Advanced Energy

As the Angstrom Era comes into focus, semiconductor manufacturing pushes the limits of physics and chemistry. Advanced Energy’s eVerest™ RF generator and NavX™ matching network form a complete RF delivery system, providing the sophisticated performance required for visionary process innovation. Direct generator-match synchronization accelerates tuning speed and enables tuning to multi-level pulse states. A ±10% frequency range provides faster electronic tuning and access to a wider impedance range than previously available. In addition, scalable pulse states open new energy regimes. Learn more about Advanced Energy’s complete RF delivery system in our new brochure: https://bit.ly/46IjAIc

Joe Voyles introduces our latest complete solution for large-scale industrial LED lighting projects, from horticultural to industrial, as we see increasing numbers of customers realizing the benefits of remote centralized drivers.

Advanced Energy strives to create a culture of empowerment, engagement, and excitement where our passionate and talented individuals thrive. Explore new opportunities and work on cutting-edge technology used in critical medical equipment, data centers, as well as the manufacture of virtually every electronic device. Our precision power conversion, measurement and control solutions support the foundation of breakthrough innovations including 5G, Industry 4.0, renewable energy and more. We have opportunities for new graduates and experienced professionals to work on cutting-edge technology and move precision power forward at Advanced Energy. Apply today and find out how you can be a part of the AE team of tomorrow – sparking new ideas and concepts that transform daily life and change the world: https://lnkd.in/dyz7jU5.

Our contributions to the Open Compute Project Foundation have helped drive higher efficiency and lower costs while making it easier for data center operators to monitor and manage their racks. Learn more about Advanced Energy's OCP power solutions: bit.ly/4fNNQ8y

Complex systems for coatings, deposition and etch often require precise temperature measurement and control for improved product yields. Other critical parameters may include process pressures, gas line temperatures and chamber wall temperature, or strain as a safety concern. Cost-effective, field-proven fiber optic sensing solutions provide significant advantages over other sensor technologies in these demanding environments. Fiber optic sensors are inherently immune to electromagnetic interference from RF, induction, and microwave sources. They can also be shielded from plasma light interferences to provide stable and accurate measurements. No sensor calibration is required over the design lifetime with minimum fatigue, resulting in lower cost of ownership. Multiple sensors and mixed sensing parameters, such as temperature and strain/pressure can be used on a single fiber optic cable thus reducing the complexity of installations and greatly increasing the density of measurement points. In addition, the fiber optic sensors are ideally suited for atomic layer deposition (ALD) and etch applications, providing excellent accuracy from cryogenic temperatures to 450°C. For more information on Advanced Energy’s fiber optic sensor technologies, including phosphor decay, Fiber Bragg Gratings, interferometry and infrared fiber pyrometry, please visit bit.ly/46DfctJ.

Advanced Energy is advancing the measurement spectrum! Visit AE at the 2024 IEEE AUTOTESTCON from August 26 - 29 at booth 226 of the Gaylord National Resort & Convention Center in Maryland to see our latest RF, resistance, and temperature measurement solutions designed to meet the rigorous demands of military and aerospace applications. Learn more about the products we’ll be exhibiting here: bit.ly/3WSp5iX

Advanced Energy has hit 50,000 followers on LinkedIn! Thank you to you all. Continue to stay updated with AE’s page and visit the website at https://lnkd.in/dgbwMmUk

Introducing LumaDrive™, Advanced Energy’s new series of pre-wired remote centralized driver systems – providing energy-efficient, cost-effective power for LED lighting. This product series includes 24, 36, 72 and 144 kW cabinet systems for horticulture applications such as greenhouse and indoor growing, as well as industrial applications such as parking garages and warehouse environments. The 24 kW system features a NEMA 3R enclosure for damp environments to easily integrate directly into greenhouses and other indoor growing facilities, eliminating the need for a separate power room and reducing overall installation complexity and costs. The platform enables fast deployment of scalable, efficient centralized power solutions that provide greater flexibility in designing and optimizing lighting layouts, improve energy efficiency, reduce overall operational costs and simplify ongoing maintenance. The LumaDrive family can operate with any manufacturer’s luminaire, thanks to its highly programmable output parametric and loop compensation. As part of an entire LED lighting system, LumaDrive systems reduce fixture weight, simplify maintenance with ground-level power and dimming controls, and enhance energy efficiency through native 3-phase power compatibility. Their user-friendly interface and controls and scalable design allow the system to grow with the user’s needs. Learn more about Advanced Energy’s LCM 4 kW systems for industrial LED lighting: https:// bit.ly/3X4m0gQ

With the growing need for lower temperatures in thermal processing applications such as atomic layer deposition (ALD) and chemical vapor deposition (CVD), reliable non-contact temperature measurement systems are critical. The measurement of coatings, substrates, thin-films, and materials at lower temperatures, where source emission drops below desired ranges, requires repeatable and reliable process control. Advanced Energy is an industry leader in thermal sensing solutions. Our temperature sensing products include Luxtron® Fiber Optic Temperature Sensors, Impac® & Sekidenko Pyrometers, Mikron® Thermal Imagers & Blackbodies, and TEGAM Thermometers, Temperature Calibrators & Temperature Probes. For more information on our temperature sensing solutions visit bit.ly/46wHwhr Additional challenges arise in the pursuit of accurate and reliable low-temperature, non-contact measurements. Calibration of these measurement devices often require highly specialized equipment and test standards which themselves necessitate rigorous process standardization. A solid foundation in calibration methodology should be well understood by those who supply and/or maintain devices that measure temperature to a significant degree of accuracy. To learn more the importance of calibrating temperature measurement devices and AE’s range of services, visit: bit.ly/3wqIJJs

Point-of-care ultrasound (POCUS) puts this real-time diagnostic and monitoring technology at the bedside to help clinicians make faster and better-informed patient care decisions. It's a standard practice in emergency, obstetric and musculoskeletal medicine, and is increasingly being adopted in thoracic, cardiac and other specialties. This new blog by Dr. Simone Baer-Lang, discusses the evolving requirements for power supplies used in POCUS and how designers of these innovative systems can specify and select the right power supply for their design. Read more in this blog https://bit.ly/46GClvx