Company Filing History:
Years Active: 2004
Title: Innovator Thomas J. Sleboda: Pioneering High-Speed Package Design
Introduction: Thomas J. Sleboda, an inventive mind based in Milpitas, CA, has made significant contributions to the field of electronics through his innovative patent. Holding one patent, Thomas has demonstrated his ability to merge technical expertise with creativity to advance technology.
Latest Patents: Thomas J. Sleboda's notable patent is focused on a high-speed package design that incorporates suspended substrates and PCB (Printed Circuit Board). His invention details an integrated high-speed package, which features a housing with a lip and a connector that includes a center pin aligned with the bottom surface of the housing lip. This design allows for precise signal registration of the first substrate, achieved by “floating” the substrate up to the housing lip, thereby ensuring that its top surface is accurately aligned with the signal lead. The patent further explores variations where registration can be provided via the top surface of the housing base, accommodating substrates of varying thickness while maintaining coplanarity for optimal signal registration.
Career Highlights: As a dedicated employee of Big Bear Networks, Inc., Thomas has contributed to enhancing the reliability and effectiveness of high-speed electronic packaging solutions. His deep understanding of electronic design and packaging has made him a valuable asset in the industry.
Collaborations: In the course of his career, Thomas J. Sleboda has collaborated with talented colleagues, including Yu Ju Chen and Michael Zhong Xuan Wong. Their collective expertise has fostered a creative environment that promotes innovation and problem-solving in their projects.
Conclusion: Thomas J. Sleboda stands out as an inventor whose work in high-speed package design is paving the way for advancements in electronic packaging technologies. His innovative spirit and collaboration with fellow professionals signify his commitment to pushing the boundaries of what is possible in the electronics field.