(An Autonomous Institution Affiliated to VTU Belagavi )
Approved by AICTE, New Delhi, Accridiated By NBA, New Delhi,
RV Vidyaniketan Post, 8th Mile, Mysore Road, Bengaluru-560059.
| No | Experiment Name |
|---|---|
| 1 | Design an interface circuit to control LED light by push button switch using ESP8266. |
| 2 | Design an Interface circuit for LDR (Light Dependent Resistor) with ESP8266 to measure the intensity of light and display it on a Serial monitor. |
| 3 | Design an Interface circuit with 16X2 LCD AND ESP8266 to display “Hello World!” On LCD. |
| 4 | Design an Interface circuit for OLED with ESP8266 and Write a Program to display “RVCE” on OLED. |
| 5 | Design an interface circuit to rotate DC Motor in Clockwise and Anticlockwise direction using ESP8266 and demonstrate the same. |
| 6 | Design an Interface circuit for Ultrasonic Sensor (HC-SR04) with ESP8266. Write a program to measure the distance and display it on LCD. |
| 7 | Interface Bluetooth (HC-05) and LED with ESP8266. Write interfacing to Control LED (On/Off) using Bluetooth Serial Controller App. |
| 8 | Design an Interface circuit for DHT11 (Temperature and Humidity) Sensor with ESP8266. Write a Program to display Temperature and Humidity on Serial Monitor. |
| 9 | Design an Interface for DHT11 (Temperature and Humidity) Sensor with ESP8266. Write Program to display temperature and humidity on Blynk App. (Using Blynk Server). |
| 10 | Design and Implement Smart Street light. |
| Components | GPIO PIN DESCRIPTION FOR EXPERIMENTS |
|---|---|
| ON Board LED | 2, 16 |
| LDR | A0 |
| LCD | SCL - 5, SDA - 4 |
| OLED | 4, 5 |
| DC Motor | Motor 1- 16, 5 Motor 2- 4,2 |
| Ultra Sonic Sensor | Trigger-12, Echo-14 |
| Bluetooth | RX-14, TX-12 |
| DHT 11 | 2 |
| RELAY | 13 |
| Arduino IDE Installation Guide |
|---|
| Click Here |
| Experiment-1 |
|---|
| Design an interface circuit to control LED light by push button switch using ESP8266. |
| Source Code |
| Procedure |
| Experiment-2 |
|---|
| Design an Interface circuit for LDR (Light Dependent Resistor) with ESP8266 to measure the intensity of light and display it on a Serial monitor. |
| Source Code |
| Procedure |
| Experiment-3 |
|---|
| Design an Interface circuit with 16X2 LCD AND ESP8266 to display “Hello World!” On LCD. |
| Source Code |
| Libraries Required : LiquidCrystal I2C |
| Procedure |
| Experiment-4 |
|---|
| Design an Interface circuit for OLED with ESP8266 and Write a Program to display “RVCE” on OLED. |
| Source Code |
| Libraries Required : U8g2 |
| Procedure |
| Experiment-5 |
|---|
| Design an interface circuit to rotate DC Motor in Clockwise and Anticlockwise direction using ESP8266 and demonstrate the same. |
| Source Code |
| Procedure |
| Experiment-6 |
|---|
| Design an Interface circuit for Ultrasonic Sensor (HC-SR04) with ESP8266. Write a program to measure the distance and display it on LCD. |
| Source Code |
| Libraries Required : New Ping |
| Procedure |
| Experiment-7 |
|---|
| Interface Bluetooth (HC-05) and LED with ESP8266. Write interfacing to Control LED (On/Off) using Bluetooth Serial Controller App. |
| Setup Guide |
| Source Code |
| Procedure |
| Experiment-8 |
|---|
| Design an Interface circuit for DHT11 (Temperature and Humidity) Sensor with ESP8266. Write a Program to display Temperature and Humidity on Serial Monitor. |
| Source Code |
| Libraries Required: DHT Sensor Library, Adafruit Sensor |
| Procedure |
| Experiment-9 |
|---|
| Design an Interface for DHT11 (Temperature and Humidity) Sensor with ESP8266. Write Program to display temperature and humidity on Blynk App. (Using Blynk Server). |
| Setup Guide |
| Source Code |
| Libraries Required : DHT Sensor Library, Adafruit Sensor, Blynk |
| Procedure |
| Experiment-10 |
|---|
| Design and Implement Smart Street light. |
| Source Code |
| Procedure |
| External Drivers | Links |
|---|---|
| CP210x Driver | Click Here |
| CH340 Driver (Windows) | Click Here |
| CH340 Driver (Mac) | Click Here |