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Using WiFi NodeMCU and Blynk App to turn ON OFF LEDs with code

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Lessons List | 30 Lesson

Wireless voltmeter using Arduino and RF 433MHz receiver and transmitter with code

Wireless voltmeter using Arduino and RF 433MHz receiver and transmitter with code

Power Factor measurement using Arduino with code

Power Factor measurement using Arduino with code

Arduino 220V AC dimmer with IR remote control with code

Arduino 220V AC dimmer with IR remote control with code

220V Auto room light switch using Arduino and Laser Visitor counter with code

220V Auto room light switch using Arduino and Laser Visitor counter with code

AC 220v frequency meter counter using arduino with code

AC 220v frequency meter counter using arduino with code

Arduino Gas leakage sensor with LCD display with code

Arduino Gas leakage sensor with LCD display with code

Turn ON OFF electric appliances using any IR remote control with code

Turn ON OFF electric appliances using any IR remote control with code

Password lock with only one button switch using Arduino with code

Password lock with only one button switch using Arduino with code

Wireless power transmission using Arduino UNO with code

Wireless power transmission using Arduino UNO with code

LED chaser using Arduino Nano and 132 LEDs with code

LED chaser using Arduino Nano and 132 LEDs with code

Color sensor using Arduino and TCS230 with code

Color sensor using Arduino and TCS230 with code

Turn ON OFF electric appliance using Arduino bluetooth HC 06 with code

Turn ON OFF electric appliance using Arduino bluetooth HC 06 with code

LED chaser using arduino and 12 LEDs with code

LED chaser using arduino and 12 LEDs with code

Knock Sensor using arduino and piezo element with code

Knock Sensor using arduino and piezo element with code

Light level meter using arduino and LDR with code

Light level meter using arduino and LDR with code

Super Mario music using arduino and piezo buzzer with code

Super Mario music using arduino and piezo buzzer with code

Sound level detector using arduino and microphone with code

Sound level detector using arduino and microphone with code

Sequential flasher using arduino and 14 LEDs with code

Sequential flasher using arduino and 14 LEDs with code

Distance meter with 6 LEDs using arduino and ultrasonic sensor with code

Distance meter with 6 LEDs using arduino and ultrasonic sensor with code

Arduino frequency meter with code

Arduino frequency meter with code

220V Switch with Fingerprint Scanner Using Arduino with code

220V Switch with Fingerprint Scanner Using Arduino with code

Arduino 220V AC Power meter using PZEM 004T with code

Arduino 220V AC Power meter using PZEM 004T with code

Using WiFi NodeMCU and Blynk App to turn ON OFF LEDs with code

Using WiFi NodeMCU and Blynk App to turn ON OFF LEDs with code

Arduino Spirit Level With LCD with code

Arduino Spirit Level With LCD with code

Arduino Capacitor Tester With LCD with code

Arduino Capacitor Tester With LCD with code

220v avoidance switch using FC 51 without arduino

220v avoidance switch using FC 51 without arduino

Arduino 220V AC dimmer PCB made with JLCPCB COM with code

Arduino 220V AC dimmer PCB made with JLCPCB COM with code

Spirit Level With LEDs Using Arduino Nano and gyroscope with code

Spirit Level With LEDs Using Arduino Nano and gyroscope with code

Arduino calculate the PFC Capacitor value with code

Arduino calculate the PFC Capacitor value with code

Power Factor and Power Factor Correction With Practical Example

Power Factor and Power Factor Correction With Practical Example

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Course Description

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.

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