A 6U programmable DC power supply integrating up to 60 kW in a compact rack format. Designed for scalable industrial systems, battery testing, electrolysis, and high-current DC processes with CV, CC, CP, and CR modes.
The FSP400-50AAC is an ATX 400 W power supply with 80 PLUS Bronze efficiency, universal AC input, defined protection functions, and standard PS/2 form factor. This article reviews specifications, integration aspects, and typical industrial and PC use cases.
Learn how to correctly mount, wire, ground, and commission DIN rail power supplies for 12 V and 24 V DC systems in industrial control panels. This practical guide covers safety, thermal management, protection features, and long-term reliability practices.
The FSP350-70PFL (SK) is a 350 W industrial ATX power supply designed for IPC, automation, and communication systems. It features 80 PLUS Bronze efficiency, active PFC, full-range 90–264 VAC input, defined ripple limits, industrial screening, and a specified MTBF reference for long-term operation.
Adjustable AC isolation transformers combine variable voltage control with galvanic isolation. This article explains their role in ESD-safe laboratories, repair environments, and quality assurance testing, including key selection criteria and a practical example with the TPS-AIT1500300.
The FSP250-52FGB is a 250 W Flex-ATX power supply with 24 V DC input, designed for industrial PCs, workstations, and automation systems operating on DC-based infrastructures.
A technical overview of aluminum heat sink efficiency, covering conduction, convection, material selection, manufacturing methods, and real-world application scenarios in electronics and power systems.
A compact 350W ATX12V power supply designed for industrial PCs and embedded systems, featuring active PFC, defined efficiency targets, standard ATX rails, and protection functions for continuous operation.
Inrush current limiters are increasingly used alongside surge protection devices in solar PV systems to manage short-duration current stresses during lightning events, start-up, and restart conditions. This article explains how modern non-NTC limiter concepts fit into layered protection strategies for PV inverters.
