Visible light communication Circuit Design
Budget: $10 – $40 USD
Project Title: Visible light communication
Overview:
We are looking for a skilled professional to design a visible light communication system for wireless data transfer. The system will utilize light-emitting diodes (LED bulbs) as the primary light source and cover a range of meters. The main requirement is circuit design using a program like Multisim. The designs and simulations of the circuits are required. The coverage are is 5m x 5m x 3m.
Circuit input: a square wave simulating on-off keying, basically a binary sequence, min 8 bits, max 32 bits
Project Requirements:
1. Visible Light Communication System Development:
- Circuit design of transmitter and receiver.
- The receiver is expected to be designed using a photodiode, with a filter and transimpedance amplifier,
any further adjustments can be made based on the engineers expertise.
- Ensure seamless and reliable communication between devices using light-emitting diodes (LED bulbs) as the light source.
- All calculations needed to design circuits is also required.
2. Signal Range Optimization:
- Optimize the system to cover a range of meters.
- Ensure strong signal strength and minimal interference within the specified range.
- Conduct thorough testing and fine-tuning to achieve optimal performance.
3. Data Transfer Speed and Reliability:
- Implement techniques to enable high-speed data transfer over the visible light communication system.
- Ensure reliable transmission of data packets without loss or corruption
- minimum speed of 100kbps.
Ideal Skills and Experience:
- Strong background in wireless communication systems and protocols.
- Proficiency in visible light communication technology.
- Experience in designing and developing systems using light-emitting diodes (LED bulbs)
Overview:
We are looking for a skilled professional to design a visible light communication system for wireless data transfer. The system will utilize light-emitting diodes (LED bulbs) as the primary light source and cover a range of meters. The main requirement is circuit design using a program like Multisim. The designs and simulations of the circuits are required. The coverage are is 5m x 5m x 3m.
Circuit input: a square wave simulating on-off keying, basically a binary sequence, min 8 bits, max 32 bits
Project Requirements:
1. Visible Light Communication System Development:
- Circuit design of transmitter and receiver.
- The receiver is expected to be designed using a photodiode, with a filter and transimpedance amplifier,
any further adjustments can be made based on the engineers expertise.
- Ensure seamless and reliable communication between devices using light-emitting diodes (LED bulbs) as the light source.
- All calculations needed to design circuits is also required.
2. Signal Range Optimization:
- Optimize the system to cover a range of meters.
- Ensure strong signal strength and minimal interference within the specified range.
- Conduct thorough testing and fine-tuning to achieve optimal performance.
3. Data Transfer Speed and Reliability:
- Implement techniques to enable high-speed data transfer over the visible light communication system.
- Ensure reliable transmission of data packets without loss or corruption
- minimum speed of 100kbps.
Ideal Skills and Experience:
- Strong background in wireless communication systems and protocols.
- Proficiency in visible light communication technology.
- Experience in designing and developing systems using light-emitting diodes (LED bulbs)