Many designers use optical coupling to isolate control circuits from power rails so hazardous high-voltage transients cannot reach your equipment or you, reducing shock and equipment damage. By converting electrical signals to light and back, optical isolators give you galvanic isolation and improved noise immunity, provide predictable safety margins, and [...]
There’s a growing role for PhotoMOS relays in automated test and measurement where galvanic isolation and ultra-low leakage let you measure small signals without contamination; you can exploit their fast switching and long life to increase throughput while reducing maintenance, but you must mitigate overvoltage, thermal dissipation, and potential failure [...]
Electronics that prioritize low power consumption protect your devices’ longevity and performance while reducing operating costs; as you design or choose gear, longer battery life and lower energy bills deliver clear benefits, and poor power management can cause overheating and premature component failure, posing safety and reliability risks-this guide shows [...]
Solid-state relays (SSRs) give you contact-free switching for sensitive diagnostic and therapeutic equipment, offering high reliability and long service life with isolated control and precise timing to improve performance and reproducibility; however, you must mitigate leakage currents and thermal runaway risks through proper selection, heat sinking and validation to protect [...]
Switching to contactless switching reduces mechanical wear and minimizes contact bounce, so you can protect sensitive circuits and improve signal integrity; you should evaluate isolation, switching speed, and EMI control to avoid damage from transient spikes while optimizing reliability and performance across your systems. Understanding Signal Noise Definition and Importance [...]
Just as you design circuits, prioritize redundancy, derating, and component quality to extend life; analyze single points of failure, mitigate thermal runaway and electromigration, control EMI, and plan for harsh environments with conformal coatings. Use rigorous testing, burn-in, and field monitoring so your products achieve predictable, high-availability performance. Types of [...]
Relays built from solid-state switches give you fast, contactless switching that reduces electrical arcing, contact wear, and the fire and shock risk of mechanical failure. They also allow precise fault detection, integrated overcurrent protection, and galvanic isolation to make your systems more reliable, predictable, and lower maintenance. Types of Semiconductor [...]
Measurement of contact resistance requires precise technique and safety: you will learn four-terminal (Kelvin) methods to achieve accurate low-resistance readings, how to design tests for consistent, repeatable results, and how to avoid hazards such as overheating, arcing, and equipment damage by controlling current, contact force, and proper fixturing. Types of [...]
Trends in solid state relay technology show you how next-generation SSRs will reshape control systems: integration with IoT and predictive diagnostics will let you optimize uptime, while greater switching speeds and improved reliability deliver performance gains; however, you must address thermal runaway and cybersecurity risks that can threaten safety and [...]
Keď som pred rokmi riešil modernizáciu výrobnej linky, pochopil som, aký veľký vplyv má správny výber pohonov na spoľahlivosť celého systému — ak hľadáš robustné riešenia, odporúčam pozrieť si možnosti trofázové elektromotory, ktoré sú často koncipované práve na náročné prevádzkové podmienky. Prehľad výhod a dôležitých parametrov Ak uvažuješ o modernizácii, [...]