Company Filing History:
Years Active: 1985
Title: Innovations by Jennifer M Wheeler
Introduction
Jennifer M Wheeler is a notable inventor based in Loughton, GB. She has made significant contributions to the field of ceramic capacitors, holding 2 patents that showcase her expertise and innovative spirit. Her work has implications for the manufacturing of advanced electronic components.
Latest Patents
Wheeler's latest patents focus on dielectric compositions suitable for ceramic capacitors. The first patent describes a dielectric composition that includes lead magnesium niobate and lead zinc niobate, along with various oxide additives. These additives can include silica, manganese dioxide, and titanium dioxide, among others. The compositions can be fired at temperatures between 980°C and 1075°C, allowing for the use of high silver content internal electrodes in multilayer ceramic capacitors. This innovation results in higher dielectric constants, ranging from 9000 to 16,300, which enables a reduction in capacitor device size.
The second patent also addresses dielectric compositions, specifically using non-stoichiometric lead magnesium niobate and lead iron niobate. Similar to her first patent, this composition includes a variety of oxide additives. The firing temperatures remain the same, and the use of multiple oxide additives can achieve dielectric constants between 10,600 and 16,800. This advancement further contributes to the miniaturization of capacitor devices.
Career Highlights
Jennifer M Wheeler is currently employed at Standard Telephones & Cables Limited, where she continues to innovate in the field of electronics. Her work has been instrumental in advancing the technology behind ceramic capacitors, making them more efficient and compact.
Collaborations
Wheeler collaborates with her coworker, Dawn A Jackson, who also contributes to the innovative projects at their company. Their teamwork exemplifies the importance of collaboration in driving technological advancements.
Conclusion
Jennifer M Wheeler's contributions to the field of ceramic capacitors through her patents demonstrate her innovative capabilities and commitment to advancing technology. Her work not only enhances the performance of electronic components but also paves the way for future developments in the industry.