Technical articles, application notes, and industry updates from the MeanWell engineering team.
An admin buyer's perspective on choosing the right Mean Well power supply for different needs, from a 100W 24V PSU to a 60V unit. This guide offers practical advice on avoiding pitfalls, understanding specs, and making cost-effective decisions.
A field guide from a veteran procurement specialist on navigating emergency power supply orders. We compare rush delivery vendors, balancing cost, speed, and reliability when you absolutely need a Mean Well unit today.
A quality inspection manager answers the most common questions about Mean Well power supplies, including 19V and 48V models, multimeter testing, and common pitfalls to avoid.
A practical, scenario-based guide from a cost controller's perspective on selecting the right Mean Well power supply (LRS-350, RSP, NDR, etc.) for enclosures, blood pressure monitors, and VSrx applications, focusing on TCO vs. unit price.
A 7-year integrator's honest look at the Mean Well LPV-60-12 48V power supply vs. the hype, including when it's perfect, when it's wrong, and the one mistake that cost me $890.
A specialist in handling rush orders explains why the Mean Well 9V power supply is a critical tool for emergencies and prototyping, but why relying on it for production can lead to costly mistakes. Includes a how-to guide for crimping connectors on these small form-factor units.
A practical guide to selecting Mean Well power supplies for enclosures, LED drivers, and medical systems, based on real-world mistakes and cost-saving insights.
A procurement manager argues that true cost efficiency in power supplies comes not from the cheapest unit price, but from total cost of ownership, reliability, and the hidden costs of failures—using Mean Well as a case in point.
A practical, step-by-step checklist for procurement managers and systems integrators on how to accurately budget for a 12V Mean Well power supply, avoiding hidden costs and ensuring the right spec for enclosures and devices.
A cost controller's honest breakdown of why choosing the cheapest power supply often leads to expensive failures, using real-world TCO analysis and procurement experience.