13.2K
FOComment allumer TPM 2.0 sur votre pc. Le Trusted Plateforme Module.
#windows #pc #tpm
@follipoptech
#Tpm Module
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41.0K
TE🚀 Say hello to the Smart BMS Module for all your battery-powered IoT projects! 🔋✨
Unlike the regular TP4056 boards, this one comes packed with features:
⚡ Fast charging
⚡ Built-in 5V/2A boost output
⚡ Fuel gauge indicator
⚡ I2C communication with your ESP32/Arduino → so your project actually knows the battery % and charging status 👀
Perfect for powering ESP32, SIM800L, GPS modules, and more!
Comment “BMS” below ⬇️ and I’ll send you the full tutorial link straight to your DM 💌
⸻
#BMS #ESP32 #IoT #MakerCommunity #DIYElectronics #ArduinoProjects #BatteryPowered #IP5306
@techiesms
1.2M
ENInverted Pendulum Control with PD, LQR & MPC in MATLAB
How do engineers stabilize an unstable system?
This project demonstrates the classic inverted pendulum on a cart, controlled using multiple control strategies including PD, LQR, and Model Predictive Control (MPC).
The simulation shows how the pendulum can be swung up from the downward position using an energy-based swing-up controller, and then stabilized near the upright equilibrium using optimal control techniques.
Built entirely in MATLAB, the project combines nonlinear dynamics, state-space modeling, and advanced control algorithms to visualize how unstable systems can be stabilized in real time.
⚙️ Project Highlights:
✅ Nonlinear dynamic modeling of the cart–pole system
✅ Energy-based swing-up control for the LQR controller
✅ PD controller for basic stabilization
✅ LQR optimal control for precise balancing
✅ Model Predictive Control (MPC) implementation
✅ Realistic MATLAB animation of cart-pole motion
✅ Automatic simulation plots for system performance
From instability to balance, this simulation demonstrates how modern control algorithms stabilize systems used in robotics, aerospace, and autonomous technologies.
📊 Perfect for:
• Control Systems students
• Robotics & Automation engineers
• MATLAB learners
• Mechatronics researchers
• Engineering final year projects
💡 A system that becomes unstable in seconds… can be stabilized with the right control strategy.
🔥 Save this reel if you enjoy robotics and control system simulations!
👇 Comment “Inverted Pendulum” if you want the MATLAB project files and report.
#MATLAB #InvertedPendulum #ControlSystems #LQRControl #MPCControl #RoboticsEngineering #Automation #EngineeringSimulation #EngineeringStudent #Mechatronics #ControlEngineering #EngineeringReels #TechReels #STEM #MechanicalEngineering
@engrprogrammer2494
22.2K
CI📸 #REPOST - Credits: @officialrobonyx
How Does PWM Work?
°°° °°° °°°
Like ❤️, share 📨, save 🔖, follow 👥
DM me for permission to repost ✔️
#robonyx #PWM #electronics #robotics #DIYElectronics #arduino #raspberrypi #engineering #maker #circuit #technology #IoT #pulsewidthmodulation #electronicbasic #electronicsbasic #learnelectronics #ledlights #electronicsprojects #electronic #circuitry #electronicsdesigner #electronicslovers #electronicdiy #signalgenerator #stemeducation #stemlearning #stemeducationforkids #steamengineering #steameducation
@circuitry_passion
59.8K
WRjadi begini bro.
Thermocouple dan RTD
(Resistive Temperature Device) adalah dua jenis sensor suhu yang umum digunakan.
Perbedaan utama terletak pada cara kerjanya:
thermocouple menggunakan efek termoelektrik (dua logam berbeda yang menghasilkan tegangan saat terkena panas),
sementara RTD mengukur perubahan resistansi listrik dari suatu material (biasanya platinum) yang dipengaruhi oleh suhu.
Thermocouple:
Keunggulan:
Rentang suhu luas: Mampu mengukur suhu yang sangat tinggi, hingga 1700°C atau lebih, tergantung jenisnya.
Respon cepat: Lebih cepat merespons perubahan suhu, cocok untuk aplikasi yang memerlukan pengukuran cepat.
Ukuran kecil: Dapat dibuat dalam ukuran yang sangat kecil, sehingga cocok untuk aplikasi dengan ruang terbatas.
Biaya relatif rendah: Umumnya lebih murah daripada RTD.
Tahan lama: Lebih tahan terhadap getaran dan lingkungan yang keras.
Kekurangan:
Akurasi rendah: Kurang akurat dibandingkan
RTD.
Non-linearitas: Output tidak selalu linier terhadap perubahan suhu.
Drift: Outputnya bisa berubah seiring waktu (drift) karena perubahan pada logam.
Membutuhkan referensi: Membutuhkan referensi suhu (cold junction compensation) untuk pengukuran yang akurat.
RTD: Keunggulannya adalah:
Akurasi tinggi: Lebih akurat dan stabil dalam pengukuran suhu.
Linearitas: Outputnya linier terhadap perubahan suhu.
Stabilitas tinggi: Sangat stabil dan tidak mudah terpengaruh oleh perubahan lingkungan.
Repeatability: Memberikan hasil yang konsisten saat pengukuran dilakukan berulang kali.
Kekurangan:
Rentang suhu terbatas: Rentang suhunya lebih terbatas dibandingkan thermocouple,
umumnya hingga sekitar 650°C.
Respon lambat: Lebih lambat merespons perubahan suhu dibandingkan thermocouple.
Biaya lebih tinggi: Lebih mahal dibandingkan thermocouple.
Pemilihan:
Jika aplikasi Anda membutuhkan pengukuran suhu yang sangat tinggi, respons cepat, dan ukuran kecil, thermocouple mungkin menjadi pilihan terbaik.
Jika akurasi, stabilitas, dan linearitas adalah prioritas utama, dan rentang suhu tidak terlalu ekstrem, RTD adalah pilihan yang lebih baik.
#rells #tekniklistrik #fyp #listrik #teknik #tekniklistrikindustri #electricalwork
@wrraprtma
33.1K
RE📌PULSE AMPLITUDE MODULATION
Pulse amplitude modulation is the simplest form of modulation. It is an Analog to digital conversion method where the message information is encoded in the amplitude of the series of signal pulses.
Pulse amplitude modulation is a technique in which the amplitude of each pulse is controlled by the instantaneous amplitude of the modulation signal. It is a modulation system in which the signal is sampled at regular intervals and each sample is made proportional to the amplitude of the signal at the instant of sampling. This technique transmits the data by encoding in the amplitude of a series of signal pulses
🔶️The pulse amplitude modulation can be generated through 555IC by connecting one NPN transistor at the output. The connection of this IC can be done in the astable mode for producing a pulse train so that samples of the audio signal can be obtained.
@reddcomm
259
LEСпільнота для Проджект Менеджерів 👉 https://t.me/pmpwithme
@lena_stepura
179
AO(TESTIMONIO)
Formación de Facilitadores en Mantenimiento Productivo Total – TPM 2026 ✨
¿Por qué especializarte en TPM con nosotros? 🤔
Nuestro Ex alumno, José Francisco Calizaya de ALICORP, recomienda el curso de Facilitadores TPM por su enfoque práctico y la gran experiencia del docente: Ing. Nelson Contreras Ortiz, especialista certificado por el JIPM (Japan Institute of Plant Maintenance). 🇯🇵🏅
¡Inscríbete hoy y alcanza la meta de CERO averías! ⚙️💪
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#TPM #Ingenieria #Productividad #Testimonio
@aots.peru
9.3K
ES⚡¿Sabes cómo programar un PLC para controlar automáticamente la mezcla en un tanque?⚡
Automatizar la mezcla permite mantener la consistencia del producto, ahorrar tiempo y reducir errores humanos. El PLC recibe señales de sensores de nivel, temperatura, caudal o velocidad, y según la lógica programada, controla bombas, agitadores y válvulas para lograr la mezcla adecuada.
Además, se pueden definir secuencias de operación, tiempos de mezcla y condiciones de seguridad, como detener el agitador si el nivel del líquido es bajo o si la temperatura supera el rango permitido. Esto asegura que el proceso sea eficiente, seguro y confiable, incluso en sistemas que funcionan de manera continua.
👉 Cuéntame, ¿ya has trabajado en la automatización de mezclas con PLC en tus proyectos?
_______________
¿Quieres aprender sobre automatización industrial desde casa?
Comenta SEMANA y regístrate gratis a nuestras capacitaciones GRATUITAS.
@escuela.controlmas
1.3M
LLTp supreme
#edit #aftereffect #timline #effrcts #electricalengineer #mosfet #diod #capacitor #ohm #ohmwatt #volt #dc #ac
@ll_____exile_____ll
83.6K
TPA diploma in Mechatronics?... What's that?
Can't answer the above question?.... then watch this video!
#tpcreatingtomorrow #tpengine #temasekpoly
@tpengine
94.3K
FLEEPROM in Embedded Systems
#engineering #robotics #engineer #tech #college #arduino #iot #startup #business
@flywheelrobotics
✨ #Tpm Module Discovery Guide
Instagram hosts thousands of posts under #Tpm Module, creating one of the platform's most vibrant visual ecosystems. This massive collection represents trending moments, creative expressions, and global conversations happening right now.
#Tpm Module is one of the most engaging trends on Instagram right now. With over thousands of posts in this category, creators like @ll_____exile_____ll, @engrprogrammer2494 and @flywheelrobotics are leading the way with their viral content. Browse these popular videos anonymously on Pictame.
What's trending in #Tpm Module? 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.
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With Pictame, you can browse all #Tpm Module 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 658.8K views (2.8x above average). Moderate competition - consistent posting builds momentum.
Post consistently 3-5 times/week at times when your audience is most active
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