A firsthand account of a costly mistake with Vishay resistors, lessons on component sourcing, and how a location check in De Soto, KS, would have saved my project. Learn from my $3,200 error.
Read MoreLearn the definitive, field-tested method for testing capacitors with a multimeter. Bypass the guesswork and get a reliable reading, even when you're on a tight deadline.
A quality manager explains why the conventional wisdom of treating passive components and discrete semiconductors as interchangeable commodities is wrong, using real-world examples from Vishay's portfolio.
A procurement engineer recounts a costly mistake with Vishay/Spectrol parts, learning the hard way why voltage drop and proper crimping matter, and how to avoid common pitfalls with obsolete components.
A no-nonsense guide from a quality compliance manager on how to verify Vishay components using a real-world checklist. Avoid costly mistakes with actionable steps for spec compliance, sourcing, and authenticity.
A practical, scenario-based guide for engineers and procurement specialists deciding between rush orders and standard lead times for electronic components like Vishay resistors, capacitors, and potentiometers.
A procurement manager breaks down the real cost difference between Cypress and Best voltage testers, arguing that the true value lies in the sensors. Using the model 8110 as a case study, this article reveals why Vishay components matter more than the brand on the box and how ignoring them cost one company thousands.
A practical FAQ covering Vishay MLCCs, the Nobel acquisition, blood pressure sensor applications, C300 series, and how Vishay switches compare to Cisco alternatives. Written from a quality inspector's perspective.
Procurement insights on buying Vishay components. A cost controller reveals the hidden TCO trap in transducer sourcing and why the wrong shortcut on the Duraphx Extreme costs more than a price premium.
A practical FAQ based on real-world experience navigating Vishay's global locations, part numbering (like the N93 code), and how to avoid costly specification errors when comparing rugged hardware like Toughbook vs Dell.