News & Insights

Rain-based electricity generation uses triboelectric charge separation to produce low-power energy. This article outlines principles, applications, and engineering considerations for industrial stakeholders.

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.

This case study outlines the modernization of a legacy industrial circuit breaker platform, including PCB redesign, FPGA-based control implementation, mechanical reconstruction, and retrofit integration into existing power distribution cabinets.

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.

This guide explains how EMC emissions and immunity testing support CE marking under the European EMC Directive. It outlines the certification path from pre-compliance screening to accredited laboratory testing and technical documentation, with practical considerations for conducted emissions setups and immunity test systems.

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.

Integrated circuit breaker design now connects electrical protection, PCB development, mechanical enclosure engineering, and software-based resilience patterns. This article outlines how modern systems combine hardware and digital strategies to support reliable protection architectures in industrial and distributed environments.

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.

Modern products require both electrical protection and software resilience. This guide explains how circuit breaker panel design, the circuit breaker pattern, and coordinated ECAD/MCAD/FPGA workflows can be integrated into a structured development process.