the value. How can you miss with this? That's why I ordered one.. Who knows, maybe I'll get another :) Testing results spreadsheet here (look down at the bottom of chart) https://docs.google.com/spreadsheets/d/1cXzYpIoyVm9QJUju4KXqM22CEQZP3_xwWvDyeVwxTy4/edit?usp=sharing

And even in professional ESD testing it took-on 2,500 volts without damage! EEVblog member engineer shows all about this here (https://www.youtube.com/watch?v=HrcxnbkkhYg ) and even he was surprised at the value. How can you miss with this? That's why I ordered one.. Who knows, maybe I'll get another :) Testing results spreadsheet here (look down at the bottom of chart) https://docs.google.com/spreadsheets/d/1cXzYpIoyVm9QJUju4KXqM22CEQZP3_xwWvDyeVwxTy4/edit?usp=sharing

And even in professional ESD testing it took-on 2,500 volts without damage! EEVblog member engineer shows all about this here (https://www.youtube.com/watch?v=HrcxnbkkhYg ) and even he was surprised at the value. How can you miss with this? That's why I ordered one.. Who knows, maybe I'll get another :) Testing results spreadsheet here (look down at the bottom of chart) https://docs.google.com/spreadsheets/d/1cXzYpIoyVm9QJUju4KXqM22CEQZP3_xwWvDyeVwxTy4/edit?usp=sharing

I checked DC V and mV, AC V and mV, resistance and DC current with Yokogawa calibrator and Agilent multimeter, the precision I find is always better than 0,2%+1dgt

I checked DC V and mV, AC V and mV, resistance and DC current with Yokogawa calibrator and Agilent multimeter, the precision I find is always better than 0,2%+1dgt

I checked DC V and mV, AC V and mV, resistance and DC current with Yokogawa calibrator and Agilent multimeter, the precision I find is always better than 0,2%+1dgt