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In this video I'm going to show you how to make a tiny tachometer using ATtiny13A
🔰 Gerber file and Arduino code : intiontronics.com/2024/03/09/...
🔰 Tools and components : intiontronics.com/2024/03/09/...
🔰 How to setup Arduino IDE for uploading code to ATtiny13A : • How to Upload Code To ...
🔰 The owner of this project is Stefan Wagner. He designed the circuit and authored the Arduino code. My contribution was limited to implementing the PCB and making minor modifications to the Arduino code.
His article about this : github.com/wagiminator/ATtiny...
His youTube video about this : • TinyTacho - RPM Meter ...
🔰 For more Projects : intiontronics.com
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Digital tachometers are sophisticated electronic devices engineered to measure the rotation speed of various objects, such as the shaft of an engine. At the heart of these devices often lies microcontroller technology, with Arduino and ATtiny being popular choices due to their versatility, affordability, and accessibility to both hobbyists and professionals in the field of electronics.
Arduino, an open-source electronics platform based on easy-to-use hardware and software, is frequently utilized in the development of digital tachometers for prototyping and educational purposes. Its simplicity allows for rapid development and testing of the tachometer’s functionality, including the input from sensors that detect rotational speed and the output display that provides the user with real-time data. The Arduino IDE (Integrated Development Environment) supports a wide array of libraries that can be leveraged to interpret the signals from sensors, making it an ideal choice for creating custom tachometer projects.
On the other hand, the ATtiny series, known for its small size and low power consumption, is often employed in more compact or embedded digital tachometer designs. Despite their smaller footprint, ATtiny microcontrollers offer sufficient processing power to handle the calculations needed for accurately measuring rotational speeds. They are perfect for applications where space is limited or for portable tachometers that require battery operation. The integration of ATtiny into tachometer designs showcases the versatility and efficiency of using advanced microcontrollers in modern electronics projects.
In the realm of electronics, the development of digital tachometers exemplifies the practical application of microcontroller technology in creating useful tools and instruments. Both Arduino and ATtiny enable enthusiasts and engineers to design and implement highly accurate and reliable tachometers. These devices not only serve in automotive diagnostics and maintenance but also in industries where monitoring the rotational speed of machinery is crucial for operational efficiency and safety.
The evolution of digital tachometers, enhanced by the use of Arduino and ATtiny, reflects the ongoing innovation in electronics. These microcontrollers facilitate the creation of custom, feature-rich tachometers that can be tailored to specific needs, thereby broadening the scope of their application across different fields. As technology advances, the integration of such microcontrollers into digital tachometers will continue to evolve, offering even greater precision, versatility, and ease of use.
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Thank for watching....!
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