Company Filing History:
Years Active: 2001
Title: Kathryn Louise Howlett: Innovating Gain Control Amplifiers in Kanata
Introduction: Kathryn Louise Howlett, based in Kanata, Canada, is a prominent inventor known for her significant contributions to electronic engineering. With one patent to her name, Howlett has demonstrated her expertise in the development of advanced gain control amplifiers that enhance audio and signal processing technologies.
Latest Patents: Kathryn's notable patent focuses on gain control, variable gain, and automatic gain control amplifiers that utilize differential circuit transistors and current splitters. The invention describes a gain control amplifier with an input differential circuit comprising a pair of transistors, where the gain can be varied with changes in the operating current. The design includes a current sink for maintaining operation, allowing for effective noise reduction and a wide input dynamic range. This innovative amplifier is applicable in both variable gain amplifiers and automatic gain control amplifiers, showcasing her commitment to enhancing audio clarity and performance.
Career Highlights: Kathryn Louise Howlett has contributed her talents to Nortel Networks Corporation, a leader in telecommunications and networking technology. Throughout her career, she has focused on researching and developing groundbreaking technologies that address real-world engineering challenges and improve the efficiency of electronic devices.
Collaborations: While working at Nortel Networks Corporation, Howlett has collaborated with esteemed colleagues such as Petre Popescu and Mark Stephen Wight. These collaborations have fostered a creative and innovative environment, enabling the team to push the boundaries of technology and contribute to advanced research in gain controls and amplifiers.
Conclusion: Kathryn Louise Howlett exemplifies the spirit of innovation within the field of electronic engineering. Her patent for gain control amplifiers highlights her technical prowess and dedication to enhancing audio performance. As she continues her journey in technology, Howlett’s work serves as an inspiration for future inventors looking to make their mark in the world of inventions and innovations.