Steven J Adler

Title: **Innovative Contributions of Steven J Adler in Semiconductor Technology**

Introduction

Steven J Adler, an accomplished inventor based in Tempe, AZ, has made significant contributions to the field of semiconductor technology. With a total of three patents to his name, Adler's work primarily focuses on improving the performance of semiconductor devices through innovative methods and structures. His expertise and inventions have helped shape modern electronic systems.

Latest Patents

Adler's latest patents include a method for making a structure for top-surface gettering of metallic impurities from a semiconductor substrate. This method involves fabricating a gettering structure in the inactive areas of a semiconductor chip, allowing metallic impurities to migrate to precipitation nuclei that sequester them, thus protecting the electrical characteristics of the device.

In addition, Adler received a patent for a double implanted laterally diffused MOS device and the method associated with it. This innovative NMOS transistor design comprises a source and drain made of n+ type semiconductor material, strategically designed to create an optimized internal electric field. This configuration maximizes device transconductance while effectively controlling the device threshold voltage and punch-through characteristics.

Career Highlights

Steven J Adler has worked at Motorola Corporation, where he has demonstrated his dedication to advancing semiconductor technology. His patent portfolio reflects his commitment to solving critical challenges in the field and enhancing the capabilities of electronic devices.

Collaborations

Throughout his career, Adler has collaborated with notable professionals such as Hassan Pirastehfar and Robert Bruce Davies. These partnerships have played a vital role in fostering innovative ideas and developing cutting-edge technologies that benefit the semiconductor industry.

Conclusion

Steven J Adler's contributions to semiconductor technology through his patents are noteworthy and reflect his innovative spirit. By addressing key issues in device performance and efficiency, Adler continues to leave a lasting impact on the industry, establishing himself as a significant inventor in the field.