No products in the cart.
Projects
Showing 25–48 of 191 resultsSorted by popularity
- School Projects for Class 12th
AND Gate
Click Here to Download the Circuit Diagram of “AND Gate”
Explore our AND Gate project, a crucial element in digital electronics. Learn how to build and use this logic gate in various digital circuits, essential for creating conditional operations. Ideal for students and enthusiasts looking to understand the basics of logic gates and digital circuit design.
SKU: and-gate-project - B.Tech Diploma Mini Projects
Car Turning Indicator
Click Here to Download the Circuit Diagram of “Car Turning Indicator”
The Car Turning Indicator project provides visual signals to indicate a vehicle’s turning or lane change. Using a set of LEDs or bulbs and a control circuit, such as a relay or electronic flasher, the system activates the appropriate lights on the car. This project enhances road safety by making the vehicle’s intentions clear to other drivers.
SKU: car-turning-indicator-project - B.Tech Diploma Mini Projects
DC Motor Speed Control
Click Here to Download the Circuit Diagram of “DC Motor Speed Control”
The DC Motor Speed Control project adjusts the speed of a DC motor using a variable resistor or Pulse Width Modulation (PWM) signal. By varying the voltage or duty cycle applied to the motor, you can control its rotational speed. This project demonstrates motor control techniques, providing practical experience in adjusting motor performance for various applications.
SKU: dc-motor-speed-control-project - School Projects for Class 12th
NOT Gate
Click Here to Download the Circuit Diagram of “NOT Gate”
Learn about our NOT Gate project, a fundamental logic gate in digital electronics. Discover how to build and apply this inverter gate, which flips input signals from high to low or vice versa. Perfect for students and enthusiasts exploring the basics of logic circuits and digital design.
SKU: not-gate-project - ATmega328 Board Projects
Blind Stick using Arduino Nano
A blind stick using Arduino Nano is a smart device designed to assist visually impaired individuals. It uses an ultrasonic sensor to detect obstacles, powered by an Arduino Nano and a rechargeable battery with a TP4056 charging module. A switch activates the system, and a PVC foldable stick provides portability and ease of use.
SKU: Blind Stick using Arduino Nano - STM32 Projects
Heart rate and SP02 Detection using STM32 and MAX30100
Heart rate and SP02 Detection using STM32 and MAX30100
Heart rate and SpO2 detection using STM32 and MAX30100 involves integrating the MAX30100 sensor with the STM32 microcontroller. The sensor measures oxygen saturation (SpO2) and heart rate through photoplethysmography. The STM32 processes the data, providing real-time monitoring for health applications. This setup is ideal for wearable devices and medical monitoring systems.
SKU: Heart rate and SP02 Detection using STM32 and MAX30100 - STM32 Projects
Bidirectional Visitor Counter Using IR Sensor and STM32
The Bidirectional Visitor Counter using IR Sensor and STM32 efficiently tracks the flow of people in and out of a specified area. The STM32 microcontroller processes signals from the IR sensor to accurately count visitors in both directions, providing real-time data for traffic analysis and management.
SKU: bidirectional-visitor-counter-using-ir-sensor-and-stm32 - STM32 Projects
Third Eye for Blind project using STM32 and an Ultrasonic Sensor
The Third Eye for Blind project using STM32 and an ultrasonic sensor detects obstacles in the path of visually impaired individuals. The STM32 processes data from the sensor to provide real-time feedback through vibrations or audio cues, helping users navigate safely and independently. It’s an effective assistive technology for enhanced mobility.
SKU: third-eye-for-blind-using-stm32 - STM32 Projects
Smoke Detector System using MQ135 and STM32
The smoke detector system integrates an MQ135 gas sensor with an STM32 microcontroller. The MQ135 detects smoke and gases, sending analog signals to the STM32. The microcontroller converts these signals using its ADC, compares them to calibrated thresholds, and activates alarms if smoke levels are exceeded.
SKU: smoke-detector-system-using-mq135-and-stm32 - B.Tech Diploma Mini Projects
Clap Switch LED On/Off Using IC 555
Click Here to Download the Circuit Diagram of “Clap Switch Led On Off”
The Clap Switch LED On/Off project controls an LED based on sound detection. Using a sound sensor or microphone and a relay or transistor, the circuit toggles the LED’s state with each clap. This project demonstrates basic sound-to-action control, providing a hands-free method to operate an LED.
SKU: clap-switch-led-on-off - ATmega328 Board Projects
Smoke Detector System using MQ135 and ATmega328
Click Here to Download the Circuit Diagram of “Smoke Detector System using ATmega328”
Click Here to Download the Synopsis of “Smoke Detector System using ATmega328”
The Smoke Detector System using MQ135 and ATmega328 accurately detects smoke and harmful gases. The MQ135 sensor senses air quality and smoke levels, while the ATmega328 microcontroller processes the data to trigger alarms or notifications. This system provides reliable and responsive smoke detection for enhanced safety.
SKU: smoke-detector-system-using-mq135-and-atmega328-project. - B.Tech Diploma Mini Projects
Dark Sensor Using LDR
Click Here to Download the Circuit Diagram of “Dark Sensor Using LDR”
The Dark Sensor using an LDR (Light Dependent Resistor) detects low light conditions to trigger an output action, such as turning on an LED or activating a relay. The LDR changes resistance based on ambient light levels, which is used to control the circuit, making it ideal for automatic lighting systems and light-sensitive applications.
SKU: dark-sensor-project - School Projects for Class 12th
NOR Gate
Click Here to Download the Circuit Diagram of “NOR Gate”
Discover our NOR Gate project, a crucial element in digital electronics. Learn how to build and apply this logic gate, which outputs true only when all its inputs are false. Ideal for students and enthusiasts interested in mastering logic circuits and understanding the fundamentals of digital design.
SKU: nor-gate-project - Robot Projects
Line Follower Robot using IR Sensor
This simple line-following robot uses IR sensors to detect and follow a path. It is powered by a 3.7V 2200mAh 18650 lithium-ion battery with a TP4056 charging module for safe recharging. The L293D motor driver controls the DC motors, ensuring smooth movement. A switch is included for easy power control. Ideal for robotics enthusiasts and beginners!
SKU: Line Follower Robot using IR Sensor - B.Tech Diploma Mini Projects
Simple Mini Inverter using IC 4047
This project demonstrates how to build a simple mini inverter using the IC 4047, which functions as a multivibrator to generate stable square wave pulses. The circuit converts 12V DC from a battery into 230V AC using a step-up transformer and power transistors or MOSFETs.
Working Principle:
- The IC 4047 operates in astable mode, generating 50Hz or 60Hz signals.
- These pulses drive transistors or MOSFETs, switching the transformer’s input.
- The transformer steps up the voltage to 230V AC, making it suitable for powering small AC loads.
Applications & Benefits:
- Ideal for emergency power backup for LED bulbs, mobile chargers, and small fans.
- Simple, low-cost, and efficient design, perfect for beginners in electronics.
- Can be modified for higher power output using stronger transistors and transformers.
SKU: Simple Mini Inverter using IC 4047 - B.Tech Diploma Mini Projects
IR Proximity Sensor
The IR Proximity Sensor Circuit uses an IR LED, photodiode, and LM358 operational amplifier to detect nearby objects. The IR LED emits light, which reflects off objects and is detected by the photodiode. The LM358 amplifies the signal, triggering an LED indicator, powered by a battery with a current-limiting resistor.
SKU: IR Proximity Sensor - Robot Projects
Obstacle Avoidance Robot Car using Arduino UNO – Red
An Obstacle Avoidance Robot Car using Arduino UNO is an autonomous vehicle that detects and avoids obstacles using an ultrasonic sensor. Controlled by an Arduino UNO and driven by an L293D motor driver, the robot changes direction upon sensing an obstacle, making it ideal for learning robotics and programming basics.
SKU: obstacle-avoidance-robot-car-using-arduino-uno-4wd-1 - B.Tech Diploma Mini Projects, Prototyped Concepts
Automatic Hand Sanitizer Machine
An automatic hand sanitizer machine uses sensors to dispense sanitizer without physical contact. When hands are detected, a motor or pump releases a preset amount of sanitizer, ensuring hygiene and minimizing contamination. It’s a convenient, touchless solution for promoting cleanliness in public spaces, offices, and homes.
SKU: Automatic Hand Sanitizer Machine - ATmega328 Board Projects
Car Parking System using ATmega328
A car parking system using the ATmega328 microcontroller automates vehicle detection and parking management. With IR sensors for vehicle presence, an LCD for displaying available spaces, and a servo motor for gate control, it provides an efficient and user-friendly solution for managing parking lots in various settings.
SKU: Car Parking System using ATmega328 - Robot Projects
Human Following Robot Car using Arduino UNO
A Human Following Robot Car using Arduino UNO is designed to autonomously track and follow a person. It uses IR sensors to detect the person and an ultrasonic sensor to maintain distance. Controlled by an Arduino UNO and powered by an L293D motor driver, this project showcases basic robotics and sensor integration.
SKU: obstacle-avoidance-robot-car-using-arduino-uno-4wd-chasis - Robot Projects
Obstacle Avoidance Robot Car using Arduino UNO
An Obstacle Avoidance Robot Car using Arduino UNO is an autonomous vehicle that detects and avoids obstacles using an ultrasonic sensor. Controlled by an Arduino UNO and driven by an L293D motor driver, the robot changes direction upon sensing an obstacle, making it ideal for learning robotics and programming basics.
SKU: obstacle-avoidance-robot-car-using-arduino-uno-4wd
