Auburn, IN, United States of America

Laurel R Lind


Average Co-Inventor Count = 1.0

ph-index = 1

Forward Citations = 1(Granted Patents)


Company Filing History:


Years Active: 1983

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1 patent (USPTO):Explore Patents

Title: Laurel R. Lind: Innovator in Signal Processing Technology

Introduction

Laurel R. Lind is a notable inventor based in Auburn, Indiana, recognized for her contributions to the field of signal processing. With a focus on enhancing the reliability of angle modulated broadcast signals, her work has significant implications for communication technologies.

Latest Patents

Laurel R. Lind holds a patent for a "Circuit for processing angle modulated broadcast signals." This innovative circuit is designed to maintain an input signal to a limiter, which is crucial for limiting amplitude excursions of a signal that is to be angle demodulated. The invention includes mechanisms for detecting temporary losses in the signal to the limiter, which can occur due to large negative amplitude modulation or other factors. When the amplitude of the angle modulated wave drops below a predetermined minimum, the circuit generates a substitute intermediate frequency signal. This substitute signal helps maintain the limiter in a limiting condition during temporary losses in the broadcast signal, effectively preventing noise generation from the angle demodulator.

Career Highlights

Laurel R. Lind has made significant strides in her career, particularly through her work at Magnavox Consumer Electronics Company. Her innovative approach to signal processing has positioned her as a key figure in the development of reliable communication technologies.

Collaborations

Due to space constraints, the details of her collaborations will not be included.

Conclusion

Laurel R. Lind's contributions to signal processing technology exemplify her innovative spirit and dedication to enhancing communication systems. Her patent reflects a deep understanding of the challenges in broadcast signal processing and offers practical solutions to improve signal reliability.

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