Eesa Rahimi

Title: Eesa Rahimi: Inventor of Acoustic Wave Device Innovations.

Introduction

Eesa Rahimi is an inventor associated with Greensboro, North Carolina, and Skyworks Solutions, Inc. His patent work includes acoustic wave device designs focused on managing heat and improving device performance. Rahimi is credited with 3 patents.

Latest Patents

“Acoustic Wave Devices with Thermal Bypass” describes a design that electrically connects device electrodes to the substrate through coupling portions. This creates a bypass current pathway that can direct more power through the substrate as its temperature rises, helping manage heat. The disclosed approaches include surface acoustic wave devices, with coupling portions extending through the piezoelectric layer to the substrate, as well as possible bulk acoustic wave implementations.

“Acoustic Wave Devices with Improved Heat Management” presents a related approach. Its coupling portions provide a current pathway through the substrate, which may become more conductive at higher temperatures and divert more power to support heat management. The patent description covers surface acoustic wave devices and notes that the approach may also be used in bulk acoustic wave devices.

Career Highlights

Rahimi’s listed inventions address thermal management in acoustic wave devices. By using the substrate as part of a temperature-responsive electrical pathway, these designs aim to help control heat in devices used in electronic systems.

Collaborations

Rahimi is associated with Skyworks Solutions, Inc. His listed coworkers include Benjamin Paul Abbott and Joshua James Caron.

Conclusion

Eesa Rahimi’s patent portfolio highlights acoustic wave device innovations that use substrate-based current pathways to address heat management.