MATLAB Expert for Wireless Power Simulation
Budget: £10 – £15 GBP
I need an experienced MATLAB Simulink and power electronics professional who can assist with the inconsistency issues I'm experiencing on my wireless power transfer system simulation. At present, the simulation is producing inconsistent results, specifically during the power transmission stage.
For the freelancer to be successful:
- Proficiency in MATLAB Simulink and power electronics is essential.
- Experience troubleshooting wireless power transfer simulations.
- An understanding of power transmission in wireless power transfer systems.
The key responsibility will be to:
- Thoroughly analyze the provided simulation.
- Diagnose, and recommend solutions for, the inconsistency in power transmission.
- Optimize for stable, reliable performance.
more dateals : I'm seeking an expert in MATLAB Simulink and power electronics to troubleshoot and optimize a wireless power transfer system simulation. The model currently exhibits instability on the receiver side when operating at 85 kHz. I need assistance in tuning the resonant LC circuits, adjusting simulation parameters for high-frequency signals, and implementing filtering to reduce noise. The goal is to achieve a stable and efficient simulation output that can be used for further development and testing of the wireless charging system.
I look forward to working with an expert in this field who can enhance the performance and deliver more reliable results.
For the freelancer to be successful:
- Proficiency in MATLAB Simulink and power electronics is essential.
- Experience troubleshooting wireless power transfer simulations.
- An understanding of power transmission in wireless power transfer systems.
The key responsibility will be to:
- Thoroughly analyze the provided simulation.
- Diagnose, and recommend solutions for, the inconsistency in power transmission.
- Optimize for stable, reliable performance.
more dateals : I'm seeking an expert in MATLAB Simulink and power electronics to troubleshoot and optimize a wireless power transfer system simulation. The model currently exhibits instability on the receiver side when operating at 85 kHz. I need assistance in tuning the resonant LC circuits, adjusting simulation parameters for high-frequency signals, and implementing filtering to reduce noise. The goal is to achieve a stable and efficient simulation output that can be used for further development and testing of the wireless charging system.
I look forward to working with an expert in this field who can enhance the performance and deliver more reliable results.
Related categories:
Wireless
Electronics
Matlab and Mathematica
Electrical Engineering
Telecommunications Engineering