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Group 4 Energy Harvesting for Self Contained Wireless Sensor Module

Agenda. Statement of WorkGantt ChartTasks CompletedTechnical ContentSummaryReferences . Statement of Work. Project Featuresassembling wireless charging devices to charge wireless sensor modules. to design an energy storage circuit.Specs Providing enough power to wireless sensor modulesDel

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Group 4 Energy Harvesting for Self Contained Wireless Sensor Module

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    1. Group 4 Energy Harvesting for Self Contained Wireless Sensor Module Sponsor: Spirit AeroSystems, UCSD/CEAM Mentor: Jon Isaacs Team Members: Hector Aranda, Ken Yu, Jean Fan

    2. Agenda Statement of Work Gantt Chart Tasks Completed Technical Content Summary References

    3. Statement of Work Project Features assembling wireless charging devices to charge wireless sensor modules. to design an energy storage circuit. Specs Providing enough power to wireless sensor modules Deliverables Demonstration of a working prototype Final paper and presentation Resources Jon’s lab for test and assembly

    4. Gantt Chart

    5. Tasks Completed Met with Mentor Developed Powerpoint Template Statement of Work Started Research Created Gantt Chart

    6. Technical Content Magnetic Induction Composed of LC circuit charging power supply Power is transferred from the primary coil to the secondary coil. The LC circuit has a natural resonant frequency Primary coil of the resonance circuit is coupled to receive power from a source oscillating at natural resonant frequency Secondary coil is coupled to the power supply so that power induced in the secondary coil charges the power supply. Limitation: Must have energy source

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