background preloader

Development and Prototype boards and tools for PIC AVR and MSP430

Development and Prototype boards and tools for PIC AVR and MSP430

SoftBaugh, Inc. - The Best MSP430 Tools on the Planet™ LinkIt ONE, la plateforme IoT de Mediatek | Domotique Info Alors, le LinkIt ONE, qu’est ce que c’est ? C’est une carte électronique destinée à diverses utilisations comme le DIY, le maquettage ou les objets connectés. Mediatek, le fabricant de la carte, parle même de « wearable IoT » (internet des objets à porter sur soi). Le produit et ses accessoires sont distribués par Seeedstudio. ( Mediatek surfe sur la vague « Arduino » en proposant une carte qui est compatible avec le format des cartes Arduino UNO, tant au niveau des dimensions qu’au niveau des connecteurs et signaux. La programmation de la carte se fait également à travers l’IDE Arduino et on peut écrire les programmes comme s’il s’agissait d’un Arduino. « Et alors ? Oui, mais là où le LinkIt ONE suscite un réel intérêt c’est qu’il intègre des fonctions qu’on ne retrouve pas ailleurs : Pour achever de vous convaincre, le prix d’un kit LinkIt ONE n’est que $79 , le kit comprenant la carte, les antennes et une batterie Li-Po 1000mAh! .

TIG_Welder_Project This page details the design, construction and fun involved with building my version of a modern TIG welder with 180 Amp capacity and all the features of present day state of the art TIG machines at a fraction of the cost. The project started out as an excercise in frustration. As I'm sure you are aware if you are reading this there is little real in depth information available on the web detailing the design of welders. Lots of block diagram and generalisation......but no real substance, probably because the welding companies don't want anyone to see how simple it really is to produce a TIG unit with real world capability. After over a year of searching out what was required I finally ended up going to component manufacturers application sheets and found more there than was generally available from welder companies. Added four new pictures and nine PDF links for the finished Arc Starter Unit. Some of you have asked which IGBT's I used ?

Scientific Instruments Using the TI MSP430 Protocole radio Z-Wave 1. Présentation : La domotique nécessite de disposer d'appareils permettant de recevoir des informations provenant de différents appareils qu'ils soient classiques tels que interrupteurs, capteurs ou plus évolués (smartphone ou tablette) et de traiter ces données. Le Z-Wave est un protocole radio de fréquence 868 MHz en Europe qui permet aux périphériques de communiquer entre eux à faible puissance soit sur pile ou sur l'alimentation réseau. Tous les modules communiquent entre-eux grâce aux ondes radios, il est donc possible d'avoir un retour d'information de chacun d'eux et de les piloter en local ou à distance. Ces modules peuvent être commandés par vos commandes classiques (interrupteur ou bouton poussoir) ou par la Home Center 2 via le protocle Z-Wave. Pour pouvoir piloter son installation depuis un smartphone ou une tablette il faut relier le Home Center 2 à une box internet à l'aide d'un cordon Ethernet. 2. • La télécommande Z-Wave Octan Remote.

enc28 Search Results Kehribar have published his latest project – UDP bootloader for Atmega328. He used an Ethernet gateway board where Atmega328p and ENC28J60 Ethernet controller sits next to each other. UDP (User Datagram Protocol) is a transportation protocol, It doesn’t need IP settings so no need to set static (or dynamic) IP. This is not packet based protocol, so microcontroller has to take care of error checking. Anyway this fits in to 4096 bootloadred chunk and there is a chance to make it twice smaller. Arduino and Ethernet shield is a great duo. He went with all through hole components so building it is apiece of cake for everyone even with simple home PCB making technologies. Did you know that the ENC28J60 is Microchip’s first incursion into the Ethernet controller field? MAC & PHY IEEE 802.3 10BaseT functions,8KB of dual access RAM packet buffer,A SPI serial interface. Hence, for the project, you’ll need to use a dual power supply, 5V for the MCU and a 3.3V regulator for the ENC.

Embedded Workbench for TI MSP430 - IAR Integrated development environment and optimizing C/C++ compiler for MSP430 IAR Embedded Workbench supports the CC430, 1xx, G2xx, 2xx, 3xx, 4xx, 5xx, and 6xx families of MSP430 microcontrollers. The latest version of this product, version 6.10, includes MPU/IPE support and added Small code model. See more in product news Download Key components: Integrated development environment with project management tools and editorHighly optimizing C and C++ compiler for MSP430Automatic checking of MISRA C rules (MISRA-C:2004)Configuration files for all MSP430 devicesFET debugger supportRun-time librariesRelocating MSP430 assemblerLinker and librarian toolsC-SPY debugger with MSP430 simulator and support for RTOS-aware debugging on hardwareExample projects for MSP430 and code templatesUser and reference guides in PDF formatContext-sensitive online help Chip-specific support: Hardware debugging support: RTOS support: Built-in plugins for Supported devices:

Crash-Bang Prototyping | How to Debug your AVR Project with the Atmel-ICEHow to Debug your AVR Project with the Atmel-ICE Microcontroller projects are complex beasts: the combination of hardware and software gives bugs plenty of room to hide from you. If you’ve ever struggled to debug your AVR microcontroller projects then jump on board – this post is just for you! One of the tools that I valued most in my software development days was the debugger – the ability to step through code to find bugs quickly by tracing the execution path. Nowadays I don’t work on pure software projects any longer – I’ve ratcheted up the complexity by working on AVR projects combining hardware with the software. You’re dealing with this same complexity, so thankfully we have access to a debugger that can help us to step through our microcontroller-based projects. The tool that I currently use is an Atmel-ICE Basic debugger, a combination of great value and functionality. The first time you connect your Atmel-ICE to your PC, the USB drivers will be installed. 1.1 Connect the Atmel-ICE to the Target Microcontroller

Related: