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The FC40 capacitor charging power supply, with a built in configurable ACDC power supply, commands up to 4000 W for capacitor charging and up to 800 W for low-voltage outputs. Designed for demanding industrial, medical, and scientific applications, it combines advanced programmability, compact size, and compliance with safety standards to drive high performance across all systems.

The FC2500 can be used as a standalone capacitor charger, and if needed, various low voltage modules can be added to the unit to provide further system power. This functionality provides extra flexibility to power other systems and applications. Low voltage modules can be connected in parallel and in series for application that require higher voltage and current requirements. The FC2500 has a unique built in intelligent control for capacitor charging, higher charge rates and power limit control.  There is also added control and monitoring capability via the analog and PMBus digital intelligent control system.   The FC2500 improves end users time to market by simplifying EMI and low leakage current approvals needed at end applications. It also has IEC60101-1 3rd edition and IEC60101-1-2 4th edition (EMC) safety agency approval.

The next inflection in #semiconductor technology requires ultra-fast, synchronized impedance matching for the rapid pulsing, frequent transitions, and longer recipes of next-gen processes. The NavX™ RF matching network redefines tuning speed, sophistication, and RF generator synchronization for exacting plasma control across the most complex pulsing profiles. Its groundbreaking Advanced Selectable Tuning controls allow accelerated processing for impedance matching to your chosen number of process pulse states. This proprietary algorithm instantly reduces reflected power in processes with shorter RF on times. Paired with the eVerest™ generator, NavX RF match network completes AE’s latest RF plasma power delivery system, enabling unparalleled control of plasma characteristics as the industry sets its sights on Angstrom scale geometries.