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Projects
Showing 49–72 of 191 resultsSorted by popularity
- Robot Projects
Surveillance Car using ESP32 Cam module
The Surveillance Car using ESP32 Cam Module project turns a standard remote-controlled car into a mobile surveillance device. The ESP32 Cam module, equipped with a camera, streams live video to a remote server or smartphone, allowing users to monitor the car’s surroundings in real time. The car’s movement and camera angles can be controlled remotely, offering versatility for various applications such as home security or exploration. This project integrates robotics with wireless communication and video streaming, showcasing the ESP32 Cam’s capabilities in creating an advanced, interactive surveillance system. It’s an engaging way to blend electronics, programming, and remote control technologies.
SKU: surveillance-car-using-esp32-cam-module - STM32 Projects
Distance Measurement using Ultrasonic Sensor and STM32
Ultrasonic sensors paired with an STM32 microcontroller provide accurate distance measurements using echolocation. By emitting sound waves and calculating the time for the echo to return, the system determines distances efficiently. This setup is ideal for applications like robotics, parking assistance, and liquid level measurement.
SKU: distance-measurement-using-ultrasonic-sensor-and-stm32 - B.Tech Diploma Mini Projects
Temperature Controlled DC Fan
A Temperature Controlled DC Fan circuit adjusts fan speed based on temperature variations. Using a temperature sensor and a DC motor driver, it regulates fan operation to maintain a desired temperature. This circuit helps in efficient cooling by automatically increasing or decreasing fan speed as temperature changes, enhancing energy efficiency.SKU: temperature-controlled-dc-fan-project - School Projects for Class 12th
Simple Led On Off Circuit
A Simple LED On/Off Circuit is a basic electronic circuit designed to control the state of an LED (Light Emitting Diode) using a switch. It typically consists of an LED, a resistor, a switch, and a power source. The resistor limits the current flowing through the LED to prevent damage. When the switch is closed, current flows through the circuit, causing the LED to light up. When the switch is open, the circuit is broken, and the LED turns off. This straightforward circuit is often used for learning and testing purposes, as well as in various simple electronic projects.
SKU: simple-led-on-off-circuit-project - ATmega328 Board Projects
DC Motor Speed Control using ATmega328
The DC Motor Speed Control system using ATmega328 regulates the speed of a DC motor through pulse-width modulation (PWM). The ATmega328 microcontroller adjusts the duty cycle of the PWM signal to control motor speed precisely. This system is ideal for applications requiring variable motor speeds and efficient control.
SKU: dc-motor-speed-control-using-atmega328-project - Python AI/ML Based Projects
Brain Tumor Detection Using Python AI ML
The Brain Tumor Detection Using Python AI ML project aims to provide an automated and efficient way to detect brain tumors from medical imaging, particularly MRI scans. This project leverages the power of machine learning (ML) and deep learning techniques to assist radiologists and medical professionals in diagnosing brain tumors at an early stage, which is critical for effective treatment and patient outcomes.
SKU: brain-tumor-detection-using-ai-project - ATmega328 Board Projects
Soil Moisture Percentage Measurement using ATmega328
The Soil Moisture Percentage Measurement system using ATmega328 accurately gauges soil moisture levels. By interfacing with a soil moisture sensor, the ATmega328 microcontroller processes the sensor’s analog signals to calculate and display soil moisture percentages. This system is ideal for optimizing irrigation and monitoring plant health.
SKU: soil-moisture-percentage-measurement-using-atmega328-project - ATmega328 Board Projects
Temperature and Humidity Monitor using DHT11 and ATmega328
The Temperature and Humidity Monitor using DHT11 and ATmega328 accurately measures and displays environmental conditions. The DHT11 sensor provides real-time data on temperature and humidity, while the ATmega328 microcontroller processes this data and outputs it to a display. Ideal for weather stations, HVAC systems, and greenhouses.
SKU: temperature-and-humidity-monitor-using-dht11-and-atmega328-project - B.Tech Diploma Mini Projects
Astable Multivibrator using IC555
The Astable Multivibrator using IC 555 creates a continuous square wave output, functioning as an oscillator. Configured with resistors and capacitors, the 555 timer generates a periodic signal used for applications like blinking LEDs or generating clock pulses. This project demonstrates the timer’s capability to produce adjustable frequency waveforms.
SKU: astable-multivibrator-using-ic555-project - B.Tech Diploma Mini Projects
Temperature Indicator using LM35 and IC741
The Temperature Indicator using LM35 and IC741 project measures and displays temperature values. The LM35 temperature sensor provides an analog voltage proportional to the temperature, which is fed into the IC741 operational amplifier. The IC741 amplifies and processes the voltage signal, allowing it to be read on a display or analog meter. This project demonstrates analog temperature measurement and signal conditioning using commonly available electronic components.
SKU: temperature-indicator-using-lm35-and-ic741-project - B.Tech Diploma Mini Projects
Simple Door Bell with Transistor
The Door Bell project uses a simple electronic circuit to alert someone at the door. When the doorbell button is pressed, it activates a chime or buzzer to produce a sound signal. Typically, this project involves a switch or relay to control the sound output, providing an effective and straightforward solution for door signaling.
SKU: door-bell-project - School Projects for Class 12th
Transistor as Switch
Click Here to Download the Circuit Diagram of “Transistor as Switch”
The Transistor as a Switch project demonstrates how a transistor can control a high-current load with a low-current signal. In this setup, the transistor acts as an electronic switch, using its ability to amplify current to turn a load on or off.
Components:
- NPN Transistor (e.g., BC547)
- Resistor (base resistor)
- Load (e.g., LED with current-limiting resistor)
- Power Supply
Working:
- Base Resistor: Connects the transistor’s base to a control signal (e.g., a microcontroller or a switch). This resistor limits the base current.
- Collector-Emitter Path: The load is connected between the collector of the transistor and the power supply. When the transistor is in the “on” state (saturated), current flows from the collector to the emitter, powering the load.
- Control Signal: Applying a small voltage to the base allows a larger current to flow from the collector to the emitter, thus switching the load on.
When the control signal is high, the transistor conducts, and the load is energized. When the control signal is low, the transistor stops conducting, and the load turns off. This simple yet effective project showcases the transistor’s utility in switching applications.
SKU: transistor-as-switch-project - Electronics Projects (BTech MTech), Prototyped Concepts
Weighing Machine using ATmega328
The Weighing Machine project uses load cells and an ATmega328 microcontroller to measure and display weight accurately. The load cells convert weight into electrical signals, which are processed by the ATmega328 to provide precise weight readings on an LCD display. Ideal for various weighing applications.
SKU: weighing-machine using ATmega328
