Clément J Fortin

Title: Clément J Fortin: Innovator in Electronic Fabrication

Introduction

Clément J Fortin is a notable inventor based in Granby, Canada. He has made significant contributions to the field of electronic fabrication, particularly through his innovative patent that enhances the efficiency of attaching surface mount devices to substrates.

Latest Patents

Fortin holds a patent for the "SMT passive device noflow underfill methodology and structure." This invention provides an electronic fabrication process and structure for attaching discrete passive surface mount devices (SMD) to a substrate in a single step. The process involves dispensing a liquid noflow resin encapsulant containing flux material between presoldered pads on a substrate. The SMD, equipped with a pair of electrical contacts, is then pressed into the encapsulant, ensuring that the contacts make contact with the presoldered pads. Heat is applied to activate the flux material and reflow the solder, bonding the SMD contacts to the pads. The reflow temperature is maintained for approximately 180 seconds, during which the resin solidifies, filling the space between the substrate and SMD and forming fillets around the solder bonded contacts. This innovative approach streamlines the manufacturing process and improves the reliability of electronic devices.

Career Highlights

Clément J Fortin is associated with International Business Machines Corporation (IBM), where he has contributed to various projects in electronic fabrication. His work has been instrumental in advancing the technology used in the production of electronic components.

Collaborations

Fortin has collaborated with notable colleagues, including Son K Tran and Michael B Vincent, who have also contributed to advancements in the field of electronic fabrication.

Conclusion

Clément J Fortin's innovative work in electronic fabrication, particularly his patented methodology for attaching surface mount devices, showcases his significant impact on the industry. His contributions continue to influence the efficiency and reliability of electronic manufacturing processes.