Leslie B Tyler

Title: Innovations by Leslie B. Tyler: Pioneering Interpolation Techniques in Amplifier Technology

Introduction

Leslie B. Tyler, an accomplished inventor based in Milford, MA, has made significant contributions to the field of electronics with her innovative approach to amplifier technology. With a unique patent to her name, Tyler exemplifies the creativity and technical expertise necessary for advancing modern electronic devices.

Latest Patents

Tyler holds a patent for a groundbreaking invention titled "System and method for interpolating digitally-controlled amplifier gain." This invention revolves around a digitally-controlled analog gain circuit that supports multiple gain settings. The design allows for smooth transitions in gain changes, triggered by a clocking signal. Notably, large shifts in gain are accomplished through incremental adjustments, ensuring precision and control. The clocking signal may be generated by an oscillator or through a sequence of pulses from a zero crossing detector. Additionally, her gain circuit can apply both positive gain and negative gain (attenuation) to the signal, which adds versatility to its applications. A distinctive aspect of Tyler's invention is the ability to provide the clocking signal in a pseudo-randomized manner, effectively minimizing undesirable effects, such as noticeable sound transients.

Career Highlights

Leslie B. Tyler is currently associated with That Corporation, where she continues to innovate and contribute to electronic advancements. Her patent serves as a testament to her skills and dedication in pushing the boundaries of amplifier technology. Tyler's work not only enhances existing systems but also opens doors to new possibilities in signal processing and amplification.

Collaborations

Throughout her career, Leslie has collaborated with talented colleagues, including Robert W. Moses and Christopher M. Hanna. These collaborations have played a crucial role in refining ideas and accelerating the development of innovative technologies within That Corporation. Working alongside such proficient individuals has enriched her experience and bolstered her contributions to the field.

Conclusion

Leslie B. Tyler stands out as a remarkable inventor whose contributions, particularly in electronically controlled amplifier gain systems, reflect her expertise and innovative spirit. Her patent not only showcases her talent but also demonstrates the impact of her work on advancing technology. As she continues her journey in the field, her future inventions are eagerly anticipated by the electronics community.