IC Testing Interface Slugs for High Voltage Isolation Accuracy

The patent introduces slugs as intermediary components between the test electrodes and the IC pins. These slugs are made of conductive material and provide a controlled interface that eliminates uncontrolled electric field paths. The slugs act as mediators that transfer the high voltage test signal while preventing partial discharge and arcing that would otherwise occur in the air gaps between traditional test electrodes and IC pins.

The patent changes the physical parameters of the testing interface by using slugs with specific dimensions, materials, and positioning. The slugs are designed with controlled geometry (size, shape, position) that optimizes the electric field distribution. This parameter change transforms the testing interface from a traditional open-air electrode configuration to a controlled slug-based interface that prevents harmful electrical discharges.

The slugs serve as intermediary components that physically bridge the gap between the test board and IC pins. They provide a controlled conductive path that eliminates uncontrolled charge leakage paths. The slugs are positioned to ensure proper alignment while maintaining controlled electric field boundaries, thus preventing charge leakage even when positioned close to the IC pins.

The patent employs smooth surface transitions and curved geometries in the slug design to eliminate sharp edges and corners. This curvature prevents electric field concentration at sharp points, which would otherwise initiate partial discharge and arcing. The smooth surfaces ensure uniform electric field distribution and prevent charge leakage while maintaining alignment convenience.

The slugs act as intermediary conductive elements that provide a controlled path for high voltage application. They eliminate uncontrolled air discharge paths between the test electrodes and IC pins. By mediating the high voltage transfer, the slugs ensure that any detected charge flow truly indicates IC isolation failure rather than test system vulnerabilities, thus improving both reliability and measurement precision.

The smooth, curved surfaces of the slugs prevent electric field concentration that would cause partial discharge and arcing. This geometric design ensures that high voltage is applied uniformly without creating localized breakdown paths through air or along the test board. The curvature eliminates sharp edges where electric field intensity would be highest, preventing false failure detection while maintaining testing reliability.