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Showing 337–360 of 484 resultsSorted by popularity
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Electrolytic Capacitors
Capacitor Mix Box 0.33uf to 6.8 uf
Capacitors are essential components in electronic circuits, serving functions like power stabilization, noise filtering, and signal coupling.
- 0.33µF / 50V: Used in decoupling, noise suppression, and signal coupling in audio and power circuits.
- 1µF / 100V: Common in power supplies, LED drivers, and audio preamplifiers for voltage stabilization.
- 1.5µF / 100V: Found in motor control, pulse circuits, and voltage regulation applications.
- 3.3µF / 63V: Used in switching regulators, battery management, and amplifier filtering.
- 4.7µF / 50V & 63V: Ideal for microcontroller power filtering, voltage suppression, and sensor circuits.
- 6.8µF / 400V: Used in high-voltage power supplies, industrial systems, and LED drivers.
These capacitors improve efficiency, reduce noise, and enhance circuit reliability, making them indispensable in modern electronics.
SKU: Capacitor Mix Box 0.33uf to 1uf -
Electrical Projects (BTech MTech), Electronics Projects (BTech MTech)
Supervisory Control and Data Acquisition (SCADA) for Remote Industry
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Electrical Projects (BTech MTech), Electronics Projects (BTech MTech)Supervisory Control and Data Acquisition (SCADA) for Remote Industry
Supervisory Control and Data Acquisition (SCADA) systems are essential tools for industrial automation, enabling remote monitoring, control, and management of industrial processes. The Supervisory Controlling Plus Data Acquisition for Remote Industry project focuses on integrating SCADA systems with real-time data acquisition to improve operational efficiency, safety, and reliability in remote industrial environments.
SKU: Supervisory Control and Data Acquisition (SCADA) for Remote Industry -
Arduino UNO & IOT Projects, BTech Final Year Electronics Projects
Facial Recognition Smart Glasses
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Arduino UNO & IOT Projects, BTech Final Year Electronics ProjectsFacial Recognition Smart Glasses
Facial Recognition Smart Glasses are a revolutionary wearable technology that integrates augmented reality (AR), facial recognition software, and real-time data processing. These smart glasses are designed to identify individuals in real-time, providing enhanced security, personalized experiences, and smart functionalities. The technology can be applied across various sectors, including security, retail, healthcare, and entertainment.
SKU: Facial Recognition Smart Glasses -
Arduino UNO & IOT Projects, Electrical Projects (BTech MTech), Electronics Projects (BTech MTech)
IOT Based Hybrid Solar and Wind based Charging Station using Arduino
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Arduino UNO & IOT Projects, Electrical Projects (BTech MTech), Electronics Projects (BTech MTech)IOT Based Hybrid Solar and Wind based Charging Station using Arduino
An IoT-based Hybrid Solar and Wind Charging Station is an innovative project designed to generate renewable energy from both solar and wind sources. This system can be used for charging electric vehicles, batteries, or other devices, while providing real-time data monitoring and control via the Internet of Things (IoT). By integrating solar and wind power, the system ensures a reliable energy source even when one resource is not available, making it ideal for sustainable energy solutions.
SKU: IOT Based Hybrid Solar and Wind based Charging Station using Arduino -
Generic Integrated Circuits
ILN2003 – 7-Channel Darlington Transistor Array ( Pack Of 2 )
The ILN2003 is a 7-channel Darlington transistor array commonly used for driving high-power loads from low-power logic circuits. Each channel consists of a pair of Darlington transistors, providing high current gain, enabling it to switch loads up to 500mA per channel with a maximum voltage of 50V. It features built-in flyback diodes for protection when driving inductive loads such as relays, motors, and solenoids.
Designed for TTL and CMOS compatibility, the ILN2003 operates as an interface between low-voltage digital circuits (such as microcontrollers) and high-power devices. It has a common emitter configuration with inputs that can be directly driven by logic signals. The compact 16-pin DIP and SOIC packages make it easy to integrate into various applications, including stepper motor control, LED displays, and relay switching. Due to its reliability and ease of use, the ILN2003 is widely used in automation, robotics, and embedded systems.
SKU: n/a -
Transistors
TL431 – Programmable Shunt Voltage Reference ( Pack of 2)
The TL431 H818 is a programmable shunt voltage reference that provides a precise voltage regulation over a wide range. It operates as an adjustable Zener diode with an output voltage programmable from 2.5V to 36V using an external resistor divider. This component is widely used in power supplies, voltage regulation circuits, and feedback control loops due to its high accuracy and thermal stability.
The TL431 has three terminals: Reference (Ref), Anode (A), and Cathode (K). It functions as an active shunt regulator, maintaining a constant voltage by adjusting the current flow. The H818 marking typically refers to a specific batch code or manufacturer variant.
With a typical output voltage tolerance of ±0.5% to ±2%, it is ideal for switching power supplies (SMPS), battery chargers, and overvoltage protection circuits. Due to its versatility, low cost, and reliability, the TL431 is a popular choice in industrial and consumer electronics applications.
SKU: TL431 – Programmable Shunt Voltage Reference -
Sensors and Modules
433Mhz Wireless RF Transmitter Receiver Board With HT12D HT12E
The 433MHz RF Transmitter and Receiver Module is a reliable solution for wireless remote control and data transmission. It operates on the 433MHz frequency using ASK (Amplitude Shift Keying) modulation, making it ideal for IoT, home automation, and security applications.
Key Features:
✅ 433MHz Wireless Communication for stable long-range transmission.
✅ HT12E Encoder & HT12D Decoder for secure data transfer.
✅ Low Power Consumption for battery-powered applications.
✅ Microcontroller Compatibility – Works with Arduino, PIC, and AVR.Applications:
🔹 Remote Control Systems – Wireless switching for appliances.
🔹 Home Automation – Smart lighting and security integration.
🔹 Wireless Data Transmission – Communication between embedded devices.Package Includes:
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1 x 433MHz RF Transmitter Module
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1 x 433MHz RF Receiver Module
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1 x HT12E Encoder & HT12D Decoder IC
🚀 Ideal for wireless projects and automation!
SKU: 433Mhz Wireless RF Transmitter Receiver Board With HT12D HT12E -
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Sensors and Modules
Antenna For LORA RA02
This 433MHz high-gain 3dBi antenna is designed for LoRa and RF communication, ensuring stable, long-range signal transmission. It features an SMA Male Connector for direct connection and comes with a UFL IPX to SMA Female adapter cable (15cm) for flexible placement.
Key Features:
✅ Optimized for 433MHz LoRa & RF applications
✅ 3dBi High-Gain Antenna for enhanced range
✅ SMA Male Connector for secure connectivity
✅ 15cm UFL IPX to SMA Female Cable for easy integrationApplications:
🔹 LoRaWAN IoT networks
🔹 Wireless telemetry & RF projects
🔹 GPS tracking & remote sensingPackage Includes:
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1 x 433MHz SMA Male Antenna (3dBi)
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1 x UFL IPX to SMA Female Cable (15cm)
🚀 Boost your LoRa connectivity today!
SKU: Antenna For LORA RA02 -
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Robot Parts, Robotic Kits
Robotic Kit Using Gear Motor 300 RPM
The Robotic Kit with 300 RPM Gear Motor is ideal for students, hobbyists, and robotics enthusiasts looking to build smart robotic cars and automation projects. This kit provides essential components for creating autonomous and remote-controlled robots.
Key Features:
✅ 300 RPM DC Geared Motors – Ensures smooth and efficient movement.
✅ Durable Chassis – Provides a stable base for the robot.
✅ Motor Driver Compatibility – Works with L298N and Arduino
✅ Easy Assembly – Pre-drilled holes for mounting motors and controllers.Applications:
🔹 Line-following robots
🔹 Obstacle avoidance vehicles
🔹 Smart robotic cars🚀 Start your robotics journey today!
SKU: Robotic Kit Using Gear Motor 300 RPM -
BTech Final Year Electronics Projects, Electrical Projects (BTech MTech), Electronics Projects (BTech MTech), Robot Projects
Solar based Voice and Gesture Control Robot
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BTech Final Year Electronics Projects, Electrical Projects (BTech MTech), Electronics Projects (BTech MTech), Robot ProjectsSolar based Voice and Gesture Control Robot
The Solar-Based Voice and Gesture Control Robot is an innovative robotic system powered by solar energy, designed for hands-free operation using voice commands and hand gestures. Equipped with advanced sensors, a microcontroller, and a solar panel, this robot efficiently performs tasks without relying on conventional power sources.
SKU: Solar based Voice and Gesture Control Robot -
Arduino UNO & IOT Projects, BTech Final Year Electronics Projects, Electrical Projects (BTech MTech)
Overload Vehicle Detection on Toll Plaza
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Arduino UNO & IOT Projects, BTech Final Year Electronics Projects, Electrical Projects (BTech MTech)Overload Vehicle Detection on Toll Plaza
The Overload Vehicle Detection System is an advanced solution designed to monitor and control overloaded vehicles at toll plazas. Using high-precision weight sensors, load cells, and camera-based monitoring, the system detects vehicles exceeding the legal weight limit in real time. This prevents road damage, enhances safety, and ensures compliance with transportation regulations.
SKU: Overload Vehicle Detection on Toll Plaza -
Arduino UNO & IOT Projects
Solar Wireless EV Charging System
The Solar Wireless EV Charging System is an innovative solution that allows electric vehicles to charge wirelessly using solar power. This system eliminates the need for physical charging cables, making EV charging more convenient and safer.
SKU: Solar Wireless EV Charging System -
Electronics Projects (BTech MTech)
Line Following Smart Trolley System Using Arduino
The Line Following Smart Trolley System is an intelligent shopping assistant that automatically follows a designated path using infrared (IR) sensors and Arduino. This smart trolley enhances the shopping experience by reducing manual effort, making it convenient for customers in supermarkets, airports, and retail stores.
SKU: Line Following Smart Trolley System Using Arduino -
Electronics Projects (BTech MTech)
ATM Machine Using Arduino Uno with RFID and Fingerprint
This Arduino-based ATM Machine integrates RFID and fingerprint authentication to provide a secure and efficient banking system. It allows users to withdraw cash by verifying their identity through RFID cards and fingerprint scanning, reducing the risks of fraud and unauthorized access. The system simulates ATM functionality and can be expanded for real-world applications.
SKU: ATM Machine Using Arduino Uno with RFID and Fingerprint -
Arduino UNO & IOT Projects
IoT-Based Water Quality Monitoring for Smart Campus Using Arduino
The IoT-Based Water Quality Monitoring System is an innovative solution designed to ensure safe and clean water in a smart campus environment. This system continuously monitors water parameters such as pH level, turbidity, temperature, dissolved oxygen, and conductivity using various sensors connected to an Arduino microcontroller. The collected data is then transmitted to the cloud for real-time analysis and remote monitoring.
SKU: IoT-Based Water Quality Monitoring for Smart Campus Using Arduino -
BTech Final Year Electronics Projects
IoT-Based Smart Women Safety Device Using GPS, GSM, and Arduino Nano
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BTech Final Year Electronics ProjectsIoT-Based Smart Women Safety Device Using GPS, GSM, and Arduino Nano
The IoT-Based Smart Women Safety Device is an advanced security system designed to ensure women’s safety in emergency situations. The system is built using an Arduino Nano, GPS module, GSM module, and various sensors to detect distress signals and alert emergency contacts.
SKU: IoT-Based Smart Women Safety Device Using GPS, GSM, and Arduino Nano -
BTech Final Year Electronics Projects
Solar Panel Cleaning Robot Using Arduino
The Solar Panel Cleaning Robot is an innovative project designed to maintain the efficiency of solar panels by automatically removing dust, dirt, and other debris. This Arduino-based robotic system ensures optimal sunlight absorption, increasing the energy output of solar panels. The robot operates autonomously or through remote control, making it an ideal solution for large-scale solar farms and rooftop installations.
SKU: Solar Panel Cleaning Robot Using Arduino -
Arduino UNO & IOT Projects
IoT-Enabled Air Quality Monitoring System Using Arduino
The IoT-Enabled Air Quality Monitoring System is an advanced project designed to measure and analyze air pollution levels in real-time. Using Arduino and various environmental sensors, this system collects data on air quality parameters such as temperature, humidity, CO₂ levels, and particulate matter (PM). The collected data is then transmitted to an IoT platform for remote monitoring and analysis.
SKU: IoT-Enabled Air Quality Monitoring System Using Arduino -
Arduino UNO & IOT Projects, BTech Final Year Electronics Projects
IoT-Based Smart Gloves for Visually Impaired Using Arduino
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Arduino UNO & IOT Projects, BTech Final Year Electronics ProjectsIoT-Based Smart Gloves for Visually Impaired Using Arduino
The IoT-Based Smart Gloves for Visually Impaired is an innovative assistive technology designed to enhance mobility and independence for visually impaired individuals. This Arduino-powered smart glove integrates various sensors and IoT capabilities to provide real-time feedback about the surrounding environment.
SKU: IoT-Based Smart Gloves for Visually Impaired Using Arduino -
BTech Final Year Electronics Projects
4-Way Density-Based Traffic Light System Using Arduino
The 4-Way Density-Based Traffic Light System is an advanced traffic management solution designed to optimize vehicle flow at intersections. Unlike traditional time-based systems, this smart traffic light system uses IR sensors to detect vehicle density and adjusts signal timing dynamically. This reduces unnecessary waiting time, congestion, and fuel consumption.
SKU: 4-Way Density-Based Traffic Light System Using Arduino -
BTech Final Year Electronics Projects, Electronics Projects (BTech MTech)
Solar-Based Irrigation System Using Arduino
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BTech Final Year Electronics Projects, Electronics Projects (BTech MTech)Solar-Based Irrigation System Using Arduino
The Solar-Based Irrigation System is an innovative project designed to enhance water management in agriculture using renewable energy and automation. By integrating solar power, sensors, and Arduino, this system ensures efficient irrigation while minimizing water and electricity wastage.
SKU: Solar-Based Irrigation System Using Arduino -
Arduino UNO & IOT Projects, BTech Final Year Electronics Projects
IoT-Based Alcohol Detection Robot and RFID Toll Gate Using Arduino
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Arduino UNO & IOT Projects, BTech Final Year Electronics ProjectsIoT-Based Alcohol Detection Robot and RFID Toll Gate Using Arduino
The IoT-Based Alcohol Detection Robot and RFID Toll Gate System is a smart automation project designed for road safety and automated toll collection. The system consists of two primary components:
- Alcohol Detection Robot – Detects alcohol consumption in drivers and prevents vehicle operation.
- RFID-Based Toll Gate – Uses RFID technology to automate toll collection and vehicle access.
SKU: IoT-Based Alcohol Detection Robot and RFID Toll Gate Using Arduino -
BTech Final Year Electronics Projects
Arduino-Based Smart Door Lock Using Solenoid Lock System
Security is a crucial aspect of modern homes and offices. The Arduino-Based Smart Door Lock System using a solenoid lock provides an efficient and automated solution for securing doors. This system uses an Arduino microcontroller to control the locking mechanism based on authentication input such as RFID, password, or fingerprint.
SKU: Arduino-Based Smart Door Lock Using Solenoid Lock System
