Precision Pulsed Power Solutions
EHT specializes in rapid prototyping and product development of high-frequency, repetitive pulsed-power systems with fast rise times using solid-state switching.
What We Do
Eagle Harbor Technologies, Inc. (EHT) provides innovative pulsed-power solutions to solve challenging problems for commercial and research markets. Our passion for discovery and physics-based approach allow us to develop unique solid-state switching systems that enable our customers to excel in their application space.
Our Applications
Plasma Research
Universities, small business, and prime contractors use EHT power systems to produce and control atmospheric-pressure and low-pressure plasmas including dielectric barrier, jet, spark, capacitive, inductive, and helicon discharges for basic physics, plasma chemistry, and other applications.
EHT personnel have decades of experience designing and constructing complex pulsed-power and plasma-based systems.
With support of Small Business Innovation Research (SBIR) grants, EHT investigates innovative ideas, develops new capabilities, and commercializes products. This research-based approach allows us to help our customers stay on the leading edge of technology.
EHT Announcements
Hardware Engineer – PCB Designer
Job Summary Eagle Harbor Technologies, Inc. (EHT) stands at the forefront of solid-state pulsed power and is expanding into new research and commercial markets. Our engineers develop power systems for semiconductor processing, medical devices, fusion energy science, and other emerging plasma and pulsed power applications. We work closely with our customers to deliver power systems that…
Read MoreGary Bultman Joins Eagle Harbor Technologies to Advise on Integrating Pulsed Power into Semiconductor Manufacturing
Eagle Harbor Technologies, Inc. (EHT), a leading developer of advanced solid-state pulsed power systems, is pleased to announce Gary Bultman has joined EHT as a strategic advisor. With his extensive experience in the semiconductor industry, Mr. Bultman will provide his expertise on product roadmaps to integrate pulsed power systems into this industry. “We are thrilled…
Read MoreEHT at Pulsed Power Conference
EHT is proud to exhibit our high voltage solid-state pulse generators at the 24th IEEE Pulsed Power Conference. Additionally, EHT research will be presented during the talks and poster sessions: Minimizing Solid-State Switch Transition Times for Compact Spiral Generators (Monday Poster) The Road to Short Pulses at 50 kV: Inductive Adder for High-Energy Beam Kickers…
Read MoreEHT Announcements
Gary Bultman Joins Eagle Harbor Technologies to Advise on Integrating Pulsed Power into Semiconductor Manufacturing
Precision Pulsed Power for Medical Precision Pulsed Power for Energy Precision Pulsed Power for Science EHT specializes in rapid prototyping and product development of high-frequency, repetitive pulsed-power systems with fast rise times using solid-state switching. What We Do Eagle Harbor Technologies, Inc. (EHT) provides innovative pulsed-power solutions to solve challenging problems for commercial and research…
Read MoreSupporting 50 Years of ICOPS
Precision Pulsed Power for Medical Precision Pulsed Power for Energy Precision Pulsed Power for Science EHT specializes in rapid prototyping and product development of high-frequency, repetitive pulsed-power systems with fast rise times using solid-state switching. What We Do Eagle Harbor Technologies, Inc. (EHT) provides innovative pulsed-power solutions to solve challenging problems for commercial and research…
Read More“Improving Ion Control for Semiconductor Processing with Repetitive Pulsed Power” Selected for Funding
Precision Pulsed Power for Medical Precision Pulsed Power for Energy Precision Pulsed Power for Science EHT specializes in rapid prototyping and product development of high-frequency, repetitive pulsed-power systems with fast rise times using solid-state switching. What We Do Eagle Harbor Technologies, Inc. (EHT) provides innovative pulsed-power solutions to solve challenging problems for commercial and research…
Read More