Company Filing History:
Years Active: 2001
Title: Innovator Spotlight: Don Small and His Wiegand Effect Energy Generator
Introduction: Don Small, an inventive mind based in San Juan Capistrano, California, is recognized for his innovative contributions to the field of energy generation. With a focus on harnessing the Wiegand effect, Don has developed a unique power source that presents intriguing possibilities for various applications, particularly in metering systems.
Latest Patents: Don Small holds a notable patent for the Wiegand effect energy generator. This invention utilizes a Wiegand sensor as a power source for external circuits. An alternating magnetic field manipulates the magnetic state of a Wiegand wire within the sensor, generating a considerable output pulse. This pulse serves to power external circuits, such as transmitters that send information signals to receivers. The technology is particularly advantageous in situations where the meter operates in hard-to-access locations, as it ensures efficient and reliable data transmission regarding gas or water flow.
Career Highlights: Don is currently employed at Hid Corporation, where he continues to pursue innovative solutions within the energy sector. His commitment to improving energy generation and transmission through cutting-edge technology has positioned him as a valuable contributor in his field.
Collaborations: Throughout his career, Don has had the opportunity to work alongside industry experts, including colleagues such as David J. Dlugos and David A. Siefer. Collaborative efforts within his team have allowed for the refinement and advancement of his inventions, fostering a creative environment that stimulates innovation.
Conclusion: Don Small's work with the Wiegand effect energy generator exemplifies the spirit of innovation that drives progress in energy solutions. His contributions at Hid Corporation and collaboration with peers underline the importance of teamwork in realizing inventive ideas. As technology continues to evolve, Don's inventions may play a crucial role in shaping the future of energy harnessing and transmission.