Technical articles, selection tips, and industry insights from our engineering team.
A quality inspector answers 7 critical questions about Murata filters, machinery, and OEM sourcing. Get real talk on specs, costs, and hidden gotchas.
A personal account of costly mistakes when specifying Murata components for specialized machinery enclosures. Includes practical lessons on verifying supply chains for TV manufacturing equipment and the 'infinity' customization trap.
A practical guide for procurement managers and engineers on how to evaluate Murata components like SAW filters and power supply parts, ensuring you get the right specs without hidden costs.
I’m not here to sell you on Murata. I’m here to show you why the standard procurement playbook of just comparing unit prices for MLCCs, ferrite beads, or SAW filters is costing you real money—and how a total cost of ownership (TCO) approach changes everything.
A procurement specialist argues that small and medium-sized buyers shouldn't accept poor service from authorized distributors and explains how to leverage the relationship for better access to critical Murata components.
An honest look at flip phones and the Murata WiFi modules inside them from the perspective of an office administrator who manages procurement for a mid-sized company. When a basic device is enough, and when you need the real engineering.
A practical guide for administrative buyers on understanding Murata's ultrasonic sensors, why they matter for office equipment, and how to navigate procurement decisions without buying buzzwords. From a real admin buyer’s perspective.
A quality inspector's step-by-step checklist for verifying Murata components, including MLCCs and wireless modules, using real specs and a multimeter.
A personal account of a costly mistake specifying a Murata SAW filter for a 2660 flip mechanism, and how the AIS 162 MHz specification forced a complete rethink of our RF front-end design.
As a quality inspector, I see engineers and procurement managers choose cheaper components to save a few cents, only to face massive rework costs later. This article dives deep into why 'good enough' quality is a dangerous myth, especially when specifying parts like Murata capacitors, inductors, and ferrite beads.