logologo
Contact

HOMEABOUTSERVICESBLOGSBOOKSSHOPCONTACT

+977 9803661701support@nepatronix.orgLokanthali, Bhaktapur

© 2025 NepaTronix all rigths reserved

LED with Touch(STEAM Education)

  Back To Blogs

To understand the fundamental concept of sensors and their application in converting physical inputs into electrical signals.

Project : 24


LED with Touch

If you want to post your project ,research or any document related to Ai,Ml,IoT,Robotics then please email us with your image ,details and your project at blog@nepatronix.org

Project Aim:

To understand the fundamental concept of sensors and their application in converting physical inputs into electrical signals.

Components Used:

1.     Power Supply

2.     Touch Sensor

3.     Resistor 220Ω

4.     LED

5.     Connecting Wires

 

Circuit Diagram:

 


Connection Procedure:

Step 1: Connect the Positive terminal of the Power Supply (Pin 62) to the Touch Sensor (Pin 77).

Step 2: Connect the Output pin of the Touch Sensor (Pin 78) to one end of the Resistor 220Ω (R2, Pin 3).

Step 3: Connect the other end of the Resistor 220Ω (R2, Pin 4) to the Anode of LED (Pin 47).

Step 4: Connect the Canode of LED (Pin 48) to the Negative terminal of the Power Supply (Pin 59).
Step 5:  Whenever we put finger on Touch Sensor, the LED will glow.

 

Explanation:

This project introduces the concept of sensors, which are devices that can detect various inputs like light, heat, motion, and convert them into electrical signals. In our circuit, we utilize a touch sensor that detects the touch of a hand, converting it into electrical pulses. When a touch is detected, the circuit completes, allowing current flow and triggering the output, which will glow the LED. Through this project, we gain hands-on experience in understanding sensor functionality and circuit completion for practical applications.


If you want to post your project ,research or any document related to Ai,Ml,IoT,Robotics then please email us with your image ,details and your project at blog@nepatronix.org




Total likes : 5

Comments







Read More Blogs!

Bluetooth Control Car( Robotic Project)

This proposal outlines the development of a Bluetooth-controlled car using an Arduino microcontroller. This car will be controllable remotely using a smartphone or tablet, offering a fun and educational introduction to robotics and electronics.


1.7k04

Electromagnet with Compass(STEAM Education)

To understand the concept of electromagnetism and explore the direction of magnetic fields and poles.


1.8k05

WiFi Based Remote Control Car(Robotics Project)

The Bluetooth-controlled robot project focuses on developing a robot that can be controlled through a mobile application using the Blynk platform. This integration allows for remote control via a WiFi connection, enabling users to send commands to the robot and monitor its status in real-time. The project leverages components like the ESP32, motor drivers, DC motors, and an LCD for status display. This project aims to enhance understanding of WiFi-based communication, motor control, and mobile app interfacing with microcontrollers.


1.7k04

Carbon Monoxide Reader On Mobile App(IoT project)

The Carbon Monoxide Reader project aims to develop a robot that monitors carbon monoxide (CO) levels and reports the data to a mobile application using the Blynk platform. This integration allows for real-time data visualization and alerts through a WiFi connection, enhancing safety by providing timely notifications of dangerous CO levels. The project leverages components such as the ESP32, a CO sensor, and an LCD for local display, combined with the Blynk app for remote monitoring. This project highlights the practical applications of IoT in environmental monitoring and mobile app interfacing with microcontrollers.


1.6k03