The Artesyn AIF06ZPFC series PFC module optimizes utilization of electrical power for medical devices, UAVs, and industrial applications.
Advanced Energy Industries Inc.’s Artesyn AIF06ZPFC series is a power factor correction (PFC) module that packs greater efficiency and density into a compact brick, the size of a smartphone. The AIF06ZPFC module is ideal for a wide range of high-voltage applications including medical devices, unmanned aerial and terranean vehicles, and industrial applications where extreme heat and cold are a significant factor.
“The AIF06ZPFC series provides even better performance than our previous generation module, with greater efficiency and more functionality, including digital control and internal inrush limiting,” said Andy Brown, director of technical marketing, DC-DC, Advanced Energy. “This all combines to make the AIF06ZPFC easier to integrate and use, and we are already seeing some really interesting applications for this compact PFC brick.”
The AIF06ZPFC allows customers to pack more power into an application without having to increase the size of the module. Rated at 2.4kW, the module has a high conversion efficiency of 97.3% and provides a nominal non-isolated output voltage of 400Vdc. This module series can be used as a standalone power supply in a diverse set of applications such as dental X-ray equipment, insulation tests, process control and automation and high-voltage motors and pumps. It is also ideal for applications such as tethered drones, where a high DC voltage source at low current is needed for power transmission over longer distances.
The AIF06ZPFC offers extensive monitoring, protection and adjustment capabilities, enabling applications to meet next-generation digital requirements. The built-in Power Management Bus (PMBus) interface provides a full suite of commands and controls. The interface enables digital communication with other connected factory software and applications to deliver on the promise of Industry 4.0. The module also features a built-in, market-leading and patented inrush limit control function, which significantly simplifies application design for engineers by eliminating the standard industry requirement to provide this function with external equipment.