Wireless power transmitter course,
in this course you’ll learn the fundamentals of designing and building a wireless power transmission system, a modern solution for charging and powering devices without cables. Starting with the basics of electromagnetic induction and resonant coupling, we’ll explore how wireless power transfer works, including the roles of transmitter and receiver coils and the importance of frequency tuning. You'll gain hands-on experience working with the IC 555 timer to create a stable oscillating circuit, which is key for generating the necessary alternating current to produce a magnetic field. This course covers how to select and design coils, set optimal frequencies for efficient power transfer, and adjust circuit parameters for varying power levels and distances. Practical sections will guide you through circuit assembly, testing, and troubleshooting to ensure reliable wireless power transmission. We’ll also discuss real-world applications, from charging electronic devices to industrial and medical uses, and best practices to improve efficiency and safety. This course is ideal for electronics enthusiasts and innovators interested in developing practical skills in wireless technology and modern power solutions.
