CEO & Co-Founder
Profile summary: PhD in Physics at Stanford University
Advanced Energy
Airity Technologies develops high-voltage power conversion solutions, including compact DC-to-DC power supply modules that deliver over 2 kV at 100 W with ultra-fast rise times. Their technology addresses the need for efficient power conditioning in vacuum electronics and RF applications, enabling precise control and reliability in demanding environments.
Traction –/104.5K
HQ unknown
- Aerospace
- Hardware
- Semiconductor
Updated 5 months ago
Funding
Funding rounds are not available yet.
Founders
Product
Problem
Many vacuum electronics and RF applications require high-voltage power conversion, but existing solutions are often bulky, slow, and inefficient, limiting the performance and portability of the end devices. Precise control and rapid response times are critical in these demanding environments, yet traditional power supplies struggle to meet these requirements.
Solution
Airity Technologies (now part of Advanced Energy) offers compact DC-to-DC power supply modules that deliver high-voltage power with ultra-fast rise times. These modules address the limitations of conventional high-voltage power conversion by providing a credit-card-sized solution capable of outputting over 2 kV at 100 W. The technology enables precise control and reliability in applications such as vacuum electronics, RF power systems, and pulsed power applications. By focusing on close-coupled systems and patented technologies, Airity provides solutions optimized for demanding environments.
Target Audience
The primary customers are in aerospace, consumer applications, medical devices, clean tech, and semiconductor equipment industries, specifically those utilizing vacuum electronics, RF power, and pulsed power applications.
Features
- Compact DC-to-DC power supply modules with a small footprint
- High-voltage output exceeding 2 kV at 100 W
- Ultra-fast rise times in the microsecond or nanosecond range, depending on the application
- Customizable solutions for specific application requirements
- Arc protection to prevent damage from electrical discharge
- Low ripple for stable and clean power delivery
- Integration capabilities for plasma sources and RF power systems operating up to 80 MHz and exceeding 10 kW