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Wireless voltmeter using arduino

Track :

Engineering

Lessons no : 30

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What will you learn in this course?
  • Design and assemble wireless voltmeter circuits using Arduino, Bluetooth, and WiFi modules for remote voltage measurement
  • Implement analog-to-digital conversion techniques to accurately read voltage levels with Arduino microcontrollers
  • Configure voltage dividers to safely measure high voltages within Arduino input voltage limits
  • Develop wireless data transmission protocols using HC-05 Bluetooth and ESP8266 WiFi modules for real-time voltage monitoring
  • Create user-friendly interfaces on mobile apps or computers to display live voltage readings from wireless voltmeters
  • Calibrate and test wireless voltmeter systems to ensure precise and reliable voltage measurements in various environments
  • Apply data visualization techniques to interpret and analyze remote voltage data effectively
  • Troubleshoot common issues in wireless communication and analog sensing circuits for robust voltmeter performance
  • Integrate wireless voltmeter projects into broader remote monitoring and IoT applications for practical use cases
  • Enhance Arduino programming skills by writing efficient code for analog sensing, wireless data transmission, and user interface control

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Lessons | 30
Wireless voltmeter using Arduino and RF 433MHz receiver and transmitter with code
00:02:52

Wireless voltmeter using Arduino and RF 433MHz receiver and transmitter with code
Power Factor measurement using Arduino with code
00:01:36

Power Factor measurement using Arduino with code
Arduino 220V AC dimmer with IR remote control with code
00:01:59

Arduino 220V AC dimmer with IR remote control with code
220V Auto room light switch using Arduino and Laser Visitor counter with code
00:01:22

220V Auto room light switch using Arduino and Laser Visitor counter with code
AC 220v frequency meter counter using arduino with code
00:01:09

AC 220v frequency meter counter using arduino with code
Arduino Gas leakage sensor with LCD display with code
00:01:42

Arduino Gas leakage sensor with LCD display with code
Turn ON OFF electric appliances using any IR remote control with code
00:01:17

Turn ON OFF electric appliances using any IR remote control with code
Password lock with only one button switch using Arduino with code
00:01:20

Password lock with only one button switch using Arduino with code
Wireless power transmission using Arduino UNO with code
00:01:56

Wireless power transmission using Arduino UNO with code
LED chaser using Arduino Nano and 132 LEDs with code
00:09:37

LED chaser using Arduino Nano and 132 LEDs with code
Color sensor using Arduino and TCS230 with code
00:01:07

Color sensor using Arduino and TCS230 with code
Turn ON OFF electric appliance using Arduino bluetooth HC 06 with code
00:05:01

Turn ON OFF electric appliance using Arduino bluetooth HC 06 with code
LED chaser using arduino and 12 LEDs with code
00:01:32

LED chaser using arduino and 12 LEDs with code
Knock Sensor using arduino and piezo element with code
00:01:00

Knock Sensor using arduino and piezo element with code
Light level meter using arduino and LDR with code
00:00:52

Light level meter using arduino and LDR with code
Super Mario music using arduino and piezo buzzer with code
00:01:12

Super Mario music using arduino and piezo buzzer with code
Sound level detector using arduino and microphone with code
00:01:57

Sound level detector using arduino and microphone with code
Sequential flasher using arduino and 14 LEDs with code
00:00:55

Sequential flasher using arduino and 14 LEDs with code
Distance meter with 6 LEDs using arduino and ultrasonic sensor with code
00:02:13

Distance meter with 6 LEDs using arduino and ultrasonic sensor with code
Arduino frequency meter with code
00:02:52

Arduino frequency meter with code
220V Switch with Fingerprint Scanner Using Arduino with code
00:01:04

220V Switch with Fingerprint Scanner Using Arduino with code
Arduino 220V AC Power meter using PZEM 004T with code
00:01:41

Arduino 220V AC Power meter using PZEM 004T with code
Using WiFi NodeMCU and Blynk App to turn ON OFF LEDs with code
00:06:06

Using WiFi NodeMCU and Blynk App to turn ON OFF LEDs with code
Arduino Spirit Level With LCD with code
00:01:22

Arduino Spirit Level With LCD with code
Arduino Capacitor Tester With LCD with code
00:03:22

Arduino Capacitor Tester With LCD with code
220v avoidance switch using FC 51 without arduino
00:02:06

220v avoidance switch using FC 51 without arduino
Arduino 220V AC dimmer PCB made with JLCPCB COM with code
00:04:17

Arduino 220V AC dimmer PCB made with JLCPCB COM with code
Spirit Level With LEDs Using Arduino Nano and gyroscope with code
00:01:06

Spirit Level With LEDs Using Arduino Nano and gyroscope with code
Arduino calculate the PFC Capacitor value with code
00:03:04

Arduino calculate the PFC Capacitor value with code
Power Factor and Power Factor Correction With Practical Example
00:10:44

Power Factor and Power Factor Correction With Practical Example


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Wireless voltmeter using arduino course, in this course guides you through designing and building a wireless voltmeter that can measure and transmit voltage readings remotely using Arduino. Perfect for electronics enthusiasts, makers, and students, this course covers the essential steps to create a functional and practical wireless measurement tool. You’ll learn how to use an Arduino board to read voltage levels through an analog input, configure voltage dividers to safely measure a range of voltages, and transmit data wirelessly via modules like Bluetooth or WiFi (e.g., HC-05 or ESP8266). The course also explains how to set up a receiver, such as a mobile app or computer, to display voltage readings in real time. Step-by-step instructions guide you through wiring, coding, calibrating, and testing your voltmeter. Alongside practical skills, you'll gain insights into key concepts like analog-to-digital conversion, wireless communication, and data visualization. By the end of this course, you’ll have a fully operational wireless voltmeter and the knowledge to apply these techniques in other remote monitoring projects, enhancing your Arduino and electronics skill set.