Diavolino:

Das teuflische Arduino-Board habe ich gerade beim surfen gefunden...

Das ist ein günstiges, einfaches und Arduino-kompatibles Entwicklungsboard zum selber löten.
Im Set entahlten sind ein 16 Mhz Quarz, Atmega328 mit Arudino Bootloader, eine Batteriebox, usw..
Das ganze wird mit einem 5V-Netzteil betrieben und über ein FTDI USB-TLL Kabel oder einen ISP programmiert.

Natürlich war das jetzt nicht alles an Informationen, wollte euch nur mal dieses Board zeigen, wer sich für dieses Kit interessiert kann ja mal auf der Webseite schauen.

Gruß Jonas

Original Text in Englisch:

Product Description
Diavolino ("little devil") is a low-cost, easy to build Arduino-compatible development board.

Diavolino has the form factor of an Arduino Duemilanove or Arduino Pro, but with nicely rounded corners and a striking appearance.

It's a low-profile through-hole version, with a simplified design. It's based on a ATmega328P microcontroller, and comes pre-flashed with the Arduino bootloader. Open source design, with bare basics hardware.
Diavolino: Bottom side of circuit board

Diavolino is sold as an easy to assemble "through hole" soldering kit [?]. Basic electronic soldering skill is required, and you provide the soldering tools: a soldering iron and solder, plus small wire clippers. Assembly time is typically 10-30 minutes, depending on configuration and soldering skill.

Diavolino: Hooking up to USB-TTL cable To load Arduino sketches onto a Diavolino, you'll need an FTDI USB-TTL cable (or an equivalent USB interface). Even if you need to deploy lots of boards, you'll probably only need one cable.

Here's what you'll find on the Diavolino circuit board:

* ATmega328P microcontroller, with Arduino bootloader
* Genuine 16 MHz crystal oscillator (better grade, 20 ppm)
* 3 mm diffused red LED (naturally!), ready for blink sketch
* Auto-reset circuit
* Reset button
* Wire jumper for optional USB power
* 6-pin header for USB-TTL cable
* Places to hook up to a battery box, complete with strain relief
* Locations for optional side socket strips, ICSP connector, and TO-92 regulator

Here's what you won't find on Diavolino:

* The USB interface chip-- again, that's why you need the cable.
* Advanced power management. Please provide power to Diavolino from one source at a time: battery, USB, or plug-in power supply.
* A separate 3.3 V regulator. Shields and accessories that require separate 3.3 V power may need assistance to work correctly.

Powering Diavolino
The ATmega328P microcontroller requires 4.5 - 5.5 V dc when operating at 16 MHz.

Diavolino can be powered from a FTDI USB-TTL-5V cable, if you hook up the wire jumper that connects that power source to the board's "Vcc" line.

You can also power the board through a 3xAA or 3xAAA battery box, or through a plug-in power supply. For most situations that require wall-plug power, we recommend to use a 5 V power supply. If you want to use a higher voltage wall wart (e.g., 9 V), then you'll also have to provide a voltage regulator to make the 5 V supply for the microcontroller.

Kit configurations
Diavolino kits are available with two configuration options: a optional bundled battery holder and an optional set of socket strips.

The battery holder is a 3xAA box with cover and switch. The battery holder has almost exactly the same footprint as the Diavolino board, and you can stick it on with double-sided foam tape if you're so inclined. It's a great setup for easy portable projects.

The socket strip set is a four-piece set of header sockets, two each 6-pin and 8-pin, that allow the board to interface with many existing Arduino accessories.

Additional resources
An extended introduction to Diavolino is available here, including the release of the Diavolino design files under an open source license.

You may also want to download the Detailed assembly instructions (10 MB PDF) for the Diavolino.