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#Clcd Reel by @emertxeit - Series 26/34 - Microcontroller Assignment PIC Microcontroller | Self Counter using SSD with EEPROM Storage Problem Statement Design a self-increment
7.0K
EM
@emertxeit
Series 26/34 - Microcontroller Assignment PIC Microcontroller | Self Counter using SSD with EEPROM Storage Problem Statement Design a self-incrementing counter (0000–9999) using SSDs. On key press, the count is stored in EEPROM so the system resumes from the same value after reset What You Will Learn -Configuring I/O ports (Input/Output) -Interfacing SSD with a microcontroller -Tactile switch handling & debouncing -Current sourcing & sinking concepts -EEPROM read/write for non-volatile storage Real-World Applications -Production counters in manufacturing -Visitor/event counting systems -Industrial monitoring with power-loss recovery -Embedded devices requiring persistent data At @emertxeit, we help you master real-world embedded projects from the ground up 🚀 🎥 Check out our Microcontroller Playlist on YouTube for more hands-on assignments 👉 Link in Story 🔗 Every Embedded Engineer should know this! 👨‍💻 #embeddedsystems #picmicrocontroller #microcontrollerprojects #emertxe #assigments
#Clcd Reel by @emertxeit - Series 23/34 - Microcontroller Assignment Build a dynamic scrolling number marquee on CLCD using PIC with keypad control. Problem Statement Implemen
7.3K
EM
@emertxeit
Series 23/34 - Microcontroller Assignment Build a dynamic scrolling number marquee on CLCD using PIC with keypad control. Problem Statement Implement a CLCD scrolling number marquee with preset input and key-based direction control. What You Will Learn -PORT configuration for digital input/output -CLCD interfacing (4-bit/8-bit, command and data modes) -Matrix keypad and tactile switch interfacing -Debouncing and edge-triggered key handling -Cursor control, dynamic message editing, and scrolling logic -Implementing scroll timing using program cycles Real-World Applications -Editable scrolling displays for notices, alerts, and information boards -User-configurable display interfaces in Embedded Systems -Industrial HMI/control panel displays for status and messages At @emertxeit, we help you master real-world embedded projects from the ground up 🚀 🎥 Check out our Microcontroller Playlist on YouTube for more hands-on assignments 👉 Link in Story 🔗 Every Embedded Engineer should know this! 👨‍💻 #embeddedsystems #picmicrocontroller #microcontrollerprojects #emertxe
#Clcd Reel by @emertxeit - Series 22/34 - Microcontroller Assignment Build a stopwatch using a PIC microcontroller and CLCD with the ability to record up to 5 lap times Proble
7.8K
EM
@emertxeit
Series 22/34 - Microcontroller Assignment Build a stopwatch using a PIC microcontroller and CLCD with the ability to record up to 5 lap times Problem Statement : Implement a stopwatch that displays time in HH:MM:SS:ss format, allows recording up to 5 laps, and supports start/stop, lap/reset, and scroll functionality on key presses What You Will Learn -PORT configuration for digital I/O -CLCD interfacing (4/8-bit, command/data modes) -Keypad & tactile switch handling with debouncing -Timer setup, resolution, and time calculations -Using interrupts for accurate timing Real-World Applications -Sports stopwatches and lap timers -Industrial process timing and event monitoring -Time tracking and logging systems in automation -Embedded timer applications in appliances and IoT devices At @emertxeit, we help you master real-world embedded projects from the ground up 🚀 🎥 Check out our Microcontroller Playlist on YouTube for more hands-on assignments 👉 Link in Story 🔗 Every Embedded Engineer should know this! 👨‍💻 #embeddedsystems #picmicrocontroller #microcontrollerprojects #emertxe
#Clcd Reel by @emertxeit - Series 24/34 - Microcontroller Assignment Design a PIC-based temperature sensor node using LM35 Problem Statement Design a PIC-based temperature se
9.3K
EM
@emertxeit
Series 24/34 - Microcontroller Assignment Design a PIC-based temperature sensor node using LM35 Problem Statement Design a PIC-based temperature sensing node that reads analog data from an LM35 sensor and displays real-time temperature on a CLCD. The system must initialize on power-up and continuously update the room temperature with unit indication. What You Will Learn - Configuring PORT pins as digital input/output - Interfacing CLCD in 4-bit / 8-bit mode - Understanding ADC concepts: resolution, step size, channel selection - Converting analog sensor data to temperature values - Real-time embedded display control Real-World Applications -Industrial temperature monitoring systems -HVAC and environmental sensing units -Embedded control panels with live parameter display -IoT-based sensor nodes At @emertxeit, we help you master real-world embedded projects from the ground up 🚀 🎥 Check out our Microcontroller Playlist on YouTube for more hands-on assignments 👉 Link in Story 🔗 Every Embedded Engineer should know this! 👨‍💻 #embeddedsystems #picmicrocontroller #microcontrollerprojects #emertxe #assigments
#Clcd Reel by @emertxeit - Series 25/34 - Microcontroller Assignment Develop an 8-field password authentication system using a PIC microcontroller with CLCD interface and keypa
8.0K
EM
@emertxeit
Series 25/34 - Microcontroller Assignment Develop an 8-field password authentication system using a PIC microcontroller with CLCD interface and keypad input. Problem Statement - 8-field password authentication system using PIC and CLCD with Key1/Key2 input pattern matching. Provide maximum 5 attempts with progressive LED blink rate and lockout on failure. What You Will Learn -Interface matrix keypad and tactile switches -Implement debouncing and edge-triggered key detection -Use program-cycle timing for input handling -Control CLCD display operations -Manage LED status indication Real-World Applications -Used in digital lock systems -Used in secure control panels -Used in basic microcontroller security systems At @emertxeit, we help you master real-world embedded projects from the ground up 🚀 🎥 Check out our Microcontroller Playlist on YouTube for more hands-on assignments 👉 Link in Story 🔗 Every Embedded Engineer should know this! 👨‍💻 #embeddedsystems #picmicrocontroller #microcontrollerprojects #emertxe #assigments
#Clcd Reel by @embeddedsystemstutorials - SPI Transfer Methods Explained | Polling vs Interrupt vs DMA In this video, we compared polling, interrupt-based, and DMA-based SPI transfer methods,
1.1K
EM
@embeddedsystemstutorials
SPI Transfer Methods Explained | Polling vs Interrupt vs DMA In this video, we compared polling, interrupt-based, and DMA-based SPI transfer methods, explained their CPU usage, complexity, and performance trade-offs, and helped you understand when to use each approach in real embedded systems. #embedded #embeddedsystems #spi #microcontroller #firmware
#Clcd Reel by @embeddedbyrajat - update on this project is that it is insanely difficult but someday it will be complete… its difficult because understanding motor dynamics in theory
3.4K
EM
@embeddedbyrajat
update on this project is that it is insanely difficult but someday it will be complete… its difficult because understanding motor dynamics in theory seems easy but implementations of the same is very difficult.. but someday….. #embedded #electronics #firmware #systemengineering
#Clcd Reel by @embeddedsystemstutorials - DMA-Based SPI Transfer Explained ⚙️ Learn how DMA handles SPI data transfer efficiently while freeing the CPU for other tasks, explained step by step
1.2K
EM
@embeddedsystemstutorials
DMA-Based SPI Transfer Explained ⚙️ Learn how DMA handles SPI data transfer efficiently while freeing the CPU for other tasks, explained step by step. #embeddedsystems #spi #dma #microcontroller #firmware
#Clcd Reel by @embeddedsystemstutorials - Interrupt-Based SPI Transfer Explained | Embedded Systems Tutorial Learn how interrupt-based SPI transfer works, why it is non-blocking, and how it i
960
EM
@embeddedsystemstutorials
Interrupt-Based SPI Transfer Explained | Embedded Systems Tutorial Learn how interrupt-based SPI transfer works, why it is non-blocking, and how it improves CPU efficiency compared to polling mode. Ideal for embedded beginners and interview preparation. You guys like this new video presentation style? #spi #interruptspi #embeddedsystems #embeddedengineering #microcontrollers
#Clcd Reel by @roboticsdebugger - Your STM32 isn't "dead". Your clock layout is. If your microcontroller: • Won't boot • Randomly resets • Fails intermittently • Shows unstable timing
8.8K
RO
@roboticsdebugger
Your STM32 isn’t “dead”. Your clock layout is. If your microcontroller: • Won’t boot • Randomly resets • Fails intermittently • Shows unstable timing Check the crystal traces. Long. Angled. Running near noisy lines. That 4MHz (or 8/16MHz) crystal is sensitive. Bad routing = distorted clock = unstable startup. Golden rules: • Keep traces short • Keep them symmetric • Place crystal close to MCU • Avoid running under noisy signals • Proper grounding around crystal Clock stability = system stability. Before rewriting firmware… check the PCB. Save this for your next board revision. Robotics Debugger Hardware mistakes look like software bugs. #embeddedengineering #stm32 #pcbdesign #electronicsengineering #hardwaredesign
#Clcd Reel by @ece_student__ - Follow this page how to become embedded engnier #embddedsystems #ece #microcontroller #viralexplore #content
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EC
@ece_student__
Follow this page how to become embedded engnier #embddedsystems #ece #microcontroller #viralexplore #content
#Clcd Reel by @baremetallife - Debugging embedded systems without a logic analyzer is like driving with closed eyes. ✔ Capture digital signals ✔ Decode UART, I2C, SPI ✔ Find timing
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BA
@baremetallife
Debugging embedded systems without a logic analyzer is like driving with closed eyes. ✔ Capture digital signals ✔ Decode UART, I2C, SPI ✔ Find timing issues instantly #EmbeddedSystems #STM32 #UART #I2C #SPI LogicAnalyzer BareMetalLife

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