Enhance reliability and performance with Advanced Energy burn-in systems

Ensuring performance and reliability of critical electronics such as semiconductors and power supplies necessitates rigorous burn-in testing, an area in which Advanced Energy (AE) excels. The broad product range is engineered to facilitate comprehensive burn-in testing, encompassing single- and three-phase AC-DC solutions with power ratings that span from the hundreds to the thousands of kilowatts.
 
Manufacturers perform burn-in to remove the defects that make up early life failures before the product is shipped to the customers. Early life “infant mortality” failures are trapped by subjecting the IC to accelerated life test conditions, including elevated voltages and temperatures.
 
From distributed power test architectures to high-efficiency isolated DC-DC and non-isolated point-of-load (POL) converters, Advanced Energy's portfolio is primed to cater to any mix of input/output voltage, power rating, and programmability. The burn-in solutions stand as a testament to reliability and performance, ensuring your electronics consistently operate at their peak.
 
Don't compromise on the performance of your electronics. Achieve optimal results with Advanced Energy's burn-in solutions. Whether your task involves testing semiconductors, power supplies, or other electronics, the versatile product range is equipped to deliver the power and flexibility necessary for impeccable execution.

Three power stages (AC-DC, isolated DC-DC, non-isolated POL) are needed for a complete burn-in testing system. Advanced Energy provides a comprehensive portfolio of burn-in testing power solutions to meet these demands, providing efficiency, scalability, and voltage regulation.

As test and burn-in power demands increase, the modularity, multi-shelf paralleling, and system-level control of the Evergreen FCM 33 kW shelf enable MW-range configuration.

High-density, high-efficiency, scalable power for advanced burn-in systems.

The LGA D family comprises non-isolated DC-DC converters, ideal for cost and space-efficient applications. Each unit has two independent, configurable outputs—25 A, 50 W or 40 A, 100 W—which can be merged into a single 50 A, 100 W or 80 A, 200 W output.

The LGA D family comprises non-isolated DC-DC converters, ideal for cost and space-efficient applications. Each unit has two independent, configurable outputs—25 A, 50 W or 40 A, 100 W—which can be merged into a single 50 A, 100 W or 80 A, 200 W output.

The iHP power system series provides up to 30 kW in 3 kW increments and can be configured for up to eight outputs using a wide variety of plug-in modules that address a large range of voltages and currents.

The iHP power system has industrial safety approvals and meets the SEMI F47 voltage sag tolerance standard for semiconductor processing equipment. Further safety approvals secured by Advanced Energy eliminate the need for an isolation transformer in medical equipment.