229.7K
SUSmart Trash Can with Arduino | Ultrasonic Sensor + LCD Counter#ArduinoProject #SmartTrashCan #UltrasonicSensor #DIYElectronics #STEMEducation
@sunfounder_official
High Volume
#Diyelectronics
Watch 1.2M Reels videos about Diyelectronics from people all over the world.
Watch anonymously without logging in.
1.2M posts
NewTrendingViral
Trending Reels
(12)
358.8K
MAI really can’t help myself… 🥸
#maker #aliexpress #arduino #diyelectronics #esp32
@madebydww_
166.1K
RO🔌💡 I turned a USB charger into a magnetic night light
I took a regular USB charger and turned it into a smart magnetic night light.
👉 A LED powered directly from the 5V USB output
👉 Magnetic connection: attach and remove it instantly
👉 The USB port stays free to charge your phone
👉 Very low power consumption, perfect soft light for night use
A simple, practical, and super useful DIY idea made with just a few components ⚡
Save the video if you love DIY electronics 🔥
#DIYElectronics
#NightLight
#USBHack
#Electronics
#SmartIdeas
@rodaolok
792.5K
PCdesktop crawler
#diyelectronics#diyelectronicguru#electronicsbuddy#electronicsengineering#electronicsprojects
@pcb_xiaojialeya
59.6K
SSSome say there is no such thing as a random number!
After learning about integrated circuits (also known as chips), students in our electronics and robotics class build a prototype circuit of their choice on a breadboard and then solder the circuit onto a protoboard for a more permanent solution. The Altoid tin is optional, but adds a nice touch. One is not allowed to use a microcontroller in this assignment.
The centerpiece of this circuit is the 4026 decade counter and decoder chip (the big one). When it receives a pulse, it increments from 0 to 1, and then upon receiving the next pulse it increments from 1 to 2, and so on. When it finally gets to 9, it increments back to zero and begins to repeat. Not only does it count internally, it sends the appropriate signals to make the seven-segment display light up. The pulses come from the smaller chip, which is a 555 timer. But here's the catch: they only reach the 4026 when the button is held down. And they come through hundreds of times a second! When you let go of the button, they stop. The numbers are changing so fast, you cannot predict what number, 0 through 9, the system will stop on. Instead, it lands on a random number. But is it really?
One can get these #altoid tin shaped protoboards from #adafruit
#diyelectronics #altoidscircuits #electronicsprojects #adafruit #555timer #stemeducation #makerspace
@sstxrobotics
157.6K
BAThis DIY device uses a Tesla-style coil and induction technology to transfer power wirelessly. The copper coils generate a magnetic field, allowing energy to move without direct contact—an exciting concept in modern electronics learning! ⚡#DIYElectronics #WirelessPower #TeslaCoil #TechLearning #Innovation
@bangla_electrical_project
1.4M
GEThe video is a step-by-step instructional demonstration of assembling a USB-powered LED light. It begins with a close-up of a white USB cable, which is cut to expose the internal metal contacts. A blue resistor is carefully bent using tweezers and soldered to one of the contacts. Next, a small LED is shaped into a zigzag configuration with pliers and soldered to the opposite contact. The assembled components are then enclosed within a small clear plastic cap, secured with hot glue. A white plastic light bulb is prepared by drilling a hole in its base, into which the USB-cap assembly is inserted and further secured with hot glue. Finally, the completed USB light is plugged into a white USB wall charger, which is inserted into a wall socket. The video concludes with a scene of a dimly lit bedroom, where the assembled light is now illuminated, casting a soft glow. Throughout the process, the voiceover narrates in German, emphasizing the sun as the brightest star and referencing the production by ZDF in 2020, though this appears to be a thematic or branding overlay rather than a literal narrative element. The visual and audio elements together present a clear, concise guide to building a simple, functional USB-powered night light.
#DIYElectronics #USBFlashlight #LEDCircuit #SolderingTechniques #UpcyclingTechnology
@gearheadgiggle
1.4M
ELLearn how to safely charge a 🔋 18650 battery using a simple circuit!
This animation shows diode protection, LED indicators, and current limiting using a resistor ⚡
💡 Red LED = Charging
💡 Green LED = Full / Ready
Perfect for beginners in electronics & DIY projects 🛠️
Follow for more simple electronics animations!
#Electronics
#DIYElectronics
#Engineering
#LearnOnInstagram
#TechEducation
@electronics.motion
16.5K
EX63% tin and 37% lead soldering wire performance check. #solderingwire #diyelectronics #solderinglead #solderingflux #satisfying
This clip captures a small moment that quietly powers almost every piece of modern technology. What you’re watching is the process of soldering an insulated copper wire onto a printed circuit board, and every movement here serves a purpose. The wire is first stripped to expose bare copper, which is essential because electricity can’t flow properly through insulation. Flux paste is then applied to the joint. Flux acts as a chemical cleaner, breaking down oxidation that naturally forms on copper when it’s exposed to air. Without this step, the solder would struggle to bond.
As the soldering iron heats the contact point, the temperature rises just enough for the solder to melt. At this stage, the solder doesn’t get forced into place — it flows on its own. Clean metal surfaces attract molten solder, allowing it to spread smoothly across the pad and into the tiny holes of the PCB. This behavior, known as wetting, is what creates a strong electrical and mechanical connection.
The balance here is critical. Too little heat results in a weak, unreliable joint. Too much heat can damage the board or compromise nearby components. When done correctly, the solder cools into a solid, shiny finish that locks the wire securely in place and ensures efficient current flow.
What makes this clip so satisfying is how it turns a highly technical process into something visually simple. This single joint represents the same principles used in factories producing phones, computers, and countless everyday devices. It’s a reminder that modern electronics are built not by magic, but by precise chemistry, controlled heat, and careful hands — one connection at a time.
soldering electronics pcb engineering manufacturing
@explain.brain.io
211.8K
VIElectrical Excellence: Mastering the Art of Wire Termination! ⚡️🛠️
Observe the meticulous skill and satisfying precision of manual Wire Crimping and insulation in action! This is where raw electrical components are joined to create a secure, high-conductivity connection, essential for everything from home appliances to complex industrial control panels.
The Art of Electrical Connectivity
This process is a fundamental example of reliable circuit building, where multiple strands of copper are unified into a single, durable terminal:
The Setup: A multi-strand copper cable is prepared to be joined with a heavy-duty copper terminal lug. A secure connection here is vital to prevent electrical resistance and potential overheating.
The Tool: The video showcases the use of specialized crimping pliers. Unlike standard pliers, these are designed to apply high, even pressure to deform the terminal's metal sleeve around the wire strands.
Precision Termination (0:00 - 0:17): The technician carefully threads the copper strands through the terminal, ensures proper alignment, and executes a firm crimp. The subsequent application of heat-shrink tubing is crucial for:
Insulation: Providing a tight, protective barrier that prevents short circuits and protects against environmental moisture.
Strain Relief: Adding mechanical strength to the joint, ensuring the connection remains intact even under vibration or tension.
The Final Connection: The result is a professional-grade termination that is both electrically efficient and physically robust, ready for integration into a high-performance electrical system.
This attention to detail in even the smallest connections is what ensures the safety and longevity of the power systems we depend on every day!
What’s the most satisfying electrical project you’ve ever completed? Tell us below! 👇
#ElectricalEngineering #Wiring #Crimping #DIYElectronics #ElectricianLife Engineering PowerSystems PrecisionWork HandTools
@viralvideoms
55.8K
FIHow to Solder 18650 Batteries Safely and Easily! #BatterySoldering #DIYElectronics #SolderingHacks #TechTips #LithiumIon
@fixlabhub
1.3M
UNInternals of this Cheating Calculator👀
https://github.com/Screen-sLaYeR/Cheating-Calculator.git
#electronics
#embedded
#iotprojects
#diyelectronics
#makersmovement
#hardwarehacks
#techreels
#engineeringreels
#geekreels
#indiantech
#makersofinstagram
#techinside
#hiddenhardware
#electronicslife
@un_knownengineer
✨ #Diyelectronics Discovery Guide
Instagram hosts 1.2 million posts under #Diyelectronics, creating one of the platform's most vibrant visual ecosystems. This massive collection represents trending moments, creative expressions, and global conversations happening right now.
#Diyelectronics is one of the most engaging trends on Instagram right now. With over 1.2 million posts in this category, creators like @electronics.motion, @gearheadgiggle and @un_knownengineer are leading the way with their viral content. Browse these popular videos anonymously on Pictame.
What's trending in #Diyelectronics? The most watched Reels videos and viral content are featured above. Explore the gallery to discover creative storytelling, popular moments, and content that's capturing millions of views worldwide.
Popular Categories
📹 Video Trends: Discover the latest Reels and viral videos
📈 Hashtag Strategy: Explore trending hashtag options for your content
🌟 Featured Creators: @electronics.motion, @gearheadgiggle, @un_knownengineer and others leading the community
FAQs About #Diyelectronics
With Pictame, you can browse all #Diyelectronics reels and videos without logging into Instagram. No account required and your activity remains private.
Content Performance Insights
Analysis of 12 reels
💡 Top performing posts average 1.2M views (2.4x above average). High competition - quality and timing are critical.
Focus on peak engagement hours (typically 11 AM-1 PM, 7-9 PM) and trending formats
Content Creation Tips & Strategy
🔥 #Diyelectronics shows high engagement potential - post strategically at peak times
✍️ Detailed captions with story work well - average caption length is 713 characters
📹 High-quality vertical videos (9:16) perform best for #Diyelectronics - use good lighting and clear audio
Popular Searches Related to #Diyelectronics
🎬For Video Lovers
Diyelectronics ReelsWatch Diyelectronics Videos
📈For Strategy Seekers
Diyelectronics Trending HashtagsBest Diyelectronics Hashtags
🌟Explore More
Explore Diyelectronics