Company Filing History:
Years Active: 2013
Title: Innovations by Ken-Yi Pan – A Pioneer in Frequency Locking Technology
Introduction
Ken-Yi Pan is an accomplished inventor based in New Taipei, Taiwan, known for his contributions to the field of frequency locking technology. With a distinct focus on enhancing output signals from oscillators, his patented innovations have significant implications in various electronic applications.
Latest Patents
Ken-Yi Pan holds a notable patent that outlines a comprehensive frequency locking method and circuit. This invention focuses on locking an output signal produced by a frequency locking circuit to a specified target frequency. The method involves several key steps: detecting the output frequency, computing the frequency difference from the target, adjusting normalization factors to anticipate oscillator gain, and controlling the oscillator to ensure the output frequency aligns with the intended frequency. His patent showcases advanced techniques in signal processing, demonstrating his expertise and innovative thinking.
Career Highlights
Ken-Yi Pan is currently associated with Faraday Technology Corporation, where he has fostered an environment of technological innovation and collaboration. His experience and knowledge in electronic engineering contribute significantly to the advancements in the company’s projects, particularly in the realm of frequency control technologies.
Collaborations
Throughout his career, Ken-Yi Pan has collaborated with esteemed colleagues, including Yen-Yin Huang and Ming-Shih Yu. These partnerships demonstrate a collective commitment to innovation and the development of cutting-edge solutions in the field of electronics and signal processing.
Conclusion
Ken-Yi Pan’s contributions to frequency locking technology mark him as a significant inventor in modern electronics. His patented methods enhance the accuracy and reliability of oscillating systems, ensuring that technology continues to evolve. As part of the innovative team at Faraday Technology Corporation, he remains dedicated to pushing the boundaries of what is possible in electronic design and applications.