Raspberry Pi Supported SPI driven Cold-Junction K-Type Thermocouple converter: MAX31855 MAX6675 GPIO driven Solid State Relays (230V heating/fan) PWM driven MOSFET (12V cooling) Python control daemon (running on the Pi) HTML5/Websocket OS independent multi user web-client Live Monitoring & control Browser based Profile/Curve Management + Slope Calculator At this point (although still only a PoC-Demonstrator) […]
In this article, by Rushi Gajjar, author of the book Raspberry Pi Sensors, you will see the basic requirements needed for building the RasPi projects. You can’t spend even a day without electronics, can you? Electronics is everywhere, from your toothbrush to cars and in aircrafts and spaceships too. This article will help you understand the
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The Raspberry pi is a device which uses the Broadcom controller chip which is a SoC (System on Chip). This SoC has the powerful ARM11 processor which runs on 700 MHz at its core. This powerful processor and the controller having the peripherals like timers, interrupt controller, GPIO, PCM / I2S, DMA controller, I2C, SPI
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Overview This is an out of the box quick start guide that will give you the essentials of preparing and running the LOGI-Apps demos on your LOGI-Pi and Raspberry Pi. The guide will guide you through the following items to get you up and running in no time. Installing the LOGI-Pi onto the Raspberry Pi
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Project Description I need to be able to control turning on and off an RGB LED utilizing the Raspberry Pi. I also should be able to turn it on and off using an Android device. Design The design is made up to utilize three different components: Raspberry Pi / LED Hardware, Web Service, and Android
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I received my long-expected Raspberry Pi a few days ago. I just couldn’t wait to try out my crazy ideas on it. But wait, what if Pi can go portable. What if Pi can still rock on when a power source is unavailable. Problems to solve: How to power supply when we on the road
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Introduction IoTSyS is an integration middleware for the Internet of Things. It provides a communication stack for embedded devices based on IPv6, Web services and oBIX to provide interoperable interfaces for smart objects. The IoTSyS middleware aims providing a gateway concept for existing sensor and actuator systems found in nowadays home and building automation systems
This may seem like it already exists, but I couldn’t find it anywhere. So, I made it myself: a camera mount for the Raspberry Pi that you can easily mount onto any standard tripod. Step 1: Create the 3D Model I looked around for an existing tripod camera mount. I couldn’t find exactly what I
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IMPORTANT: The new generation of the eHealth Sensor Platform is called MySignals. You can find below a brief description and a comparative between the old eHealth v2 Platform and MySignals. If you want to go to the eHealth Tutorial just click here. Discover MySignals, the new eHealth and medical development platform! Differences between the old
The Raspberry pi is a low cost single board minicomputer which can be used for learning the computer basics, programming and easy to interface with the embedded systems. The Raspberry pi is a mini computer which is designed in a single board with all the essential components required for running an operating system. The Raspberry
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