Ee2Electronics Engineering

Design a wireless power transfer solution to glow an LED

 Design a wireless power transfer solution to glow an LED using principles of wireless power transfer.  

Certified by

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Timeline

30 days

Certificate

Provided by the Company after Review

Incentives

Paid Internship

Expected Output

  1. The Approach file containing the initial thinking process and some intuition to achieve the task - Explain the thought process involved in the process flow of designing a wireless power transfer solution.    Pdf
  2. The Design.pdf that contains all the design detail schematics - Explain the design details and the hardware implementation for creating this prototype.    Pdf
  3. A youtube video explaining the functioning of the working prototype made by you - Upload a video on Youtube explaining the working of the prototype that you have created.    Video

Why take up this Menternship?

On completing this Menternship, you will learn about

  • 1. The working of oscillator circuit design.
    2.  Wireless power transfer coil design.
    3. Resonant circuit design. 

About this Menternship

Avantari is a R&D and Product Development firm whose core competence is in consumer software & IoT technology, with bio-medical engineering as their strength in the latter. They believe in transforming their client’s needs or opportunities into a marketable solution in the form of cutting-edge consumer technology. Augmented Reality is the next level of engagement between customers & brands and Avantari is marking their position as the Top Augmented Reality firm in India. They help to Ideate, Circuit Design, Prototype (Breadboard and PCB), Casing Design, DFM/DFA, Testing. The Menternship given by them is to design a wireless power transfer solution to glow an LED using principles of wireless power transfer. Wireless charging system was designed using the method of inductive coupling. The solution  should satisfy the following specifications :
Primary side parameter: Ip = 200mA; Vp = 5v
Secondary side parameters: Is = 20mA; Vs = 4.3v 


Design a wireless power transfer solution to glow an LED