Company Filing History:
Years Active: 2004
Introduction
Billie Jean Freeze is a notable inventor based in Livermore, California, recognized for her innovative contributions to the field of cleaning systems within semiconductor testing. With a unique approach to maintaining probe elements, her work has paved the way for enhanced efficiency in semiconductor manufacturing processes.
Latest Patents
Billie Jean Freeze holds a patent for a "Cleaning system, device and method" designed specifically for cleaning probe elements. This cleaning device addresses the challenges faced by probe card testing apparatuses used for testing semiconductor wafers and integrated circuits. The invention allows for the cleaning of probe elements during normal operations, without necessitating the removal of the probe card from the testing machine. By incorporating a substrate shaped like a semiconductor wafer and a cleaning pad, her device ensures that debris is effectively removed and the tips of the probe elements are reshaped, thereby promoting optimal testing performance.
Career Highlights
Billie Jean Freeze's career has been marked by her role at International Test Solutions, Inc., where she has significantly impacted the semiconductor testing industry with her groundbreaking innovations. Her commitment to improving testing methodologies has established her as a key player in her field, and her patent serves as a testament to her inventive spirit and technical expertise.
Collaborations
Throughout her career, Billie Jean has collaborated with various industry professionals, including her coworker Alan Eugene Humphrey. These partnerships have fostered a rich exchange of ideas and have contributed to the ongoing development of advanced testing solutions in the semiconductor sector.
Conclusion
Billie Jean Freeze exemplifies the innovative spirit of modern inventors. Her patent in cleaning systems not only improves the efficiency of semiconductor testing but also highlights the importance of continuous innovation in addressing industry challenges. As technology evolves, her contributions remain significant in shaping the future of semiconductor manufacturing processes.