Abstract: A method is provided for inhibiting dynamic component warping during a circuit board reflow process. The method includes obtaining a cover for a component of a circuit board, where the cover includes a shape memory alloy structure configured to inhibit warping of the component during the reflow process. Further, the method includes coupling the cover to the component of the circuit board to form a covered component. The coupling ensures that, with reaching of a transition energy threshold during the reflow process, the shape memory alloy structure of the cover generates, based on a shape memory alloy transition, a force in a direction to inhibit the warping of the component during the reflow process.

Abstract: A method for automated removal of a straddle mount connector within a rework process includes arranging a nozzle system over a straddle mount connector, the straddle mount connecter being affixed to a printed circuit board assembly, and the printed circuit board assembly being situated at a rework station. The method further includes generating a heat flow by the nozzle system in a heat flow area, triggering a release mechanism in the nozzle system in response to a threshold temperature being reached in the heat flow area, releasing a spring-loaded feature of the nozzle system by the triggering the release mechanism, and automatically removing the straddle mount connector from the printed circuit board assembly with the releasing of the spring-loaded feature. Further disclosed is an automated rework system and a nozzle system for an automated rework system configured to perform methods of automated removal of a connector within a rework process.