Wireless Power Tx Using Coil
- Availibility: In Stock
Components Required:
- Primary Coil (Transmitting coil)
- Secondary Coil (Receiving coil)
- AC Power Supply (for powering the primary coil, e.g., 12V AC adapter)
- Oscillator Circuit (to generate an alternating current in the primary coil)
- Rectifier Circuit (for converting AC to DC in the receiving end)
- Capacitor (for tuning and smoothing the output voltage)
- Load (e.g., LED, small bulb, or resistive load for the secondary coil)
- Connecting Wires
- Baseboard (to mount components)
- Multimeter (for measuring voltage and current)
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Description
Project Description: This project involves constructing a wireless power transmission system using two coils. The primary coil, connected to an AC power supply, generates an alternating magnetic field. This field is captured by the secondary coil, which is positioned close to the primary coil.
The alternating current induced in the secondary coil is then rectified using a rectifier circuit to provide a usable DC voltage. This DC voltage can power small electronic devices or loads, such as an LED.
The project demonstrates the principles of electromagnetic induction and the feasibility of wireless power transfer. It highlights the efficiency of energy transfer between the coils and the practical applications of wireless power technology.
Applications:
- Demonstrating the principles of wireless energy transfer
- Powering small electronic devices without physical connections
- Exploring applications in wireless charging technology
- Educational tool for understanding electromagnetic induction and resonance
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