I have a problem with the use of the Arduino's LIS35DE STM
 This is a digital 3-axis Accelerometer working on I2C and SPI

 Has anyone tried to get along with that system through the Arduino?

 I fight a long time and I can not read anything from it, the applet WinAVR
 work, while the Arduino, I can not deal with him.

 data system and module:
 http://www.kamami.pl/dl/kamodmems2.pdf

 example, in C (WinAVR)

 http://www.kamami.pl/dl/kamodmems2.zip

very nice project, also is working on something similar with the use of sensor SENSIRION SHT21, who ordered a sample and came recently

 Here is the datasheet:

http://www.sensirion.com/en/pdf/product_information/Datasheet-humidity-sensor-SHT21.pdf

 if you wanted to write to him, I have a library for the Arduino and an example of reading and the PCB.

 greetings

tak z 018 nie by[ch322]o tak [ch380]le niemniej na 020 i 022 s[ch261] spore zmiany
nie mniej pliki core dla sanguino s[ch261] kiepskie od poczatku

Zachwiej :  Tak mog[ch281] ci udost[ch281]pni[ch263] , ale jest sporo b[ch322]edów w Sanguino wi[ch281]c poczekaj a[ch380] poprawi[ch281] bo puki nie zrobi[ch322]em PCB to
nie by[ch322]o wiadomo [ch380]e troch[ch281] kiepsko zrobili pliki Cores i nic do siebie prawie nie pasuje.

bld:  

More I / O for more flash, and works similarly, but unfortunately I have yet to check the files from the Sanguino, because the silent compliance of assigned ports, and some may be upset, for example, D13 = D5 Sanguino and a few others mixed with the result that I will perform a new plate and files improved wired and pin mapping.

This is my SunDuino



This is a BAck Side

Hi all

 I would like to present my variation that is Sunduino 2.0, based on a draft sanguino projects
  I tried to keep the proportions in line with the original plates Arduino, and to enable work in this great environment with many larger microcontrollers, so in SunDuino 2.0 can be used:

 ATMega 644p
 ATMega 644
 ATMega 324p
 ATMega 16

 ATMega32 unfortunately will not work.

 In the picture SunDuino 2.0 with ATmega 644 16Mhz

please look post 2

im used this FTDI module :



but the auto reset on my cable works well, and AVR CDC USB-USART
http://sunriver.psp29.anv.pl/images/stories/cdc232-mega.jpg
firmware and driver :
http://www.recursion.jp/avrcdc/avrcdc_inf.zip
http://www.recursion.jp/avrcdc/cdc232.2010-02-28.zip
My PCB for M8 CDC
http://sunriver.psp29.anv.pl/images/stories/pic02559.jpg
This video show working with autoreset cable for my Sunduino
sorry video from phone and Atmega 168 wery slow bootloader

[media]http://www.youtube.com/watch?v=MBYBvUHBykI

[/media]

now I use the m168 bootloader no-wait by http://www.ladyada.net/library/arduino/bootloader.html




 and Microchip MCP2200


 properly releasing the bootloader before and after uploading firmware

yes autoreset working on this PCB

yes goole translated , my england is wery little ...

ftdi cable with autoreset circuit :

Here are forced to miniature size of the device alleged to be a built-in cable box was SunDuino Mini - which works with microcontrollers M8 / 48 / 88 / 168 / 328 /
 and so in August presents this wicked design you can use it in addition to the contact plates (breadboard). Greetings to all ..



[IMG=http://img822.imageshack.us/img822/5476/img20110121002.jpg][/IMG]



picture of the eagle pcb plate:

http:// http://www.sunriver.psp29.opole.pl/up/SunDuinoM1-beta.rar

This little robot class minisumo was on the board in accordance with the Arduino software is prepared for the project.

 robot has:

 2x Sharp GP2D12
 Status LED
 Batery LED status
 2x QRD1114
 Buzzer

 2x HiTec Servo Drive  in L293D
 Power supply 2x 8.4 V 300mA Ni-MH H9V size

 Sorry for the translation of the goggles

Foto: