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#ThisDayInHistory Post 2109: 16 May 1888 (138 years ago): Nikola Tesla delivered a lecture describing the equipment which allowed efficient generation and use of alternating currents to transmit electric power. [1] #History #OnThisDay #OTD #NikolaTesla #AlternatingCurrent
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I just tried to follow the #Hyperlink #Portal again…just #DC, not #AC…from #Xapp to #FBapp…and I was logged out, this time (see screenshot)…however, I am still logged in if I use #FBapp directly. *** *** *** #DC: #DirectCurrent, #OneDirectional *** #AC: #AlternatingCurrent, #BiDirectional *** *** *** facebook.com/share/p/1CiGkhV…
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"My brain is only a receiver, in the Universe there is a core from which we obtain knowledge, strength and inspiration." — Nikola Tesla 🌌 Tesla didn’t just invent; he "received." His philosophy relied on intense mental visualization—building and testing motors entirely in his mind before ever touching metal. In my newest video for To The Philosophers, we explore how Tesla’s metaphysical approach to engineering changed the world, and why his ultimate vision was left unfinished. Watch the full breakdown here tomorrow: ➡️ youtube.com/@tothephilosophe… #Visionary #NikolaTesla #LearnWithGaurav #AlternatingCurrent #Engineering #ToThePhilosophers
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Alternating current focuses on symptom modulation. —— Biphasic direct current is designed to interact with the nervous system, improving neuromuscular communication and functional movement. This is why outcomes go beyond pain relief. #recovery #DirectCurrent #NerveOTX #alternatingcurrent
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Replying to @JCommentar10644
& SEE, Ms. #JenniferAniston? Even IF You Can Get MORE Electricity Out Of The Same Amount Of RadioactiveMaterial In An AtomicBattery There's Still That LongDistant Transmission Of DirectCurrent Vs. AlternatingCurrent Thing?
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Why do electronic devices utilize DC power rather than AC power? forumautomation.com/t/why-do… Topic: Direct Current vs Alternating Current – Practical Engineering Explanation 📘 Most electronic devices are plugged into an AC supply, yet internally they operate on DC power. Why? This article explains the real engineering reasons behind this fundamental design choice. You’ll learn about: ✅ Why electronic components and ICs require DC ✅ Limitations of AC in electronic and control circuits ✅ Role of rectifiers, filters, and voltage regulators ✅ How DC improves stability, efficiency, and protection ✅ Practical examples from SMPS, automation, and control systems 🎯 Ideal for electrical & electronics engineers, automation professionals, diploma/B.E/B.Tech students, and interview preparation. 📖 Read the full article here: forumautomation.com/t/why-do… 💬 Found this helpful? Share your insights or real-world applications in the comments. 📌 Save & share with students, technicians, and fellow engineers. 🔗 Connect & Follow for More Technical Content 👉 Website: 🌐 forumelectrical.com 👉 Facebook: facebook.com/profile.php?id=… 👉 LinkedIn: linkedin.com/showcase/911302… 👉 Twitter (X): x.com/ForumEIectrical 👉 Pinterest: ru.pinterest.com/ForumElectr… 👉 WhatsApp Channel: whatsapp.com/channel/0029VbB… 👉 Telegram Group: t.me/F0rumElectrical #directcurrent #AlternatingCurrent #AC #DC #electricpower #Electrical #ElectricalEngineering #ElectronicsEngineering #PowerElectronics #Automation #ControlSystems #SMPS #Rectifier #ElectricalBasics #Engineering #EngineeringEducation #directcurrent #AlternatingCurrent #AC #DC #electricpower forumautomation.com/t/why-do…
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Mine MI-PS2302 Dual DC Variable Power Supply is designed as a CC & CV source for use in laboratories & field testing. #DCvoltages #AnalogDigitaltesting #PowerSupply #PSU #AC #AlternatingCurrent #DCDirectCurrent #Voltage #Current #Load #Regulation #Efficiency #DualDC #Mine #PS2302
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