1.0 Hardware 4D Systems’ Micro LCD-32PTU Touchscreen LCD TI’s TIVA C Series TM4C123G Launchpad Microcontroller Fabricated Microcontroller source to be determined – TI’s CC3000 BoosterPack Wi-Fi chip Panasonic’s Luxury Full-Size 2.2 cu. ft. Genius Microwave Oven with Inverter Technology CMOS VGA Camera Module 2.0 Software Code Composer Studios - Microcontroller 4D Systems’ Workshop4 IDE - LCD Touchscreen SDK Installer (Rev.A) - Wi-Fi Chip Microsoft SQL Server Express Edition Database Management System – PCB Planner - Fabrication PCB Expedition - Board Fabrication DX Designer - Fabrication Microsoft Word - Project Documentation InDesign - Milestone Management Microsoft Visio - Project Documentation LTPOWERCAD Power Design – LTSPICE Power Simulation – Prototype Construction & Coding Parts Acquisition & Bill of Materials In to acquire the parts for our prototyped NOMS system we purchased the parts from the individual vendors themselves such as Texas Instruments, Sanyo, and DigiKey for the fabricated controller board. These parts were acquired by purchase online and delivered over the Winter break and throughout the spring 2014 semester. The fabricated board was donated as well as the population of it. We prototyped our project using TI’s TIVA C Series TM4C123G Launchpad Microcontroller. After successfully implementing the prototype, we created our printed circuit board design using Eagle Schematic Capture. 2.0 PCB Vendor & Assembly The controller board that we prototyped with was TI’s TIVA C Series TM4C123G Launchpad Microcontroller. This was off the shelf and did not require any additions. We designed our own controller board in parallel with the design of the other subsystems. The design of this board was loosely based on the design of
1.0 Hardware 4D Systems’ Micro LCD-32PTU Touchscreen LCD TI’s TIVA C Series TM4C123G Launchpad Microcontroller Fabricated Microcontroller – source to be determined TI’s CC3000 BoosterPack Wi-Fi chip Panasonic’s Luxury Full-Size 2.2 cu. ft. Genius Microwave Oven with Inverter Technology CMOS VGA Camera Module 2.0 Software Code Composer Studios - Microcontroller 4D Systems’ Workshop4 IDE - LCD Touchscreen SDK Installer (Rev.A) - Wi-Fi Chip Microsoft SQL Server Express Edition – Database Management System PCB Planner - Fabrication PCB Expedition - Board Fabrication DX Designer - Fabrication Microsoft Word - Project Documentation InDesign - Milestone Management Microsoft Visio - Project Documentation LTPOWERCAD – Power Design LTSPICE – Power Simulation Prototype Construction & Coding Parts Acquisition & Bill of Materials In to acquire the parts for our prototyped NOMS system we purchased the parts from the individual vendors themselves such as Texas Instruments, Sanyo, and DigiKey for the fabricated controller board. These parts were acquired by purchase online and delivered over the Winter break and throughout the spring 2014 semester. The fabricated board was donated as well as the population of it. We prototyped our project using TI’s TIVA C Series TM4C123G Launchpad Microcontroller. After successfully implementing the prototype, we created our printed circuit board design using Eagle Schematic Capture. 2.0 PCB Vendor & Assembly The controller board that we prototyped with was TI’s TIVA C Series TM4C123G Launchpad Microcontroller. This was off the shelf and did not require any additions. We designed our own controller board in parallel with the design of the other subsystems. The design of this board was loosely based on the design of
Senior%20Design%202%20Paper.docx