No products in the cart.
B.Tech Diploma Mini Projects
Showing 13–24 of 29 resultsSorted by popularity
- 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 - 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 - 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
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 - 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 - B.Tech Diploma Mini Projects
Rf Control Robot using RF Module
This project focuses on building an RF-controlled robot using an RF transmitter and receiver module for wireless communication. The robot can be remotely operated using radio frequency (RF) signals, making it ideal for surveillance, remote monitoring, and automation applications.
Working Principle:
- The RF transmitter sends control signals using push buttons.
- The RF receiver receives these signals and decodes them using a decoder IC (HT12D).
- The decoded signals control motor driver IC (L298N or L293D), which drives the robot’s motors accordingly.
Applications & Benefits:
- Used in wireless robotic applications such as remote-controlled cars, industrial automation, and military surveillance.
- Provides long-range communication (typically up to 100 meters).
- Simple and cost-effective project for learning RF communication and robotics.
SKU: Rf Control Robot using RF Module (without Microcontroller) - 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 - B.Tech Diploma Mini Projects
Monostable Multivibrator with IC 555 Timer Circuit
A Monostable Multivibrator circuit using the IC 555 timer generates a single pulse of fixed duration in response to an input trigger. It converts a short input pulse into a longer output pulse, making it ideal for timing applications, pulse width modulation, and creating time delays in electronic circuits.
SKU: monostable-multivibrator-with-ic-555-timer-circuit-project - B.Tech Diploma Mini Projects
Blinking LED using IC555
Click Here to Download the Circuit Diagram of “Blinking LED using IC 555”
The Blinking LED using IC 555 project creates a flashing LED effect by configuring the 555 timer in astable mode. The timer generates a continuous square wave signal, causing the LED to blink at a rate determined by external resistors and capacitors, providing a simple demonstration of timing and pulse generation.
SKU: blinking-led-using-ic555-project - B.Tech Diploma Mini Projects
Flashing LED using IC 555
Flashing LED using IC 555 is a beginner-friendly project showcasing the 555 timer’s astable mode. It alternates LED states between on and off using resistors, capacitors, and the timer’s configuration, making it ideal for learning basic electronics and LED control concepts.
SKU: flashing-led-using-ic-555 - B.Tech Diploma Mini Projects
Electronic Letter Box using IC 555
The Electronic Letter Box project automates mail detection and notification. It typically uses sensors (like infrared or magnetic) to detect when the letter box door is opened or when mail is inserted. The system can activate an alert, such as a buzzer or LED, to notify the owner of new mail. This project integrates sensor technology with electronic signaling to improve mail management and security.
SKU: electronic-letter-box-project
