Latest Blog Posts

2023 was a year of transformation for Advanced Energy. In engineering, operations and digital, AE emerged stronger from the post-pandemic surge and leapt forward – better leveraging its collective of leading technologists, brands and operations to serve its customers better. Supported by a 40+ years of history, in 2023 AE was more effective, agile and inventive than ever – developing smaller, more

When certifying a medical product, updates to an industry standard can make for challenging times for medical equipment manufacturers, especially when a standard is costly to publish, impacting the cost of compliance as well.

A New Era of Ion Energy Distribution Control for Semiconductor Applications

Advanced Energy recently exhibited at the MEDICA and COMPAMED trade fair on November 13-16 in Dusseldorf, Germany. This year, MEDICA and COMPAMED drew more than 6,000 exhibitors and over 83,000 attendees from the medical industry.

A previous AE blog, Dynamic Reverse Pulsing – What About Duty Cycle?, discussed reactive sputter deposition of insulating thin films in large-area coaters, describing the benefits of using the Dynamic Reverse Pulse (DRP) power-delivery mode over the bipolar (BP) mode of dual magnetron sputtering. In DRP mode , dual targets are bipolar pulsed against an explicit anode and the duty cycle can be varied so that the polarity is positive on the target for a shorter time during pulsing. This allows clearing of charge build-up on the targets. In our studies, DRP mode showed increased deposition rate and reduced substrate temperature when compared to similar depositions with the BP mode.

Last month marked our 6th year of engagement and partnership with the OCP community through the OCP Global Summit, which took place on Oct. 17 – 19 in San Jose, Calif. Our journey started with the ORv2 12V power shelf, and we’re now transitioning towards the next-generation 48V ORv3 power shelf.

Sputter deposition characteristics of indium tin oxide (ITO) from compound targets for applications as a transparent conductive oxide (TCO) have been widely investigated to find deposition processes that optimize film properties

Medical applications have made use of radio frequency (RF) energy in the form of electromagnetic waves or electrical currents for over 125 years. The ability to transect and seal vessels and tissue effectively and safely, for example, is a critical surgical task with RF-based techniques being the gold standard for cutting and cauterizing.

In this report, all three of the cases cited required a safe method to digitally monitor temperature in potentially explosive operational environments.