Ultra-Fast Power Solutions for Precision Laser Systems

Introducing the AWG (Arbitrary Waveform Generator)—a breakthrough in high-speed, programmable power for lasers used in semiconductor, medical, and industrial systems.

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Power loss isn’t an option in mission-critical systems (1200 x 1200 px) (1200 x 1200 px)

 

Meet the AWG: Designed for Laser Precision

Semiconductor and industrial lasers demand high-speed, highly accurate current delivery to operate at peak performance. Traditional power supplies can't keep up with the rapid transitions, low drift, and repeatable control required.

Astrodyne TDI’s AWG (Arbitrary Waveform Generator) is purpose-built for laser systems that need Ultra-Fast Slew Rates, Tight Current Accuracy, Programmable Bipolar Output, Modular & Scalable Design, Low Temperature Drift, and Integration-Ready.

From medical laser pulses to semiconductor lithography and defense targeting, the AWG delivers the speed, control, and reliability your application requires.

👉 Download the AWG Datasheet
👉 Request a Custom Configuration

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Learn more about Astrodyne TDI's  patented Liquid-Cooling technology and  programmable power  

Programmable Power in Laser Processes  (Billboard (Square) - 1080 x 1080 px) (1080 × 800 px)

On-Demand Webinar: Power-Based Arbitrary Waveform Generator for High Output Slew Rates 

Addressing the hurdle of rapid output slew rates in semiconductor and laser applications.

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Benefits of Liquid Cooling (1)

On-Demand Webinar: Benefits of Liquid Cooling

With increasing power demand and the need to protect components from environmental contaminants, it is time to start thinking about your transition to liquid-cooling. Watch our OnDemand Webinar to learn about liquid cooled power solutions for demanding applications like Lasers. Our panelists walk through the common deciding factors in transitioning to liquid-cooled power converters and what you need to consider when choosing a liquid-cooled supply.

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Optimized Liquid-Cooled Power Converters

Whitepaper: Implementation of Switch Mode Post Regulators for High Slew Pulse Current Applications

This paper examines more efficient, reliable, and cost-effective alternatives to this approach utilizing high-frequency switch-mode conversion techniques.

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