Elevate your DIY electronics projects with our high-quality 4 Pin Tactile Momentary Push Button. This essential component is designed for versatility and reliability, perfect for hobbyists, makers, and professionals alike.
Key Features:
Durable Build: Crafted with robust materials to withstand repeated use, ensuring long-lasting performance.
Compact Design: The small form factor makes it ideal for use in compact circuits and tight spaces.
Four Pin Configuration: Provides secure and stable connections, reducing the risk of loose contacts.
Tactile Feedback: Offers a satisfying click response, giving you precise control and confidence in your input.
Specifications:
Actuation Force: Optimal for comfortable and reliable pressing.
Operating Life: Designed to endure millions of cycles, ensuring durability.
Dimensions: 6mm x 6 mm x 5mm (L x W x H); Compact size to fit various electronic projects.
Integration with Raspberry Pi:
The 4 Pin Tactile Momentary Push Button is an excellent choice for Raspberry Pi enthusiasts. Whether you're building a custom keypad, a control panel, or adding a user interface to your projects, this button seamlessly integrates with Raspberry Pi computers.
Easy Connectivity:
GPIO Compatibility: Easily connect the push button to the GPIO (General Purpose Input/Output) pins on your Raspberry Pi.
Programming Flexibility: Use popular programming languages like Python to detect button presses and trigger actions, making it perfect for creating interactive projects.
Applications:
DIY Electronics: Ideal for a wide range of DIY projects, from simple circuits to complex systems.
Prototyping: Perfect for prototyping new designs and testing functionalities.
Educational Use: Great for teaching and learning about electronics, programming, and hardware integration.
Unlock the potential of your Raspberry Pi with our 4 Pin Tactile Momentary Push Button. Whether you're a seasoned maker or a beginner, this reliable component will help bring your innovative ideas to life.
A 400 tie-point breadboard is a versatile and essential tool for electronics prototyping and circuit design. It features a grid of 400 interconnected tie points, providing ample space for assembling and testing electronic circuits without soldering. The breadboard is typically divided into two main areas: the central strip and the power rails.The central strip contains 300 tie points organized int..
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