Circuit modeling based on discharge properties of human electrostaticdischargesand its application to electromagnetic compatibility issues

该研究的对象是由人的electrostatic discharges（human ESDs）引起的电磁干扰（EM），并在此研究中应用所发现的结果以实现电磁兼容性的实际问题（EMC）。在三年的研究期间，我们对以下的研究进行了研究：在大气压力下低电压放电的10种基本性质的选择，对人类ESD及其电路建模的20种实验，对人类ESD的诱导电磁场进行定量评估，以及对人类ESD的电子设备的免疫性评估。作为一个结果，我们完全根据EMC视点得出的电磁现象，并通过将电磁现象转化为电子设备的免疫性改进。

The objectives of this study were to quantitatively understand the electromagnetic(EM) phenomena caused by human electrostatic discharges(human ESDs) and also to apply the findings obtained in this study to actual issues of electromagnetic compatibility(EMC). During three-years research period, we conducted the following studies : 10 elucidation of fundamental properties of low voltage discharges at the atmospheric pressure, 20 experiments on human ESD and its circuit modeling, 3ョquantitative assessment of induced EM fields due to human ESD andョimmunity evaluation of electronic equipment against human ESD. As a result, we comprehensively understood the EM phenomena caused by human ESDs from EMC viewpoint, thereby applying to the immunity improvement of electronic equipment.