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#Getnlab Reel by @kitchen.__.gallery - Understanding Ohm's Law: LED Current vs. Resistance How Resistors Control LED Brightness Prototyping an LED Test Board with DIP Switches In this vi
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@kitchen.__.gallery
Understanding Ohm’s Law: LED Current vs. Resistance How Resistors Control LED Brightness Prototyping an LED Test Board with DIP Switches In this video, we explore the fundamental relationship between voltage, current, and resistance (I = \frac{V}{R}). By using a series of resistors ranging from 330\Omega to 22k\Omega, you can see a clear visual representation of how increasing resistance decreases the current flowing through the LED, making it appear dimmer. DIP Switch: Used to toggle different resistor paths. Resistors: Varying values to demonstrate current limiting. LEDs: Providing visual feedback of the power output. PCB: Custom marked with Ohm's Law formulas for quick reference. #Electronics #Engineering #OhmsLaw #STEM #DIYElectronics #Arduino #CircuitDesign #ElectricalEngineering #Physics #Learning
#Getnlab Reel by @hackmakemod - This little circuit solves a common problem in battery powered projects… how do you power something on with a button, but let the microcontroller shut
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@hackmakemod
This little circuit solves a common problem in battery powered projects… how do you power something on with a button, but let the microcontroller shut itself off later? The button wakes the system up. Once the microcontroller boots, it latches its own power on using an opto-isolator and a transistor. After a period of inactivity, the firmware releases the latch and the circuit cuts power completely. The opto-isolator keeps the control side electrically isolated, which means the device draws essentially zero current when it’s off. Simple parts… clever behavior… and a really useful trick for battery powered builds. #electronics #circuitdesign #embedded #microcontroller #lowpowerdesign batteryprojects hardwaredesign makercommunity electronicsengineering engineeringlife
#Getnlab Reel by @edcret_in - How do you generate a square wave using just an op-amp? This circuit uses an LM741 relaxation oscillator with positive feedback to generate a square
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@edcret_in
How do you generate a square wave using just an op-amp? This circuit uses an LM741 relaxation oscillator with positive feedback to generate a square wave. 🔋 12V supply ⚙️ LM741 Op-Amp Since the op-amp requires dual supply, I created ±6V from the 12V source using a simple capacitor-resistor circuit. Explore more electronics projects and tutorials on 👉 edcret.in #electronicsengineering #opampcircuits #oscillator #analogdesign #edcret
#Getnlab Reel by @sm_trainingacademy - Create a magical LED Twinkling Effect ✨💡 Just like stars in the night sky, the LEDs randomly turn ON and OFF to produce a beautiful sparkling pattern
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@sm_trainingacademy
Create a magical LED Twinkling Effect ✨💡 Just like stars in the night sky, the LEDs randomly turn ON and OFF to produce a beautiful sparkling pattern. This project demonstrates random LED control and timing techniques using a microcontroller, making it a fun and creative embedded electronics project. #embeddedsystems #electronics #arduino #led #electronicengineering
#Getnlab Reel by @sm_trainingacademy - Watch the LEDs run one after another in this LED Chaser circuit ✨💡 A simple and fun electronics project to understand sequential lighting and timing
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@sm_trainingacademy
Watch the LEDs run one after another in this LED Chaser circuit ✨💡 A simple and fun electronics project to understand sequential lighting and timing control. Great for beginners exploring basic electronics and microcontroller projects!#embeddedsystems #techreels #electronicengineering #led #arduino
#Getnlab Reel by @premiumputrinoeducation - Your circuit works perfectly until your hand gets near it, then it glitches, resets, or reads wrong values. Every connection is solid. The wiring is f
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@premiumputrinoeducation
Your circuit works perfectly until your hand gets near it, then it glitches, resets, or reads wrong values. Every connection is solid. The wiring is fine. Your body is acting as a capacitor. You carry 100–300pF of capacitance just from existing. When you bring your hand near a high impedance node, an unloaded ADC input, a high value resistor junction that capacitance couples directly onto the node through the electric field. No contact needed. Low impedance nodes absorb it without the voltage moving. High impedance nodes have nothing to absorb it, so the voltage swings with even the smallest injected current. This is why: Floating pins trigger randomly near your hand ADC readings jump around when you’re nearby Buttons trigger without being pressed when you approach The fix: Add a 10kΩ resistor to ground on sensitive nodes to bleed the charge away before it shifts the voltage. Add a 10nF–100nF cap on ADC inputs. This low pass filters the interference out. Pull up or pull down all unused pins, because a floating pin picks up everything. Keep signal wires short, the longer the wire, the bigger the antenna. Save this before your next build.
#Getnlab Reel by @qingfengpcb - My factory has a variety of engineers of different types who can design excellent products for you! If you have good ideas, a sufficient budget, and n
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@qingfengpcb
My factory has a variety of engineers of different types who can design excellent products for you! If you have good ideas, a sufficient budget, and need mass production, please contact me, and I will recommend a good engineer for you. #droneracing#electricianslibrary#programming#wmdevices#arduinoprojectvescarduinomegaToolChaini2coledscreengeartopiadevelopmentboardmultigpatmega8amplificadorengineerlifeelektrikelektronikmühendisliğibasspl
#Getnlab Reel by @hyperduino_ - Learn how this 16 LED Arduino project is put together using two 74HC595 shift registers. In this short, I assemble the circuit that lets an Arduino co
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@hyperduino_
Learn how this 16 LED Arduino project is put together using two 74HC595 shift registers. In this short, I assemble the circuit that lets an Arduino control 16 LEDs using only three pins. 🎥 Watch the full video on YouTube 👉 Link to my YouTube in bio 👉 Link to the video -https://youtu.be/_qjnfirpE7k #arduino #arduinouno #arduinoproject #electronics #embedded #stem #engineering #makers #diytech #iot #temperature #sensor #thermistor #ntcthermistor #learnarduino #coding #programming #techreels #reelsinstagram
#Getnlab Reel by @getnlab - After spotting the problems in Part 1, it's time to debug. First check: wiring. The power connections to 5V and ground weren't color coded, which mad
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@getnlab
After spotting the problems in Part 1, it’s time to debug. First check: wiring. The power connections to 5V and ground weren’t color coded, which made it harder to see that the op amp wasn’t powered at all. Next problem: the gain resistors were in the wrong order. Then a design issue appeared — the resistor in series with the LED was 100k instead of 100Ω, so almost no current could flow. And finally… the LED itself was backwards. Debugging circuits isn’t magic. It’s just checking things step by step. Want to learn to troubleshoot circuits like this? Reserve your nLab kit for $1 at getnlab.com. #ElectronicsDebugging #CircuitDesign #STEMlearning #EngineeringSkills #nLab
#Getnlab Reel by @maya_crazy_abc - Fun with Electronics 😎 NAND, NOR & AND Gates Semiconductor Ic Project #semiconductor #experiment #electronics #techprojects #logicgates
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@maya_crazy_abc
Fun with Electronics 😎 NAND, NOR & AND Gates Semiconductor Ic Project #semiconductor #experiment #electronics #techprojects #logicgates
#Getnlab Reel by @sm_trainingacademy - Watch the LEDs spin like a roulette wheel! 🎡✨ This project creates a circular LED chasing effect that randomly stops on one LED, just like a casino r
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@sm_trainingacademy
Watch the LEDs spin like a roulette wheel! 🎡✨ This project creates a circular LED chasing effect that randomly stops on one LED, just like a casino roulette. A fun embedded project to learn LED sequencing, timing control, and randomization using a microcontroller. Perfect for beginners exploring basic electronics and embedded programming.#embeddedsystems #electronics #arduinoprojects #led #techreels
#Getnlab Reel by @throughline.engineering - Whether you're just dipping your toes in the water of electronics engineering or an season electrical engineer, an Arduino is a great option for proje
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@throughline.engineering
Whether you’re just dipping your toes in the water of electronics engineering or an season electrical engineer, an Arduino is a great option for projects. Beginner options focus on basic circuits, analog vs digital, and simple sensors. Intermediate projects are like the ones done for the final project in my Intro to EE class with more complex elements, timing, and programming. The advanced projects are perfect for someone looking for a challenge with more control systems, communication protocols, and signal processing. #ardunio #engineeringinspiration #electricalengineering

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