Donald G Swartz

Title: Innovations of Donald G Swartz in Microwave Technology

Introduction

Donald G Swartz is an accomplished inventor located in Coeur d'Alene, Idaho, known for his significant contribution to microwave technology. With a focus on creating reliable components for high-power applications, Swartz has established himself in the field through his innovative designs and technical expertise.

Latest Patents

Swartz holds one notable patent for a "Microwave Window." This invention encapsulates a low noise coaxial microwave window specifically designed for hermetic and high-power applications. The intricate design features a metallic center conductor and a ceramic support that is brazed between the metallic components. The careful composition of materials, including a series of specially prepared layers and sublayers, ensures optimal performance while avoiding microwave intermodulation effects.

Career Highlights

Donald G Swartz has made significant strides in the field of microwave technology throughout his career. He is currently associated with Hughes Aircraft Company, where he has been involved in cutting-edge projects that capitalize on his expertise in microwave systems. His work not only enhances the operational efficiencies of high-power applications but also contributes to the broader advancement of microwave technology.

Collaborations

During his career, Swartz has collaborated with distinguished colleagues in the industry, including Richard V Basil, Jr and Meredith K Eick. These collaborations have allowed for the exchange of ideas and innovations, fostering advancements in technology that benefit multiple sectors.

Conclusion

Donald G Swartz's contributions to microwave technology exemplify the spirit of innovation and the importance of collaboration in the field. His patent for the microwave window showcases his commitment to advancing the capabilities of high-power systems. As technology continues to evolve, inventors like Swartz play a crucial role in shaping the future of microwave applications.