Company Filing History:
Years Active: 1993-1994
Title: The Innovations of Joanne Mistler in Microwave Oscillator Technology
Introduction
Joanne Mistler, an accomplished inventor based in Marlboro, MA, has made significant contributions to the field of microwave oscillator technology. With two patents under her name, her work highlights innovative approaches to improving microwave oscillator performance, specifically in reducing FM noise.
Latest Patents
Joanne's latest patents include groundbreaking technologies:
1. **Frequency Discriminator with Fiber Optic Delay Line** - This invention involves a microwave oscillator equipped with a feedback circuit, enhancing the FM noise performance compared to existing microwave oscillators. The oscillator utilizes a modulated laser and a photo detector to achieve signal modulation, ensuring precise control and improved output quality.
2. **Microwave Oscillator with Noise Degeneration Feedback Circuit** - Similar in structure to her first patent, this invention also centers on a feedback circuit that incorporates key components like a modulated laser and a photo detector, aimed at minimizing FM noise. The integration of a detector further refines the control of the oscillator output, solidifying its performance in advanced applications.
Career Highlights
Joanne Mistler is currently associated with Raytheon Company, a leader in defense contracting and aerospace systems. Her role is pivotal in the development of advanced microwave technology, underscoring her contributions toward enhancing communication systems and radar technologies critical for various industrial and research applications.
Collaborations
In her career, Joanne has collaborated with notable coworkers such as Michael J. Bianchini and Richard A. Michalik. Their collective expertise has fostered an environment of innovation at Raytheon, driving forward the intricate designs and functionalities of microwave oscillators.
Conclusion
Joanne Mistler's contributions to microwave oscillator technology reflect her dedication to innovation and excellence in engineering. Through her patents and collaborations, she continues to influence advancements in telecommunications and defense systems, paving the way for future developments in the field. Her achievements are a testament to the pivotal role inventors play in shaping technological progress.