Data Logger Shield The Data Logging Shield of "Deek-Robot" is supplied with an RTC (DS1307) and thus has an extra compartment for a button cell. The SD Card Slot is designed for Micro SD Card. Onboard 3.3V regulator is both a reliable reference voltage and also reliably works SD cards that require a lot of power to run.

RGB Led Module for boards compatible with Arduino RGB LED module consists of a full-color LED made by R, G, B three-pin PWM voltage input can be adjusted. Primary colors (red/blue/green) strength in order to achieve a full-color mixing effect. Control of the module with the Arduino can be achieved with Cool lighting effects. The RGB Full Color LED SMD Module consists of a 5050 SMD LED, used with limiting resistors to prevent burnout and jumper wires for the connection. You can use breadboard for mounting. This RGB LED is compatible with popular electronics platforms like Arduino, Raspberry Pi , and ESP8266 . Connection Diagram:

ADIY UNO KIT FOR BEGINNERS ( Make in India Boards) ADIY Uno R3 Beginners Kit is the perfect solution for individuals keen on learning about electronics and creating hands-on projects. This comprehensive starter kit includes 18 sensor modules, such as IR Sensor, Buzzer, DHT11, and more, ensuring endless possibilities for exploration and learning. The kit features the user-friendly ADIY Uno DIP R3 – Compatible (CH340C), fully compatible with Arduino UNO, allowing seamless programming for beginners. The kit guarantees the highest quality and durability. The user-friendly design, along with tutorial videos, makes it easy for beginners to get started with Arduino programming. Ideal for students and enthusiasts, this kit is a DIY solution for innovators looking to delve into the world of electronics. Features: Comprehensive starter kit with 18 sensor modules Sensor modules include IR Sensor, Buzzer, DHT11, and more User-friendly design for beginners Seamless programming with Arduino IDE software Ideal for students and enthusiasts DIY solution for innovators exploring electronics Applications: Educational Projects: Ideal for students learning about electronics and programming with hands-on projects. Prototyping: Enables enthusiasts to create prototypes for various electronic devices and systems. Sensor Exploration: Allows users to explore and experiment with a variety of sensors, such as IR sensors, DHT11, and gas sensors. DIY Electronics: Suitable for individuals interested in do-it-yourself (DIY) electronics projects and innovations. Arduino Programming Practice: Provides a platform for practicing Arduino programming skills seamlessly. Learning Electronics Fundamentals: Aids in understanding basic electronics concepts through practical applications. Home Automation Prototyping: This can be used to prototype simple home automation projects using the included components. Electronic Hobbyist Exploration: Appeals to hobbyists looking to explore and experiment with various electronic components.

IRF520 MOSFET Driver Module for Arduino/ Raspberry Pi IRF520 MOSFET Driver Module for Arduino/ Raspberry Pi is a breakout board for the IFR520 MOSFET transistor. The module is designed to switch heavy DC loads from a single digital pin of your microcontroller. Here is a simple breakout board for the IRF520 Mosfet. Easy hookup to your Arduino or another 3-5v microcontroller. Pulse current through a PWM pin, and use this to control a pump, LED, or other DC device at up to 24v, and ~5A. The main purpose of this IRF520 MOSFET Driver Module Board compatible with Arduino is to provide a low-cost way to drive a DC motor for robotics applications, but the module can be used to control most high current DC loads. Screw terminals are provided to interface with your load an external power source. An LED indicator provides a visual indication of when your load is being switched. How to use PWM Adjustment MOS Drive Board? The simplest way of explaining how this little board works is as below: You connect the power for the device you want to control the Vin and GND. You connect your device to the V+ and V- screw terminals. When the SIG line is HIGH, a little LED lights up, and the GND is ‘connected’ to the V-. When the SIG line is LOW, the LED turns off, and the GND becomes ‘disconnected’ to the V-. The V+ and Vin are continuously connected. You can power this device from your Arduino, VCC goes to the 5V connection and GND to the GND pin on your Arduino. Note : Heat sinks need to be installed for loads above 1A .

7Semi 5A Analog INA169 DC Current Sensor Breakout The 7Semi 5A Analog INA169 DC Current Sensor Breakout is a precision Analog DC current sensor designed for accurate current monitoring in electronic circuits. Powered by the trusted INA169 chip, it delivers consistent current readings up to 5A across a wide input range of 2.7V to 60V. Its low offset voltage and minimal quiescent current ensure reliable measurements, while adjustable gain and overcurrent protection add versatility for various applications. Compact and easy to integrate with microcontroller-based systems, this INA169 current sensor is perfect for IoT projects, battery management, power monitoring, and smart energy solutions, providing dependable performance for both hobbyists and professional engineers. Features: Wide Voltage Range Compatibility: Operates efficiently between 2.7V and 60V, making it suitable for both low and high-voltage applications. High-Side Current measuring: Enables unipolar high-side current measuring for safer and more accurate readings. Customizable Gain Control: Easily alter output sensitivity with a single resistor to meet your individual application requirements. Built-in Signal Amplifier: Provides clean and amplified output signals for accurate ADC conversion. Overcurrent detection protects connected components by detecting and responding to excessive current. Low Quiescent Current: Consumes only 60 µA, making it ideal for energy-sensitive projects. Microcontroller-Friendly: Fully compatible with Arduino, ESP32, STM32, Raspberry Pi, and other development boards. Compact Design: Small form factor excellent for embedded system integration and space constraints. Connection Diagram with Arduino:

7Semi MAX31855 K-Type Thermocouple Amplifier Breakout The 7Semi MAX31855 Thermocouple Amplifier Breakout is designed for creators, engineers, and industrial users who need reliable and highly accurate temperature readings from extreme environments. With its advanced MAX31855 converter IC, this breakout allows effortless digital temperature measurement using K-type thermocouples, making it a powerful choice for applications like 3D printing, HVAC monitoring, and high-heat industrial systems. The onboard cold-junction compensation ensures precision by automatically correcting any thermal offsets at the connector. Supporting temperatures from -270°C to +1372°C, it delivers 14-bit resolution with smooth 0.25°C read steps, providing dependable, noise-free readings for sensitive processes. Built-in fault detection helps identify open circuits or shorts, making the system easier to troubleshoot and safer for continuous operation. With its SPI-based digital interface and compatibility with 3.3V/5V logic microcontrollers, the module integrates cleanly with Arduino, ESP32, Raspberry Pi, and industrial controllers. Features: Supports a wide thermocouple measurement range from –270°C to +1372°C, making it suitable for extreme heat and cryogenic applications. Provides 14-bit high-resolution output with precise 0.25°C increments for accurate temperature monitoring. Includes built-in cold-junction compensation, ensuring reliable compensation for ambient temperature fluctuations. Offers a simple SPI digital interface, requiring minimal I/O pins for easy integration with most microcontrollers. Compatible with multiple thermocouple types including K, J, N, T, S, R, and E, providing versatility in system design. Features fault detection for open thermocouples and shorts to VCC/GND to enhance system safety. Supports both 3.3V and 5V logic levels, ensuring broad compatibility across development boards.

7Semi MCP23017 I2C to 16 IO Expander Breakout Board The 7Semi MCP23017 I2C to 16 IO Expander Breakout Board is designed to expand the digital I/O capability of microcontrollers using the trusted MCP23017 I2C IO Expander IC. It provides exactly 16 configurable GPIO pins over a single I2C bus, reducing wiring complexity while maintaining stable performance. Each pin can be independently set as input or output, and the onboard interrupt feature allows the controller to respond instantly to pin state changes. This MCP23017 Breakout Board is compact, easy to integrate, and ideal for applications such as home automation, robotics, industrial control panels, and any project that requires multiple digital inputs and outputs without consuming extra microcontroller pins. Features: 16 I/O Pins: Converts two signal pins into sixteen completely customizable I/O pins. Multi-board Expansion: For larger applications, stack up to 8 boards to provide up to 128 I/O pins. Configure I2C addresses by setting the A0, A1, and A2 jumpers. Dual Connectivity: Includes PH2.0 terminal and solder pad choices for simple connection. Wide Compatibility: Compatible with both 3.3V and 5V systems, ensuring platform versatility. Interrupt Support: The INTA and INTB interrupt pins are used for real-time signal handling. Development Resources: Includes detailed instructions and sample projects for Raspberry Pi, Arduino, STM32, and micro. Easy Integration: The I2C interface, combined with a 4Pin 2.0 mm JST connector, provides for an easy and flexible connection to any MCU.

7Semi SHT40 Temperature & Humidity Sensor Breakout I2C Qwiic SHT40 Breakout (ES-13514) The 7Semi SHT40 Temperature & Humidity Sensor Breakout (I2C Qwiic) is a compact and reliable sensor module designed to measure both temperature and humidity with high accuracy. It is based on the Sensirion SHT40 sensor, making it suitable for modern electronics projects that need precise environmental data. This breakout board supports I2C communication and comes with a Qwiic connector, allowing quick and solder-free connections with microcontrollers like Arduino, ESP32, and Raspberry Pi. Its small size and low power consumption make it ideal for IoT devices, weather monitoring, indoor air quality projects, and learning applications where simplicity and accuracy matter. Features: High-accuracy temperature and humidity sensing using the SHT40 sensor Supports I²C communication for easy integration with microcontrollers Qwiic connector enables quick, solder-free plug-and-play connections Wide measurement range of 0–100% RH and –40°C to +125°C temperature Low-power and compact design, ideal for IoT and battery-powered projects Compatible with Arduino, Raspberry Pi, ESP32, and other development boards SHT40 Board Dimensions

7Semi TMP117 Accurate Digital Temperature Sensor Breakout I2C (ES-12132) The 7Semi TMP117 Accurate Digital Temperature Sensor Breakout is a high-precision temperature sensing module that gives you very accurate digital temperature readings. It uses the advanced TMP117 sensor, known for its excellent accuracy and fine resolution, so you can trust the temperature data you collect. This makes it great for projects where precise temperature tracking matters. This breakout board communicates over a standard I2C interface, so you can easily connect it to popular controllers like Arduino, Raspberry Pi, or ESP32. It works over a wide temperature range and consumes very low power, helping keep your circuits efficient and stable. Whether you’re building environmental monitors, weather stations, or smart home systems, this sensor makes temperature measurement simple and reliable. Features: High-precision TMP117 digital temperature sensor Delivers very accurate and stable temperature readings I2C interface for easy communication with microcontrollers Low-power operation, suitable for battery-powered projects Wide operating temperature range for versatile applications Compatible with Arduino, ESP32, Raspberry Pi, and other boards Compact breakout board for quick prototyping and integration Board Dimensions TMP117 Temperature Sensor Breakout to Arduino I2C Connection

ACEBOTT QD023 Motion-Sensing Glove with Encoders & Accelerometer & Enhanced ESP32 Controller The ACEBOTT QD023 Motion-Sensing Glove with Encoders & Accelerometer & Enhanced ESP32 Controller is a next-generation motion control glove designed for precise, intuitive robot interaction. Equipped with 5 encoders and an accelerometer, it delivers accurate real-time tracking of finger movements and hand tilt, enabling seamless gesture-based control. Powered by an integrated ESP32 controller with Bluetooth connectivity, this glove eliminates the need for external modules and offers full Arduino compatibility for custom projects. It comes preloaded with control code, accompanied by step-by-step tutorials for effortless integration with ACEBOTT robot kits. Built for convenience, the glove arrives fully assembled, runs on 4x AAA batteries, and features user-focused enhancements such as a Type-C USB port, upgraded PH 2.0 connector, and improved finger length for better fit and comfort. Crafted from durable materials, it ensures both performance and long-lasting wear, making it the ideal choice for robotics enthusiasts, educators, and developers. ACEBOTT QD023 Motion-Sensing Glove Assembly Guide Features: Enhanced Interactive Control Motion-sensing gloves allow for easy, gesture-based control of ACEBOTT robot kits. Offers a more natural, immersive experience than standard input devices such as keyboards and controllers. Precision and Accuracy Includes a sophisticated ESP32 controller, 5 encoders, and a single accelerometer for precise motion tracking. Allows for Bluetooth-enabled, real-time robot control with exceptional accuracy, making it ideal for STEAM instruction. The open-source, Arduino-compatible design enables secondary development and custom creations. Hands-Free Operation Motion sensors allow for smooth interaction with robots that do not have physical controllers. Improved design with an integrated ESP32 controller, Type-C USB connection, and an ergonomic fit for better comfort and performance. Comprehensive Tutorials and Plug-and-Play convenience Contains pre-configured code and step-by-step instructions for simple integration with ACEBOTT robot kits. Fully constructed and ready to use, powered by four AAA batteries, allowing students rapid hands-on learning.