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RVCE IN ASSOCIATION WITH SST TECHNOLOGIES

RV COLLEGE OF ENGINEERING

(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.

IDEA LAB MANUAL

List of Experiments

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.

SST IoT Board Pin Description

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

In Case of PORT Error Download and Install the following Drivers.

External Drivers Links
CP210x Driver Click Here
CH340 Driver (Windows) Click Here
CH340 Driver (Mac) Click Here

You can Download the Manual here

Don't forget to ⭐ this repo