Company Filing History:

10 out of 8,681

Seagate Technology Incorporated

patents

4 out of 21

Nonvolatile Electronics, Incorporated

Years Active: 1999-2019

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16 patents (USPTO):Sort by Forward CitationsExplore Patents

1. RE47583 - Circuit selection of magnetic memory cells and related cell structures (2019-08-26),

2. 6930865 - Magnetoresistive read sensor with short permanent magnets (2005-08-16),

3. 6738236 - Spin valve/GMR sensor using synthetic antiferromagnetic layer pinned by Mn-alloy having a high blocking temperature (2004-05-18),

4. 6709696 - Stabilization of GMR devices (2004-03-23),

5. 6580587 - Quad-layer GMR sandwich (2003-06-17),

6. 6556388 - Differential VGMR sensor (2003-04-29),

7. 6548114 - Method of fabricating a spin valve/GMR sensor having a synthetic antiferromagnetic layer pinned by Mn-alloy (2003-04-15),

8. 6455177 - Stabilization of GMR devices (2002-09-24),

9. 6364743 - Composite lapping monitor resistor (2002-04-02),

10. 6356420 - Storage system having read head utilizing GMR and AMr effects (2002-03-12),

11. 6349053 - Spin dependent tunneling memory (2002-02-19),

12. 6275411 - Spin dependent tunneling memory (2001-08-14),

13. 6191926 - Spin valve magnetoresistive sensor using permanent magnet biased artificial antiferromagnet layer (2001-02-20),

14. 6021065 - Spin dependent tunneling memory (2000-02-01),

15. 5966322 - Giant magnetoresistive effect memory cell (1999-10-12),

Title: Inventor Profile: Brenda Anne Everitt

Introduction

Brenda Anne Everitt is a remarkable inventor based in Minneapolis, MN, known for her innovative contributions to magnetic memory technology. With a portfolio of 16 patents, she has made significant strides in the field of electronics and memory systems, enhancing the efficiency and functionality of data storage.

Latest Patents

Among her notable recent patents is the design for a circuit selection of magnetic memory cells and related cell structures. This invention involves a ferromagnetic thin-film-based digital memory that features interconnected bit structures with manipulation circuitry. The innovative circuitry allows selective control of current flow, optimizing performance in magnetic data storage.

Another significant patent by Everitt is for a magnetoresistive read sensor that incorporates short permanent magnets. This advanced transducing head includes a magnetoresistive sensor positioned strategically between two bias elements, allowing for enhanced sensitivity and precision in magnetic field detection.

Career Highlights

Brenda has held influential positions at several prominent companies, including Seagate Technology Incorporated and Nonvolatile Electronics Incorporated. Her work in these organizations has contributed to advancing high-performance storage solutions in the tech industry, reflecting her expertise and commitment to innovation.

Collaborations

Throughout her career, Everitt has partnered with notable colleagues, including Arthur V. Pohm and James M. Daughton. These collaborations have further enriched her work, allowing her to combine insights and expertise to develop cutting-edge technologies in memory solutions.

Conclusion

Brenda Anne Everitt exemplifies the spirit of innovation in the field of magnetic memory technology. Her patents and contributions underscore her role as a leading inventor, and her work continues to impact the evolution of data storage solutions. With each innovation, she lays the groundwork for future advancements in the industry.

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