Why Your AC Power Supply Is a Bigger Deal Than You Think In today’s fast-paced factories, every component plays a role in keeping the gears turning. For a long time, the AC power supply was just the “black box” that made everything work. But that’s not the case anymore. It’s now a mission-critical decision that
Ever wonder how the latest tech—from electric vehicles to renewable energy systems and the millions of connected IoT devices—is rigorously tested for reliability? It comes down to simulating real-world conditions with unmatched precision. This is where programmable electronic loads have become a game-changer for hardware engineers, enabling them to validate hardware with unmatched precision. Unlike
Today, new challenges are emerging for companies in the industrial, telecom, and infrastructure sectors. To address this, they must design or source power solutions that not only perform exceptionally well but also meet increasingly strict regulatory and sustainability demands. In this article, we’ll dive into the five most critical trends shaping the world of AC
Benchmarking AC/DC power supplies is a critical task for any engineer or R&D team. But to get an accurate picture of how a power supply will perform in the real world, you need more than a simple resistive bank. You need a way to simulate real-world, dynamic load profiles. That’s where programmable electronic loads come
In the rapidly evolving manufacturing landscape, efficiency and sustainability are paramount. The integration of the Internet of Things (IoT) into energy management systems is transforming how manufacturers monitor, control, and optimize energy consumption. This article explores the pivotal role of IoT in revolutionizing energy management within the manufacturing sector. 1. Understanding IoT-Based Energy Management in
