Electronics Kit (Computer Science) for Grade 7 The components included in the electronics kits for computer science purposes and applications are manufactured and curated with the best quality. The components of the kit are listed below with their quantity. Small DC Motor: A DC 3V Mini Motor For Arduino DIY Smart Car. this DC 3V Mini Motor For Arduino DIY Smart Car is used in making science projects for school. LED: 5mm Clear LEDs. These are the very common LEDs that are used in all types of electronic projects. 2 AA Batteries Holder: Black Plastic Storage Box Case for 2 x AA Battery Cells, without Cover. The case box can keep your batteries organized and protected. The holder case is designed with leads for easy to solder and connect. This battery holder case is perfect for devices that need a 3V external battery. Wire: The High-Quality Wire 1m (Black) + 1m (Red) pair has a pretty big diameter as compared to the normal 20AWG wire used in RC projects for serving its specific purpose. This wire has low resistance and high current carrying capacity. Ideal for your project. It is super flexible and soft with a high strand count which means it is great for use in restrictive and compact areas. Mini Breadboard: The 170 Points breadboard is named for its 170 tie points. It has 17 columns of 10 holes, which are separated into two pairs by a central notch, and labeled 1 to 17. It comes with the adhesive back for easy attachment with the application. They're useful for basic prototyping. They are the modern breadboards, a plug-and-play way to make connections between electronic components. 220 Ohm Resistor: An electrical component that limits or regulates the flow of electrical current in an electronic circuit.

Elementz AVR USB Programmer with Cable USB AVR USBISP programmer will allow users to painlessly transfer hex programs to most ATMEL AVR microcontrollers. It is more reliable than most other AVR programmers available. Entire AVR programmer has been built with using common parts and fits in the case of the serial connector. This AVR programmer is compatible with AVRdude GUI software. This can be used to program : AT90S1200,2313,2323,2343,4414,4433,4434,8515,8535, ATMEGA103,128,1280,1281,16,161,162,163,165,168,169, ATMEGA 2560,2561,32,323,325,3250,328,329,3290,406,48,64, ATMEGA 640,644,645,6450,649,6490,8,8515,8535,88, ATTINY 11,12,13,15,22,2323,25,26,261,28,44,45,461,84,85,86, AT90CAN128,32,64, AT90PWM2, CAPABLE OF PROGRAMMING BOTH 3.3V & 5V AVR MICROCONTROLLERS read more : Implementation of PWM in AVR

Elephant Robotics Adaptive Gripper for myCobot/myPalletizer/mechArm/myBuddy The Adaptive Gripper is a versatile and intelligent gripper designed for collaborative robots like myCobot, myPalletizer, mechArm, and myBuddy. With its 2-finger adaptive gripping mechanism, it enables internal, external, and encompassing grips, ensuring a firm hold on objects of various shapes and sizes. This gripper is essential for streamlining automation processes, offering fast deployment and reliable operation without requiring robotics expertise. Perfect for flexible robotic applications, the Adaptive Gripper enhances productivity while maintaining ease of use. Features: Simple & Robust Design – Ideal for advanced manufacturing and robotic research, adapting to objects for a secure grip. Versatile Control – Adjust position, speed, and force for precise gripping based on your needs. Smart Object Detection – Detects if an object is picked and verifies its size for enhanced automation. High Repeatability – Achieves 1mm repeat positioning accuracy with fast closing capability. Easy Integration & Use – Installs in minutes on Elephant Robotics arms with intuitive configuration and programming. Dynamic Torque Adjustment – Automatically adjusts grip width and force for objects within the rated load. Applications: Industrial automation and precision assembly tasks Educational robotics and STEM learning projects Research and development in robotic manipulation Pick-and-place operations for manufacturing lines Prototyping and testing for AI and automation systems Flexible gripping for objects of varying shapes and sizes Integration with Elephant Robotics arms for collaborative tasks Warehouse sorting, packaging, and logistics automation

Elephant Robotics Flat Base for MyCobot 280 Pi & 280 M5 The myCobot-Flat Base is designed to provide a stable and secure foundation for the myCobot 280 Pi and myCobot 280 M5 collaborative robotic arms. Featuring LEGO-compatible connectors, it allows easy attachment of the robotic arm to the baseplate, ensuring precise operation for research, automation, and creative applications. For best performance, it is recommended to use the base on smooth surfaces such as glass or marble and to test the adhesion before operation. Whether for educational experiments, prototyping, or automation projects, the myCobot-Flat Base enhances stability and usability, letting you focus on seamless robotic arm control. Features: Stable & Durable Design – Provides a robust foundation for the robotic arm, ensuring steady operation for research and creative projects. Compact & Space-Saving – The small footprint ensures it doesn’t take up much space on your workspace. Flexible Movement – Easily move the base on smooth surfaces like glass or marble for versatile positioning. Quick & Easy Installation – Installs in minutes with simple setup instructions. Lightweight & Portable – Weighing only 60g, making it easy to carry and transport.

Elephant Robotics MyCobot 280 6 DOF Collaborative Robotic Arm - Raspberry Pi 2023 Version The myCobot 280 (Raspberry Pi 2023 Version) is a 6-DOF collaborative robotic arm, designed for robotics education, research, and development. Powered by a Raspberry Pi microprocessor and running Ubuntu Mate 20.04, it eliminates the need for an external PC-simply connect a monitor, keyboard, and mouse to get started. This robotic arm is the ideal choice for programming education, control logic development, and ROS-based simulation experiments, making it perfect for students, educators, and robotics enthusiasts. With a strong global presence in 50+ countries and over 10,000 units sold, myCobot 280 has proven to be a reliable and versatile solution for learning and applying robotic technologies. Features: Experimental Education and Research The best robotic buddy you could ask for is myCobot 280. It provides a multitude of options for robot programming, control logic development, and even ROS simulations, thanks to its native Raspberry Pi 4B support and a range of actuators and sensors. Construct, educate, and enjoy the myCobot 280. Creative Development Use the myCobot 280 series to learn about industrial robot development. outfitted with several control modes, including potentiometer, radian, coordinate, and angle values, as well as sophisticated motion control algorithms. Get a realistic programming experience for your projects with over 90+ robot control interfaces and an open-source drive library. Commercial Exploration The integration of various end effector technologies is made possible by the myCobot 280 robot arm's Lego interface, which facilitates secondary development. Developers can use this capability to construct a variety of applications, such as face recognition & tracking, object recognition, image sorting, robot assistant, and more. BRAINED ON RASPBERRY PI 4B CPU: 64-bit 1.5GHz 4Core (28nm) GPU?Broadcom VideoCore vl@50OM. Learn Robotics with Programming We provides a Gitbook for quickly building a robotic arm development environment with detailed tutorials on everything from setting up the environment to controlling the robotic arm and support popular programming languages like Python. Smart & Intuitive Robotics with AI Integration myCobot 280 offers effortless operation with intuitive slider controls, making it perfect for both beginners and professionals. With MoveIt demos, users can explore advanced path planning and obstacle avoidance for sophisticated robotics applications. Additionally, optional AI Kit integration enables machine vision and robot-arm coordination for object recognition and grasping tasks, expanding the possibilities for AI-driven automation.

EMAX 2207 1750KV Pulsar LED Brushless Motor The EMAX 2207 1750KV Pulsar LED Brushless Motor is engineered for drone enthusiasts who demand both power and style. As part of EMAX’s ECO II Series, this high speed brushless motor delivers exceptional performance, durability, and efficiency. Featuring a redesigned structure with reinforced housing and a reflective modern finish, it ensures long-lasting reliability and a sleek appearance. The upgraded N52SH arc magnets provide improved torque, thrust, and throttle response, making it the ideal brushless motor for drone racing and freestyle setups. Combining innovation with affordability, EMAX continues to set new standards in brushless motor technology. Features: Bright White LED Illuminated Motor Base with Interchangeable Colored Covers Motor Wire Solder Pads on the Motor Base. N52 Arc Magnets Precision EZO 9x4x4 bearings. Hollow Steel Shaft Multi-Stranded Motor Winding

EMAX 8.5g ES08D II Digital Servo Motor The EMAX 8.5g ES08D II Digital Servo Motor is a compact and lightweight small servo motor designed for precision control in RC helicopters, airplanes, and robotics projects. Built with durable materials and a robust gear set, this digital servo ensures smooth, responsive, and accurate movement. Its sturdy case enhances reliability during operation, while the included servo horns and mounting screws make installation quick and effortless. Ideal for hobbyists and professionals, the Emax ES08D II offers dependable performance in a compact form factor. Features: High-quality material and robust gear construction Smooth and precise control response Easy to install with included accessories Perfect for RC aircraft, micro robots, and DIY projects

EMAX D-SHOT Bullet 6A ESC for Onshot42 2S FPV Racing Drone The EMAX D-SHOT Bullet 6A ESC is a high-performance drone speed controller engineered for Onshot42 2S FPV racing drones. Designed with precision, this compact ESC controller delivers reliable performance with a 6A continuous current capacity and advanced DShot protocol support for ultra-smooth throttle control. Featuring BLHeli-S firmware, it includes active braking, damped light output, and programmable motor timing—ensuring fast response, enhanced flight stability, and improved efficiency. Perfect for drone enthusiasts seeking a lightweight yet powerful electronic speed controller for drone builds. Features: The market's lightest and smallest ESC, built particularly for high-level FPV racing. Using the most recent BLHeli-S firmware (16.5), hardware PWM provides a signal that improves smooth throttle response and reduces noise. Supports the new digital signal DSHOT as well as the analog signals MULTISHOT, ONESHOT42, and ONESHOT125. High-quality MOSFET and ceramic capacitors. The 3oz high TG PCB board dramatically improves heat dissipation and system efficiency. The new aluminum heat sink provides protection from propeller impact damage.

EMAX ECO 1106 4500KV CW Micro Brushless Motor for FPV Racing RC Drone The EMAX ECO 1106 4500KV CW Micro Brushless Motor redefines performance for 2-inch FPV racing drones. Designed for enthusiasts who demand speed and precision, this micro brushless motor offers incredible power output in a compact form factor. With an 8mm tall stator, it delivers immediate torque response, ensuring exceptional control during fast maneuvers. Compatible with 2S–3S LiPo batteries, the motor provides the perfect balance of efficiency and thrust for micro drone builds. Each brushless motor is crafted from high-quality CNC-machined materials and fitted with premium ball bearings, ensuring smooth, vibration-free performance that enhances flight stability and overall flight controller precision. Ideal for racers and hobbyists, this brushless motor for drone applications combines durability, responsiveness, and high-speed capability in one powerful package. Features: Precision durable ball bearings Steel shaft for high strength. Anodizing to improve finish and corrosion resistance 99 millimeter hole pattern Multi-strand copper winding 100mm silicone wire, 26AWG.

Emax ECO II 2004 2000KV Brushless Motor for RC Drones The Emax ECO II 2004 2000KV Brushless Motor is engineered for drone enthusiasts seeking a perfect balance of power, efficiency, and durability. As part of the renowned ECO II Series, this brushless motor for drone applications is completely redesigned with a sleek, rounded structure and reinforced build to withstand demanding FPV flights. Its precision-engineered design ensures smooth and responsive performance, while the modern reflective finish adds both style and sophistication. Ideal for FPV drone motors, the ECO II 2000KV delivers consistent thrust, superior control, and long-lasting reliability — all at an affordable price point, making it a top choice for both hobbyists and professionals. Features: Rounded bell design, reinforced attachment points for durability. Mirror-polished surface provides a sleek, reflective appearance. Upgraded N52SH curved arc magnets for better performance. Precision NSK bearings ensure smooth and reliable operation. Standard 12x12mm motor mounting for simple installation.