SmartElex Bharat AI Innovators Kit Powered by Arduino for STEM Learning The SmartElex Bharat AI Innovators Kit Powered by Arduino goes beyond a regular Arduino starter kit by offering a complete STEM learning solution packed with AI, IoT, and embedded systems applications. Unlike a standard kit that mainly focuses on basic electronics and coding, this kit includes an advanced Made-in-India Arduino Uno Ek Wi-Fi board paired with a wide range of sensors like ultrasonic, IR, gas, light, and motion. These components allow learners to build projects from simple automation to complex gesture-controlled AI systems, making it an ideal choice for students, educators, and hobbyists aiming to explore cutting-edge technologies. Another key benefit is that the kit is AI-education ready, providing gesture, voice, and vision modules, along with open-source tutorials and coding examples for real-world problem-solving. While a regular Arduino kit is typically limited to hardware experiments, the SmartElex Bharat AI Innovators Kit empowers users with prototyping capabilities for robotics, automation, and IoT applications. With its durable components, expansion options, and SmartElex’s trusted support, it enables innovation, teamwork, and future-ready skill development in a structured and hands-on way. Features: Arduino Uno EK microcontroller board with built‑in WiFi (Made in India) Diverse sensor array: ultrasonic, IR line‑tracking, gas, light, and motion sensors AI‑ready modules supporting gesture, voice, and vision-based applications Step‑by‑step tutorials with sample Arduino C/C++ code for guided learning Expandable via GPIO, I²C, and UART interfaces for advanced projects Real‑time data visualisation via LEDs or serial monitor Modular design suitable for DIY projects, prototyping, and school labs Supported by open-source content, tutorials, and coding examples Durable, quality-tested components with warranty and prompt customer support Ideal for AI education, robotics, IoT experiments, and tech competitions

SmartElex BMA400 Triple Axis Accelerometer Breakout – High Precision 3-Axis MOTION Module The SmartElex Triple Axis Accelerometer Breakout – BMA400 is a compact and power-efficient motion sensor designed to measure movement, tilt, and orientation with exceptional accuracy. It’s based on the Bosch BMA400 3-axis accelerometer, known for its ultra-low power consumption and high precision, making it perfect for motion-based and battery-powered projects. This 3-axis accelerometer module can detect acceleration in three directions (X, Y, and Z) and is ideal for applications like fitness tracking, step counting, vibration detection, and motion-sensitive devices. It provides reliable digital output through I2C or SPI interfaces, making it easy to connect with popular development boards like Arduino, ESP32, or Raspberry Pi. Whether you’re building a smart wearable, IoT sensor, or robotics project, this breakout board offers consistent performance, low noise, and simple integration - helping you bring accurate motion detection into your designs with minimal effort. Features: High-Precision Motion Sensing: Measures acceleration in three directions (X, Y, and Z) with exceptional accuracy. Ultra-Low Power Consumption: Designed for battery-powered devices and long-term motion tracking applications. Digital Communication Interface: Supports both I2C and SPI for easy connection with Arduino, ESP32, and Raspberry Pi. Wide Detection Range: Ideal for applications like step counting, tilt detection, vibration sensing, and smart motion control. Compact and Lightweight Design: The small triple axis accelerometer breakout fits easily into wearables and IoT devices. Reliable Bosch BMA400 Sensor: Built on a trusted, high-performance sensor for stable and consistent motion readings.

SmartElex BME280 Atmospheric Pressure Sensor Breakout Board The SmartElex BME280 Atmospheric Pressure Sensor Breakout Board is a compact and versatile solution for monitoring environmental conditions with high precision. Featuring the advanced BME280 sensor, it measures atmospheric pressure, humidity, and temperature efficiently, making it perfect for weather stations, home automation systems, and IoT-based environmental projects. This BME280 breakout supports both I2C and SPI communication, ensuring easy integration with microcontrollers like Arduino and Raspberry Pi. With its low power consumption and wide operating range (30kPa to 110kPa), this breakout board is designed to deliver accurate data for indoor and outdoor applications without occupying much space. Features: BME280: Barometric Pressure, Humidity, and Temperature Sensor Operating Voltage: 3.3V I2C and SPI Communication Interface Temperature Range: -40C to 85C. Humidity Range: 0 - 100% RH, -3% from 20 to 80% Pressure Range: 30,000Pa to 110,000Pa; relative accuracy of 12Pa; absolute precision of 100Pa. Altitude Range: 0 to 30,000 ft (9.2 km) with relative accuracy of 3.3 ft (1 m) at sea level and 6.6 (2 m) at 30,000 ft. Incredibly small

SmartElex BME680 Sensor Breakout Board Measures Temperature, Humidity, Pressure & Gas The SmartElex BME680 Sensor Breakout Board is an advanced environmental sensing module that combines multiple sensors into one compact and efficient design. Based on the Bosch BME680, this breakout board measures temperature, humidity, barometric pressure, and gas (VOC) levels with high precision. With ±3% humidity, ±1 hPa pressure, and ±1.0ºC temperature accuracy, it ensures reliable environmental data for your IoT applications. The BME680’s integrated metal-oxide (MOX) gas sensor detects volatile organic compounds like ethanol, alcohol, and carbon monoxide, making it perfect for air quality and pollution monitoring. Compatible with both SPI and I2C communication, the BME680 breakout board is a versatile choice for developers, hobbyists, and engineers looking to integrate advanced sensing capabilities into their projects. Features: BME680: Temperature, Humidity, Pressure, and Gas Sensor SPI or I2C interfaces The gas sensor measures indoor air quality.

SmartElex BME688 Environmental Sensor Breakout Board Measures Temperature, Humidity, Pressure & Gas The SmartElex BME688 Environmental Sensor is an advanced all-in-one module designed to measure air quality, temperature, humidity, and barometric pressure with high accuracy. Powered by Bosch’s BME688 chip, this compact environmental sensor can detect a wide range of gases, including volatile organic compounds (VOCs), carbon monoxide, and hydrogen, making it ideal for monitoring air conditions in both indoor and outdoor environments. This smart air quality sensor communicates via I2C or SPI, ensuring easy integration with various microcontrollers like Arduino, Raspberry Pi, and ESP32. With its precise readings and low power consumption, the SmartElex BME688 is perfect for environmental monitoring systems, weather stations, and smart home applications. Its compact design, reliability, and versatility make it a great choice for students, developers, and professionals building air-quality or IoT-based projects. Features: Combines gas, temperature, humidity, and barometric pressure sensing in one module. Detects VOCs, VSCs, carbon monoxide, and hydrogen in ppb range. Supports both I2C and SPI communication interfaces. High accuracy with ±3%RH humidity and ±1.0°C temperature precision. Operating voltage: 1.71V – 3.6V (typically 3.3V). Compact design with 2x Molex PicoBlade connectors for easy integration. Ultra-low power consumption with sleep mode and adjustable scan modes.

SmartElex BTS7960 High-Power Dual Channel 43A DC Motor Driver Module The SmartElex BTS7960 DC Motor Driver Module is a powerful and efficient solution for controlling high-current DC and stepper motors. Designed around the BTS7960 IC, this dual-channel H-bridge driver supports up to 43A of continuous current, making it ideal for demanding robotic, automation, and motor control applications. With its compact design and built-in safety features, it’s perfect for hobbyists and engineers working on high-torque motor projects. This Stepper Motor Driver Module ensures smooth operation with PWM control up to 25 kHz, offering stable and noise-free performance. It comes equipped with advanced protection features such as overcurrent, short-circuit, overvoltage, and thermal shutdown, ensuring long-term durability. The easy-to-interface logic inputs make it compatible with popular microcontrollers like Arduino and Raspberry Pi, simplifying the motor control experience. Input port: RPWM: forward level or PWM signal input, active high. LPWM: Reverse level or PWM signal input, active high. R_EN: forward drive enable input, high-level enable, low-level off. L_EN: Reverse drive enable input, high-level enable, low-level off. R_IS: forward drive current alarm output. L_IS: Reverse drive current alarm output. VCC: +5 V power output, 5V power supply connection with the microcontroller. GND: signal the common low end. Features: High-power 43A H-Bridge DC Motor Driver based on the BTS7960 IC. Supports both DC and stepper motor control with PWM up to 25 kHz. Integrated overcurrent, overvoltage, and thermal protection for reliable performance. Includes logic-level inputs for simple interfacing with controllers like Arduino or Raspberry Pi. Features active freewheeling and adjustable slew rate for efficient operation. Compact design with low power dissipation and enhanced EMI performance. Equipped with status flag diagnostics and current sense outputs for monitoring.

SmartElex Buck Module 5V 5A - TPS565201DDCR The SmartElex TPS565201DDCR Buck Module is a powerful and efficient step-down DC-DC converter designed to deliver a stable 5V output at up to 5A current. With its compact design and high efficiency of up to 95%, this buck module ensures low heat generation and reliable performance for powering microcontrollers, sensors, and other electronic devices. Built with integrated protection features like overcurrent, short-circuit, and thermal shutdown, this SmartElex Buck Module guarantees safe and stable operation. Whether you’re working on robotics, embedded systems, or power supply projects, this module offers consistent performance, energy efficiency, and easy integration, making it a trusted choice for electronics enthusiasts and engineers alike. Note: Ensure proper cooling and heat dissipation for high-current output to prevent overheating. Ideal for powering devices that require a stable 5V power source with high current demands (up to 5A). Suitable for a variety of high-power electronics applications. Applications: Power supply for microcontrollers, FPGAs, and digital circuits (such as Arduino and Raspberry Pi). Providing power to sensors, communication devices, and peripheral modules. DC-powered devices requiring a consistent 3.3V or 5V output at high current (up to 5A). High-performance embedded systems, robotics, and automation projects. Battery-powered applications necessitate effective step-down voltage conversion. Features: Input Voltage Range: 4.5V to 17V DC for flexible power options Fixed 5V Output with up to 5A maximum current capacity High efficiency up to 95% for reduced power loss Integrated protections for overcurrent, short-circuit, and thermal shutdown Compact and durable design for easy installation in tight spaces Stable performance across wide operating temperatures (-40°C to +125°C) Reliable inductor and capacitor design for enhanced circuit stability

SmartElex CAN Controller Module – TJA1050 High-Speed CAN Transceiver Board The SmartElex CAN Controller Module is a compact and efficient board designed for reliable communication between microcontrollers using the CAN bus protocol. It’s built around the TJA1050 high-speed transceiver, which ensures stable and noise-free data transfer - making it ideal for industrial automation, automotive systems, and embedded electronics. This CAN transceiver module supports data rates up to 1 Mbps and works seamlessly with popular microcontrollers like Arduino, ESP32, and Raspberry Pi. It acts as the interface between the CAN controller (such as MCP2515) and the physical CAN network, providing strong protection and high performance in demanding environments. Perfect for DIY electronics, vehicle diagnostics, and IoT communication systems, this CAN controller breakout board allows makers and engineers to easily integrate CAN communication into their projects. Compact, reliable, and easy to use — it’s an excellent choice for anyone building a project that requires fast and robust data transfer. Features: High-Speed Communication: Supports data rates up to 1 Mbps, ideal for fast and reliable CAN bus communication. Based on TJA1050 Chip: Uses the TJA1050 CAN transceiver for stable signal transmission and noise resistance. Compatible with Popular Boards: Works seamlessly with Arduino, ESP32, Raspberry Pi, and other microcontrollers. Robust and Reliable Design: Provides short-circuit and thermal protection for long-lasting performance in harsh environments. Easy Integration: Designed for simple connection with MCP2515 CAN controller modules and other CAN interfaces. Perfect for Automotive and IoT Projects: Ideal for vehicle diagnostics, industrial automation, and DIY electronics applications.

SmartElex Current Sensor Breakout Board – INA169 High-Side Current Detection Module The SmartElex Current Sensor Breakout – INA169 helps you easily measure how much current is flowing through your circuit. It works on the high-side of your power line, meaning it monitors current from the positive side of your supply - keeping your circuit safer and more stable. Inside the module, a small shunt resistor is used to detect changes in current. The INA169 chip then converts this into a readable voltage signal, which you can measure with a microcontroller or multimeter. This makes it perfect for projects like battery monitoring, motor control, or DIY electronics where you need to track current accurately. The board can handle voltages between 2.7V and 60V, making it suitable for both low-power and high-voltage DC applications. It also consumes very little power (only about 60µA in standby), so it’s energy-efficient and ideal for long-running systems. Features Measures DC current easily and accurately using the reliable INA169 sensor chip. Works on the high-side of the circuit, ensuring safe and stable current monitoring. Supports a wide voltage range (2.7V to 60V) — ideal for many DC power systems. Analog output makes it easy to read current values with Arduino or other controllers. Low power consumption (only about 60µA), perfect for battery-powered projects. Compact, plug-and-play current sensor breakout module designed for DIY and educational use.

SmartElex E32‑433T20S Ebyte SX1278 433 MHz Breakout Board – High-Range LoRa RF Transceiver Module The SmartElex Breakout Board is designed to provide reliable long-range wireless communication for your IoT and embedded projects. Powered by the Ebyte E32-433T20S module with the SX1278 LoRa chip, it operates at 433 MHz and offers excellent range and stability for data transmission. This WAN breakout board makes it easy to connect to your microcontroller via UART, simplifying the process of adding LoRa connectivity to your project. It’s ideal for creating wireless sensor networks, remote monitoring systems, and automation setups where long-distance communication is essential. Compact, efficient, and high-performing, this LoRa RF transceiver breakout board combines low power consumption with strong anti-interference capabilities — perfect for both beginners and professionals building smart wireless applications. Features: Long-Range Communication: Based on SX1278 LoRa technology, enabling stable data transmission up to several kilometers. High Sensitivity & Low Power: Offers ultra-low power consumption, ideal for battery-powered IoT and WAN applications. Strong Anti-Interference: Reliable performance even in noisy environments, ensuring consistent communication. UART Interface: Simple serial communication for easy integration with Arduino, ESP32, and other microcontrollers. Compact & Durable Design: Lightweight breakout board design fits perfectly into wireless sensor and automation projects. Wide Application Support: Perfect for LoRa WAN networks, remote monitoring, telemetry, smart farming, and industrial IoT.