Building and Designing Metal Detectors with Arduino

Free Download Building and Designing Metal Detectors with Arduino
Last updated 8/2023
MP4 | Video: h264, 1280×720 | Audio: AAC, 44.1 KHz, 2 Ch
Language: English | Duration: 2h 39m | Size: 1 GB
Unlocking Treasures: The Art and Science of Metal Detectors Design

What you’ll learn
How to use a metal detector
How a metal detector works
How to build a metal detector
Understand the different technologies used to make metal detectors
Use Arduino to build metal detector
Build a BFO Metal Detector
Requirements
Basic Math Skills
Basic electronics skills
Arduino
Description
Do you have a passion for exploration, a curiosity about electromagnetism, and a desire to uncover hidden secrets buried beneath the surface? If so, our comprehensive course on "Building and Designing Metal Detectors" is tailor-made for you. Delve into the fascinating world of metal detection technology, where science, engineering, and creativity intersect to create devices that unveil the mysteries of the past and the treasures of the present.
In this immersive course, participants will embark on a hands-on journey to understand the principles, components, and techniques involved in building and designing effective metal detectors. Whether you’re an aspiring engineer, a hobbyist, or a curious individual eager to explore the mechanics of metal detection, this course provides a unique opportunity to gain practical skills and theoretical insights.
Course Highlights
Fundamentals of Metal Detection: Begin your exploration by mastering the essential concepts of electromagnetism, eddy currents, and electromagnetic induction. Gain a solid foundation in the science that underpins metal detection technology.
Components and Circuitry: Delve into the intricate world of circuitry and components that make up a metal detector. Learn to select and integrate essential elements, including search coils, amplifiers, signal processing units, and power sources.
Search Coil Configurations: Explore the various search coil configurations – concentric, double D (DD), elliptical, and more – and understand how each design affects sensitivity, depth penetration, and discrimination capabilities.
Signal Processing and Discrimination: Master the art of signal processing to differentiate between different types of metals and eliminate unwanted signals. Develop techniques to fine-tune discrimination settings for optimal performance.
Ground Balance and Mineralization: Navigate the challenges posed by ground mineralization and learn advanced techniques to adjust ground balance settings for accurate metal detection in varying soil conditions.
Practical Construction: Roll up your sleeves and build your own metal detector prototype from scratch. Gain hands-on experience in assembling components, soldering, wiring, and troubleshooting.
Testing and Calibration: Understand the importance of testing and calibration in ensuring your metal detector performs at its best. Learn how to fine-tune settings and optimize performance for different environments.
Customization and Innovation: Embrace your creativity by exploring opportunities for customization and innovation. Experiment with modifications, add-on features, and alternative materials to create a unique and effective metal detection device.
Real-World Applications: Discover the diverse applications of metal detectors, from treasure hunting and archaeology to security screening and industrial quality control.
Who Should Attend
This course is designed for individuals with a passion for electronics, engineering, and exploration. It caters to
Enthusiastic hobbyists interested in constructing their own metal detectors.
Aspiring engineers seeking to enhance their knowledge of electromagnetism and circuit design.
Individuals curious about the science behind metal detection and its practical applications.
Prerequisites
How to program an Arduino.
Build basic to intermediate circuits.
Basic math skills.
Outcome
By the end of this course, participants will have the skills and knowledge to design, build, and calibrate their own metal detectors. They will gain insights into the principles of electromagnetic detection, develop proficiency in component selection and integration, and acquire the ability to troubleshoot and optimize performance. With a solid foundation in metal detection technology, participants will be equipped to embark on their own explorations, uncover hidden treasures, and contribute to the advancement of metal detection technology.
Join us on this exciting journey of discovery, innovation, and practical learning as we delve into the captivating realm of "Building and Designing Metal Detectors." Unearth the skills and insights that will enable you to unlock the secrets hidden beneath the surface.
Who this course is for
Electronic engineers
Metal detectorist
Hobbyist and DIY enthusiastic
Physic students
Homepage

https://www.udemy.com/course/build-your-own-metal-detector/