See more at their Instructables page.ĭigital Echolocation Graham Chow’s Acoustic Localization tracking device uses a pair of microphones, an analog filter and the Tiva-C to locate a target His Scarab XL robot is still a work in progress and he plans to add sensors to give it increased functionality and autonomy. RegioAlpha then programmed the robot using Keil’s µVision IDE to give the robot basic autonomous movement (forward, backward, etc.) and powered it using a pair of cellphone batteries. RegioAlpha retained most all of the internals but rerouted the servomotors to the LaunchPad, essentially bypassing the Scarab XL’s internal control board and moving the RC and control functions over to the Pad. The Scarab itself is driven by a pair of servomotors that drive the robots six legs with 7-way steering, which is driven by an internal control board. Even I made a project with the Tiva-C… more on that in a bit.Īutonomous HEBUG RegioAlpha’s HEXBUG Scarab XL robot combines the popular toy with TI’s Tiva-C LaunchPad to give it increased functionalityįirst up, Instructables user RegioAlpha combined a HEBUG Scarab XL with a Tiva-C Launchpad (version- EK-TM4C123GXL), giving it a level of autonomy while still retaining its RC capabilities. In this mini roundup, we will take a look at some of the interesting projects makers have designed using TI’s new board.
#Keil 5 stellaris launchpad series
The company’s Tiva-C LaunchPad series ( TI’s wiki on them here) is a pretty impressive board for its size and features an ARM Cortex-M4F SoC with up to 1Mb of Flash memory for storage and up to 256Kb of RAM depending on the model.
That doesn’t mean they are any less of an effective board, in fact they can hold their own against the others depending on the task. Unlike the popular boards listed above, TI’s development boards aren’t as widely adopted for projects on the massive scale. After that, they’re widely known for their semiconductors, analog chips, and last but not least microcontrollers. Texas Instruments on the other hand… Calculators are the first thing that comes to mind. Raspberry Pi, BeagleBone, Arduino, UDOO - all names we’re familiar with when it comes to development boards or single-board computers (SBCs) used in maker/DIY projects. Texas Instruments’ newest dev board, the Tiva-C LaunchPad features an ARM Cortex-M4F CPU, up to 1Mb Flash memory and 256Kb of RAM depending on the model Subscribe to the premier DIY magazine todayĬommunity access, print, and digital Magazine, and more Skill builder, project tutorials, and more On Maker Campus facilitated by makers but for everyone Get hands-on with kits, books, and more from the Maker Shed
#Keil 5 stellaris launchpad free
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