David G Hoyt

Title: **David G Hoyt: Innovator in Electronic Fuzing Systems**

Introduction

David G Hoyt, a prominent inventor based in Waterbury Center, Vermont, has made significant contributions to the field of electronics in ammunition systems. With two patents to his name, Hoyt's work is characterized by innovative fuzing technologies that enhance the functionality and precision of missile and cannon ammunition.

Latest Patents

Hoyt's latest patents include an advanced **Settable Electronic Fuzing System for Cannon Ammunition**. This invention features a fuze setter that is inductively coupled with an electronic fuze embedded in the projectile, enabling the transmission of power supply charging energy and fuze-setting data to a rapid-fire cannon. It effectively increments a detonation counter at a high rate to collect projectile flight time counts, ensuring that the fuze-setting data is accurately confirmed. Upon launching, the counter is decremented, triggering the warhead when it reaches zero.

Another notable invention is the **Electrostatic Passive Proximity Fuzing System**. This system employs an electrostatic probe to detect the electric field associated with airborne targets. The probe's plates are positioned perpendicular to the missile's longitudinal axis, allowing them to develop a probe current signal analyzed to properly assess targets on a near-miss trajectory. This innovative design uses the first zero current crossing to serve as a detonation trigger for the missile warhead, optimizing engagement with potential threats.

Career Highlights

David G Hoyt's career is prominently linked with the **General Electric Company**, where he has firmly established himself as a notable figure in the development of electronic fuzing systems. His work has been critical in enhancing the safety and efficacy of modern ammunition systems.

Collaborations

Among those he collaborates with is his esteemed coworker, **Richard T Ziemba**. Together, they contribute to pushing the boundaries of what is possible in the realm of military technology through their innovative designs and patents.

Conclusion

David G Hoyt stands out as an influential inventor whose advanced fuzing systems revolutionize ammunition technology. Through his patents, he not only showcases his creativity and technical acumen but also demonstrates a commitment to enhancing the safety and effectiveness of military operations. His work at General Electric continues to inspire future innovations in the field.