Consumer Electronics
Air Discharge
Contact Discharge
Contact Discharge
The test ensures that electronic devices can withstand electrostatic discharges without malfunctioning or getting damaged. The ESD simulator generates a high-voltage discharge that is directed towards the device under test (DUT) through the air.
Contact Discharge
Contact Discharge
Contact Discharge
The test ensures that electronic devices can withstand electrostatic discharges without malfunctioning or getting damaged. The ESD simulator discharges directly onto the device under test (DUT) by making physical contact.
Direct Discharge
Indirect Discharge
Indirect Discharge
The test ensures that electronic devices can withstand electrostatic discharges without malfunctioning or getting damaged. The ESD simulator discharges directly onto the device under test (DUT) by making physical contact. The simulator is placed in contact with the DUT, and a high-voltage discharge is applied.
Indirect Discharge
Indirect Discharge
Indirect Discharge
The test ensures that electronic devices can withstand electrostatic discharges without malfunctioning or getting damaged. The ESD simulator discharges onto a conductive surface or coupling plane near the device under test (DUT), rather than directly onto the DUT itself. The discharge induces a transient in the DUT.