Optical Voltage Probe with Crossed Lines for ESD Accuracy

The patent applies the principle of converting harm into benefit by utilizing the varying magnetic field generated during ESD tests to induce electromotive forces in a controlled manner. By designing the electric lines to form closed loops with specific areas, the induced electromotive forces are converted from harmful interference signals into compensating signals that cancel out the unwanted magnetic field effects, thereby improving measurement accuracy during ESD testing

The patent implements preliminary anti-action by pre-configuring the electric lines and contact terminals to create closed loops with specific geometric arrangements before the ESD test begins. This preliminary setup ensures that when varying magnetic fields are present during testing, the induced electromotive forces automatically cancel out the harmful effects, providing proactive protection against measurement errors without requiring real-time compensation

The patent applies segmentation by dividing the electric line structure into multiple segments with specific geometric configurations. The electric lines are arranged to form closed loops with defined areas, and the contact terminals are positioned at specific locations along these segments. This segmented arrangement allows the structure to maintain relative simplicity while creating the necessary geometric properties to cancel induced electromotive forces through controlled loop areas

The patent employs asymmetry in the geometric arrangement of electric lines and contact terminals to optimize the cancellation of induced electromotive forces. By creating closed loops with specific asymmetric geometric configurations, the patent ensures that the induced electromotive forces from varying magnetic fields cancel out effectively, improving measurement accuracy without requiring perfectly symmetric structures