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#Transistors Reel by @wa_electronics - Transistors Explained: BJT vs MOSFET vs IGBT in Simple Terms Follow @wa_electronics for more like this. Like❣️ comments📋 Share📤 Keep Supporting �
301.8K
WA
@wa_electronics
Transistors Explained: BJT vs MOSFET vs IGBT in Simple Terms Follow @wa_electronics for more like this. Like❣️ comments📋 Share📤 Keep Supporting 🤝 #bjt #mosfet #igbt #transistor #transistors #electronic #electronics #electronicos #electronicidea #electronicstudent #electronicstudents #electronicsolvers #electronicsengineering #electronicengineering #digitalelectronics #electrical #electrician #electricians #waelectronics
#Transistors Reel by @wasstronics - Transistors explained, the simple way! #transistor #electronics
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WA
@wasstronics
Transistors explained, the simple way! #transistor #electronics
#Transistors Reel by @cleoabram (verified account) - How small is a transistor, really? Over time, we've made transistors SO much smaller, allowing us to fit more in the same space, making our devices W
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CL
@cleoabram
How small is a transistor, really? Over time, we’ve made transistors SO much smaller, allowing us to fit more in the same space, making our devices WAY more powerful. But we’re reaching a limit with the tech we use today... so researchers are working on new ideas... If you like optimistic science and tech stories, follow for more! #animation #stem #transistor #computer #hugeiftrue
#Transistors Reel by @rowancheung (verified account) - Moore's Law, the principle that transistors on a chip double every two years, has driven every major leap in computing for 60 years, from early PCs to
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RO
@rowancheung
Moore’s Law, the principle that transistors on a chip double every two years, has driven every major leap in computing for 60 years, from early PCs to the smartphone revolution to the AI boom. But it’s approaching its physical limit. Transistors are now just 60 silicon atoms wide. Shrink them below 5 nanometers and electrons start tunneling through barriers they’re supposed to be blocked by (a quantum physics problem that makes the chip unreliable). That’s the limit silicon imposes. Getting to that final generation requires X-ray lithography, a technique that demands atomic-level precision from the surface the light shines onto. Current materials aren’t precise enough. The pattern bleeds, and the transistor doesn’t form correctly. But a team at Johns Hopkins thinks they’ve found the answer: metal-organic frameworks, crystalline structures that naturally arrange themselves with atomic-level precision, making them the first material potentially capable of etching patterns at that final scale. Commercial adoption isn’t expected until 2040. And with AI already driving a global chip shortage, pushing memory prices up 50% in a single quarter, the pressure to get there has never been higher. Beyond silicon, chipmakers will likely have to abandon it entirely, moving toward graphene or materials not yet settled on. What that next era looks like remains completely open. #tech #science
#Transistors Reel by @mae.academy - The Foundation of Everything. 💻 Ever wondered how a computer actually "thinks"? It's not magic-it's just a massive collection of these tiny switches
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MA
@mae.academy
The Foundation of Everything. 💻 Ever wondered how a computer actually "thinks"? It’s not magic—it’s just a massive collection of these tiny switches working together. This is the AND Gate, the most fundamental gatekeeper in digital logic. How it works: • The Setup: We have two NPN transistors connected in series. • The Logic: For current to reach the output, it has to pass through both \bm{T_1} AND \bm{T_2}. • The Result: If you only turn on one transistor (Input A or B), the "path" to the voltage is still blocked. The output stays at 0. Only when both inputs are "High" (1) does the circuit complete, giving you a 1. Without this simple series connection, we wouldn’t have processors, smartphones, or the internet. It all starts with two transistors and a bit of physics. ⚡️ #EngineeringMindset #DigitalLogic #ComputerScience #Transistor #ElectricalEngineering
#Transistors Reel by @phyxon_17 - 🔌 TRANSISTORS EXPLAINED - The Power Trio 👉 BJT (Bipolar Junction Transistor) • Current-controlled device • High gain but slower switching 👉 MOSFET
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@phyxon_17
🔌 TRANSISTORS EXPLAINED – The Power Trio 👉 BJT (Bipolar Junction Transistor) • Current-controlled device • High gain but slower switching 👉 MOSFET • Voltage-controlled ⚡ • Fast + efficient 👉 IGBT • Hybrid (BJT + MOSFET) • High power applications 💪 💡 Simple Way to Remember: BJT = Power 💪 MOSFET = Speed ⚡ IGBT = Both 🚀 . . . . #phyxon_17 #stem education #Aemrica #electronics #transistor engineeringstudents electricalengineering physicslovers learnengineering studentlife conceptlearning reelseducation stemlearning bjt mosfet igbt engineeringlife fyp explorepage 👉 Comment “TRANSISTOR” and I’ll send you a quick cheat sheet 📩 👉 Follow for more easy Physics & Engineering concepts ⚡
#Transistors Reel by @kamitronix - Not all switches are created equal! ⚡⬇️ Switches vs. Relays vs. Transistors - what's the difference and when should you use each? Let's break it down!
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@kamitronix
Not all switches are created equal! ⚡⬇️ Switches vs. Relays vs. Transistors - what’s the difference and when should you use each? Let’s break it down! 🛠️ #electronics #engineering #electricalengineering #arduino
#Transistors Reel by @techworldsecrets - The hidden 3D world inside your CPU. 🗺⚡️ Swipe to see the "Skyscraper" layers of a semiconductor! ➡️ 1️⃣ Floor 0: The Transistors (The switches). 2
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TE
@techworldsecrets
The hidden 3D world inside your CPU. 🗺⚡️ Swipe to see the “Skyscraper” layers of a semiconductor! ➡️ 1️⃣ Floor 0: The Transistors (The switches). 2️⃣ Floors 1-15: The Interconnects (The copper “highways”). 3️⃣ The Roof: The “Bumps” that connect the chip to the rest of the world. Each layer is perfectly aligned to within atoms of accuracy. If one “elevator” is off, the whole city goes dark. 🌑 #ComputerScience #STEM #Physics #DigitalWorld #TechNews EngineeringMarvels
#Transistors Reel by @_aryansacademy - Resistors, capacitors, and inductors are passive components that regulate current, store energy in electric/magnetic fields, and filter signals. Diode
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@_aryansacademy
Resistors, capacitors, and inductors are passive components that regulate current, store energy in electric/magnetic fields, and filter signals. Diodes (one-way current flow) and transistors (switching/amplification) are active semiconductor devices essential for circuit control. Together, these five components form the backbone of electronics, enabling signal processing, power regulation, and logic operations. . . #class12 #physics #semiconductors #viral #reels
#Transistors Reel by @explaining_howthingsworks - How did humans even make this!😲 . . .The 5 nanometer (nm) transistors in Apple's iPhone chips are about the size of 10 large atoms. A nanometer is on
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@explaining_howthingsworks
How did humans even make this!😲 . . .The 5 nanometer (nm) transistors in Apple’s iPhone chips are about the size of 10 large atoms. A nanometer is one billionth of a meter, which is roughly the speed at which a human hair grows each second. . Apple’s iPhone 5 nm CPU chips are built using a 5-nanometer (nm) manufacturing process, which is TSMC’s most advanced IC production process. Follow @explaining_howthingsworks . #iphone #apple #chip #zooming #technology
#Transistors Reel by @chip_camp (verified account) - 3 open source tools for ECE projects. 1.) Magic Vlsi. You can make your own transistors using this tool, make nmos, pmos and finally a cmos. 2.)
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@chip_camp
3 open source tools for ECE projects. 1.) Magic Vlsi. You can make your own transistors using this tool, make nmos, pmos and finally a cmos. 2.) X scheme Using the transistors you can build your own gates. Like AND, Or , Nor, Nand etc. then using that you can build your own Half adder or a full adder. 3.) OpenRoad. Using this you can do complete backend from place to Route of any design. Just take your verilog files from vivado or eda playground as an input you’ll get the hardware for it in gds format. One bonus tool. Use Jade simulator to build your own processor from scratch.
#Transistors Reel by @tiffintech (verified account) - There is a physical limit to how small we can make computers... but the reason is kinda stranger than you think. The question on engineers minds is:
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TI
@tiffintech
There is a physical limit to how small we can make computers... but the reason is kinda stranger than you think. The question on engineers minds is: How do you stop electricity when it starts teleporting? Okay so hear me out… We’ve spent years shrinking transistors to make phones faster. A transistor is basically an electric dam: Open the gate, electricity flows. Close the gate, it stops. But we have shrunk them so much, down to just a few nanometers, that the “walls” are now too thin. And this is where the laws of physics break down. Thanks to quantum physics, electrons can now literally “tunnel” right through the solid wall. They disappear on one side and reappear on the other. This is called “Quantum Tunnelling”. It means the transistor “leaks” electricity even when it’s turned off. So if the walls don’t work anymore, how do we stop the leak? We had to reinvent the shape of the chip entirely. This physically traps the electrons and stops the teleporting. So when you hear about “3 nanometer chips” #Tech #technology #techexplained

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