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13 Jul 2013

timaxlife+ti

Texas Instruments is one of the most dominant technology companies ever. Behind Intel and Samsung, it is the world’s third largest producer of semiconductors. In addition, they are the largest manufacturer of digital signal processors and analog semiconductors. Young students may just know of TI as producers of their world famous graphing calculators. However, for the older, more experienced students, they quickly learn TI has technology that can be found everywhere. In fact, many of the ICs used for basic electronics are all created by TI.

There is also one additional area TI’s technology excels at. That would be in energy efficient electronics. One of the more popular devices is the MSP 430 microcontroller family. These MCUs allow developers to create embedded applications, which can manage power extremely efficient. The CPU can work with speeds up to 25 MHz or can be lowered to save power in applications. More importantly, the MCU has a low power idle mode. When working in this mode the CPU will draw as little as 1 micro-Amp of current. Along with the low power capabilities, this MCU can also work with all the usual embedded electronics communication protocols and peripherals.

Texas Instruments releases new battery saving technology – MaxLife - [Link]

26 Jun 2013

asf_structure_thumb[11]

Leonardo just started a new blog where he will talk about electronics including Atmel MCU (ATMega, XMega,..) and ASF (Atmel Software framework) with articles and examples. Blog is in Italian :) but also a computer-translated version is available. Check it out…

New blog about Atmel MCU and Atmel Software framework - [Link]

21 Jun 2013

fmcu

American Semiconductor has announced the FleX-MCU product family. The new FleX-MCU device is the world’s first physically flexible microcontroller fabricated using the manufacturer’s FleX silicon-on-polymer process. It is an 8-bit RISC device with 8 KB embedded RAM operating at up to 20 MHz, with a 1.2 V core and 2.5 V I/O. It features several serial interface peripherals, including UART, I²C and SPI.

FleX-MCU is the initial product of a family of physically flexible ICs. The FleX IC roadmap includes microcontrollers, analog-to-digital converters, RF wireless communication devices and non-volatile memory.  [via]

A Really Flexible Microcontroller - [Link]

31 May 2013

Dave explains the Dickson Doubler building block circuit. a.k.a diode charge pump. Use a spare microcontroller pin, some diodes, and capacitors to create a useful voltage doubler or voltage multiplier.

EEVBlog #473 – Microcontroller Voltage Doubler - [Link]


26 May 2013

mkii_slim_6

USBTiny-MkII SLIM programmer (AVRISP-MKII clone) supports all Attiny, Atmega, and Xmega µcontrollers. It has three programming interfaces: ISP, PDI, and TPI. It works with AvrStudio or AvrDude. Small convenient board, contains double direction voltage translator for all interfaces and working from 1,2V, jumper for target chip voltage selection 5V or 3,3V (LDO stabilizer), and status LEDs. The heart of the device is a AT90USB162 controller with hardware USB, so it can provide fast programming speeds.

USBTiny-MkII SLIM programmer - [Link]

26 May 2013

lpc800_dip8

Tutorial: Getting Started with the LPC810 @ The Adafruit Learning System.

This learning guide will show you everything you need to know to get started with the ARM Cortex M0+ based LPC810 MCU. It will cover:

  • Setting up a cross-compiling toolchain for ARM
  • Creating and compiling your first blinky program
  • Programming the LPC810 using free and open source tools

Tutorial: Getting Started with the LPC810 - [Link]

21 May 2013

IMG_5985-1024x682

Philip Peter writes:

I always like a challenge, so when I saw [simpleavr]s vusbtiny programmer, I started to wonder how small I could make an AVR programmer. All in all I’m pretty pleased with the result.The schematic is almost the same as the original one. I only added a LED an resistor to indicate a proper power supply.

Minimalist AVR programmer - [Link]

21 May 2013

600px-Nrf51822-tag

Guan Yang of HackManhattan writes about his efforts working with a Bluetooth low energy component:

This amazing component is the Nordic nRF51822 that was released last year and is now available for order from Mouser. It’s a Bluetooth Low Energy system-on-chip that includes a transceiver and a Cortex-M0 microcontroller.Here’s a breakout board I made for it, using a Johanson balun and chip antenna. It takes a little help from the Internet, but I got it to work with Nordic’s SDK and the gcc-arm-none-eabi toolchain. Haven’t tried debugging yet.

[via]

HackManhattan’s Nordic nRF51822 breakout board - [Link]

19 May 2013

MatrixDisplayTitle

Raj from Embedded Lab posted a new PIC project which is about building a mono color LED matrix marquee that consists of 320 LEDs in total that are arranged in 8 rows and 40 columns. The project uses PIC16F1847 microcontroller which receives the display data from a PC through a serial interface, and display it on the LED matrix scrolling from right to left.

LED Matrix Scrolling Marquee using PIC MCU and Shift Registers - [Link]

12 May 2013

The Aithon board is an integrated robot controller board with a 32-bit ARM microcontroller and a powerful software library.

The Aithon board is a microcontroller board that combines the power of a 32-bit ARM Cortex-M4 with several integrated features that make robot building and experimentation fun. We set out to create a board that has more processing power and memory than the typical Arduino, yet has integrated hardware that you would not find on a Raspberry Pi.

Aithon: 32-bit ARM Microcontroller Board - [Link]



 
 
 

 

 

 

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