spi

EXTERNAL CAN FD CONTROLLER WITH SPI INTERFACE

MICROCHIP MCP2518FD : EXTERNAL CAN FD CONTROLLER WITH SPI INTERFACE

The MCP2518FD is a cost-effective and small-footprint External CAN FD Controller that can be easily added to a microcontroller with an available SPI interface. Therefore, a CAN FD channel can be easily added to a microcontroller that is either lacking a CAN FD peripheral or that doesn’t have enough CAN FD channels. The MCP2518FD supports […]

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SMART.IO An Affordable Remote Control for Embedded Designs

SMART.IO, An Affordable Remote Control for Embedded Designs

Creating a smartphone application for your embedded products may be a high-cost process that consumes time and efforts. ImageCraft, a producer of high quality low cost embedded system tools, had developed “Smatr.IO” as a very cheap alternative solution that allows you to add a friendly user interface to any embedded project. Smart.IO is a toolkit

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ulibSD – a library for use SD cards in SPI mode with uControllers

ulibSD – a library for use SD cards in SPI mode with uControllers

ulibSD It’s a library for use SD cards in SPI mode with uControllers, entirely writtenin C. This library can work with SD cards and also has the possibility to emulate the behavior in a PC file (GNU/Linux) using the macro _M_IX86. It’s for debugging purposes. The data transfer is oriented to 512 byte size, remember

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Using Efficient SPI Peripherals for Low Cost MCU Based IoT Designs

Using Efficient SPI Peripherals for Low-Cost MCU-Based IoT Designs

Efficient Internet of Things (IoT) designs must balance a host of requirements that often work against each other. Low cost is important, but often supporting all the key features required by the application increases MCU pin count and memory size—two things that work against low cost. Low power is also important for IoT applications where

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SPI Interfaces using Arduino

SPI Interfaces using Arduino

Update (6/7/2012) – I’ve had to disable comments on this post, because it is being targeted by spam bots for some reason. Please use the contact page if you have a question about this topic. [box type=”note” color=” #202020 ” bg=”#ffbb00 ” font=”verdana” fontsize=”14″ radius=”20 ” border=”#000″ float=”right” head=”Attributes”]Thanks to Jeremy , for this articles[/box]

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SPI electronic device

Using an Arduino to Control or Test an SPI electronic device

There are many electronic devices that use the SPI  bus, or Serial Peripheral Interface bus, for communications (e.g. various sensors, LCD displays, digital potentiometers, D/A and A/D converters, wireless transmitters and receivers, audio volume controls).  The devices receive data serially from a microcontroller using a 3-wire set-up that includes a chip select signal (usually titled

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