Leading Distributor of Educational Electronics

Educational electronics are devices and components designed specifically for learning and teaching purposes.

They are used to teach students about electronics, programming, robotics and other STEM (Science, Technology, Engineering and Mathematics) subjects.

Educational electronics are designed to be interactive, engaging and user-friendly for various educational levels, from elementary schools to higher education institutions.

Educational electronics include a wide range of components, such as:

• Microcontrollers
• Sensors
• Robotics kits
• Electronic learning boards
• Circuit building kits

• Laboratory equipment

Educational electronics are used in a variety of educational settings and applications to enhance learning and teaching experiences, such as:

• Interactive learning: Devices like microcontrollers and sensors are used in interactive projects to teach students about programming, circuit design and data collection.
• STEM education: Robotics kits and electronic building blocks introduce students to concepts in science, technology, engineering and mathematics, fostering hands-on learning and problem-solving skills.
• Classroom demonstrations: Teachers use electronic kits to demonstrate principles of physics, electronics and engineering, making abstract concepts more tangible and understandable.
• Practical skill development: Circuit building kits and soldering projects help students develop practical skills in electronics assembly and troubleshooting.
• Science fairs and competitions: Students use educational electronics to build models for science fairs, competitions and exhibitions, showcasing their creativity.
• Research projects: Advanced students use sophisticated electronic instruments in research projects to explore more complex topics in electronics and technology.
• Coding and programming education: Microcontrollers and development boards, like Arduino and Raspberry Pi, are used to teach coding and programming in an engaging, hands-on learning environment.

AGS Devices offers a wide range of educational electronics components for various industries.

We offer:

• Microcontrollers
• Sensors
• Robotics kits
• Electronic learning boards
• Circuit building kits
• Laboratory equipment

At AGS Devices, we harness nearly two decades of expertise in the electronics sector, focusing on educational electronic components.

Our mission is to provide and distribute a broad selection of top-tier educational electronic components — from microcontrollers and sensors to robotics kits and circuit boards.

As a premier distributor of educational electronic components, we strive to boost the efficiency and reliability of your educational supply chain. Our knowledgeable team, equipped with the latest technological advancements and industry insights, distributes superior-quality components at cost-effective prices.

Choosing AGS Devices as your partner means engaging with a team committed to distributing and supplying you with electronic components, every step of the way.

How do electronic gadgets affect academic performance?

Electronic gadgets can positively impact academic performance in several ways, including:

• Enhanced access to information: Gadgets like tablets and laptops provide students with instant access to a vast array of resources and information, aiding in research and learning.
• Interactive learning: Interactive educational apps and software make learning more engaging and can improve understanding and retention of information.
• Improved organization: Digital tools help students organize their study materials and schedules more efficiently, leading to better time management.
• Collaborative learning: Gadgets enable collaborative learning opportunities, allowing students to work together on projects or study groups, even remotely.
• Skill development: Regular use of technology in learning helps students develop important digital skills that are essential in today’s tech-driven world.
• Customized learning experiences: Gadgets allow for personalized education, where students can learn at their own pace and according to their learning style.

What are the basic educational electronic components?

The basic educational electronic components commonly used in various circuits and devices are:

• Resistors

• Capacitors
• Diodes
• Transistors
• Inductors
• Integrated Circuits (ICs)
• Light Emitting Diodes (LEDs)
• Switches

What can I find in an educational electronic kit?

Educational electronic kits typically contain components and tools that allow students to explore both basic and advanced concepts in electronics. Common items found in these kits include:

• Breadboard: A reusable platform for constructing and testing circuits without soldering
• Jumper wires: Used for making connections on the breadboard
• LEDs (Light Emitting Diodes): Used to teach about lighting and basic circuit concepts
• Resistors: Various resistors to control current and voltage in circuits
• Capacitors: Used to demonstrate energy storage and filtering functions
• Transistors: Used for switching and amplification lessons
• Diodes: Basic components for teaching students about unidirectional current flow
• Switches and buttons: Used to manually control circuit operations
• Integrated circuits (ICs): Such as timers (like the 555 timer) and microcontrollers (like Arduino or Raspberry Pi for advanced kits)
• Sensors: Such as temperature, light, or motion sensors, especially in more advanced kits
• Motors or servos (in some kits): Used for projects involving movement or robotics

• Battery holder/power supply: Used to power the circuits built on the breadboard

How does AGS Devices ensure the quality of its educational electronic components?

AGS Devices ensures the quality of its educational electronic components through meticulous testing and extensive quality assurance processes. Each component, from basic resistors and LEDs to more complex integrated circuits and sensors, is rigorously evaluated to guarantee compliance with the highest educational standards.