C Lawrence Anderson

Title: C Lawrence Anderson: Innovator in Charge Coupled Device Technology

Introduction: C Lawrence Anderson is a notable inventor based in Westlake Village, California, recognized for his innovative contributions to the field of semiconductor technology. With a patent to his name, Anderson has developed a sophisticated manufacturing process for Schottky barrier charge coupled devices (CCDs), showcasing his expertise in electrical engineering and materials science.

Latest Patents: Anderson's patent focuses on a planar gallium arsenide charge coupled device and details a comprehensive procedure for its manufacturing. This process involves an intricate series of metal pattern forming steps to create input, output, and bias electrodes in the first level of the structure. In a second level, a plurality of charge transfer electrodes and an annular charge isolation electrode is formed to enhance the performance and reliability of the CCD. The method reduces complexity and fabrication steps, ensuring a more efficient manufacturing process for advanced semiconductor devices.

Career Highlights: Throughout his career, Anderson has demonstrated a strong commitment to innovation in the semiconductor industry. His work in developing the processes for CCDs reflects a deep understanding of electronic systems and materials. His patent serves as a testament to his ability to solve complex engineering challenges and improve device functionality.

Collaborations: C Lawrence Anderson has collaborated with Marion D Clark, further indicating a shared commitment to advancing technology within their field. Collaborations like these often play a critical role in fostering innovation and enhancing the development of new technologies.

Conclusion: C Lawrence Anderson’s contributions to the semiconductor industry, especially through his patent related to Schottky barrier charge coupled devices, underline the impact of individual inventors in technological advancements. His work not only exemplifies creativity but also sets a foundation for future innovations in electronic device manufacturing.