Also available on the Wiki : http://wiki.pinguino.cc/index.php/PIC18F45K50_Pinguino#Pin_Out
Thank you Mathias.
First Pinguino 32MX270 prototype is working !
More info. on this little monster here
The Pinguino 45K50 is now available as a Kit in the Pinguino Shop for 9.90 € (inc. VAT).
This new Pinguino is based on the PIC18F45K50 which is pin to pin comparable with the older 4550 serie, and is also capable of running at 5V. It also features a USB precision integrated oscillator, enabling you to build USB projects without the need of any external oscillator, and a CTMU unit for measurement applications.
The Pinguino 45K50 is also very easy to build as it needs only few components (4 resistors, 3 capacitors, 2 LEDs, 1 reset button and 1 USB connector) to work.
The PCB has been designed to be upgradeable. christian louboutin schuhe online,cheap ralph lauren ,cheap louis vuitton ,cheap michael kors bags uk,evening dresses on sale If you need it, you can add a 5V regulator to feed the board from an external power supply. It’s also possible to add an external crystal. In this case, note that the PCB is fully compatible with the PIC18F4550 so you can easily turn your Pinguino 45K50 to a Pinguino 4550.
cheap authentic louis vuitton speedy
louis vuitton speedy
louis vuitton speedy 35
louis vuitton speedy 25
louis vuitton speedy 30
louis vuitton speedy 40The Pinguino 45K50 comes pre-programmed with a USB bootloader, so you won’t even need a programmer to use it. You only need a USB cable and a computer (PC or Raspberry Pi).
More info. and building instructions are available on the Pinguino Wiki.
#Pinguino can now drive the Microchip MCP342x family. A two channel low-noise, high accuracy delta-sigma A/D converter with differential inputs and up to 18 bits of resolution. The on-board precision 2.048V reference voltage enables an input range of ±2.048V differentially. The device uses a two-wire I2C™ compatible serial interface and operates from a single power supply ranging from 2.7V to 5.5V. The MCP342x devices perform conversions at rates of 3.75, 15, 60 or 240 samples per second depending on user controllable configuration bit settings using the two-wire I2C Compatible compatible serial interface.
#Pinguino can now drive Microchip MCP23O17 / MCP23S17 16-bit input/output port expanders with i2c interface, interrupt output and cascadable for up to 8 devices on one bus.
Most Pinguino boards does not have displays so debugging programs is not as easy as it could be in a real PC environment. There are also some situations where you cannot simply add breakpoints to you code and view them in your IDE because you cannot stop the program flow (real time decoding of a data stream cannot be stopped to see what happens at a certain point of the code).
One simple thing that could be done is to put along the program flow some two-digit codes as a flag evidence and pass them to an external device that would display them. So you will know where you are in the program flow and what branch is being executed. This was the original idea behind Fabio’s project.
In his article Fabio shows you the complete development and building from scratch of his tiny debugger. The aim of this project is to explain to students and hobbyists a working method that can lead from ideas to a real working device.
Pinguino has now its own library to control Led Matrix and 7-segment connected to a Max72xx.
Take a look at the scroll function :
Library, font and examples have been added to rev.965.
The new Pinguino IDE version (11.0) has not been yet officially released but it’s time to let you take a look at it. Please meet Yeison’s great work on our new github account.
Let’s make 2014 the Pinguino year !
Niki works hard to release the first version of the Pinguino Web IDE. Here’s the current feature list:
o Editor runs around 100% faster than Python IDE version. – Compiles 2-3x faster.
o Auto-complete available from first entered character
o Split editor views (horizontal & vertical)
o View diffs of your source code before saving.
o Select from 24 Pinguino P8 & P32 boards
o View colour-coded hex files
As this is web based, Niki have added some tools to this IDE. Support tools include:
o Serial terminal using configuration profiles. You can choose start bits, data bits, stop bits, baud rates and view data in one of 6 modes:
2. Decimal values
3. Hex values
4. Binary values
5. Octal values
6. Combo – everything above on one line per character
o Image to Raw converter. Convert any supported (by Chrome) image to various graphical display formats, including:
1. 32bpp (RGBA or ARGB)
2. 24bpp (No alpha)
5. 8bpp (various formats)
6. 1bpp (for monochrome displays)
sac longchamp pas cher
sac longchamp pliage pas cher
sac longchampo Number-base converter – convert between decimal, hex, binary & octalStill to do:o Bootloaders / ICSP
o Session support
Due to a few features, this requires Chrome v34 which is currently the Canary build. Chrome 34 should be out to the general public around January 15th, so Niki will try to have the first version of the Web IDE ready for this!