The Arduino OBDCAN Shield connects Arduino board to CAN OBD-II compliant car, light truck, or motorcycle.
- ISO15765-4 (CAN) protocol
- Arduino R3 form factor
- Stacking headers for expansion and connection to LCD
- Joystick control for menu navigation
- Provides operating voltage for the Arduino board from OBD connector
- Serial port operating voltage either 3.3V or 5V, driven by IOREF pin
- Standard DB-9 subconnector for use with OBD-II cable.
OBDCAN Shield for Arduino - [Link]
Olympia, WA, April 29, 2013, Olympia Circuits introduces the Arno Shield to expand their line of products for new Arduino users. The Arno Shield contains all the components necessary to learn Arduino programming when plugged into an Arduino compatible board without any messy wires. The original Arno Learning Kit was introduced last year and received a great response as an innovative approach to learning the basics of electronics and Arduino. The shield provides another way for new users to dive into the world of Arduino and breaks down barriers to learning about microcontrollers.
The Arno Shield will be available for purchase at olympiacircuits.com on May 2nd.
The Arno Shield shares the same features of the Arno, but in a familiar shield form factor. Bring your own Arduino compatible board, drop in the shield and start learning to write sketches.
The Arno Shield comes with the well regarded book “Learn Arduino with the Arno” which gives step-by-step instructions for more than forty projects. All the components for the projects are built into the Arno Shield, so no wiring is necessary, just plug and play. The Arno shield, like the original Arno, is fully compatible with the Arduino programming language and integrated development environment.
To allow for a wide range of learning projects, the shield includes the following devices:
- Four green LEDs
- One RGB LED
- One infrared LED
- Two momentary pushbutton switches for digital inputs
- One thumbwheel potentiometer to introduce analog measurements and controls
- One piezo element to create tones and measure vibrations
- One phototransistor to detect infrared and visible light
- An I2C digital temperature sensor to introduce between-device digital communication
Users of the Arno have enjoyed the ability to dive right in to programming without messing with wires and small parts. Like the original Arno, the Arno Shield and an Arduino compatible board make a good travel kit that wonʼt get you hung up in security. For more information see the product page at http://www.olympiacircuits.com/arno-shield.html and contact firstname.lastname@example.org.
Olympia Circuits announces the Arno Shield - [Link]
This Voice shield can be useful to integrate voice messages in alarm systems, to implement generic I/O controls in home automation or even in home security applications: something like playing an alert when a person or a vehicle approaches any given protected area. The use cases are many and limited only by your imagination!
While this shield can operate stand-alone, it can be better managed through and SPI interface: by connecting this with Arduino it can take control of the speech synthesis.
A Voice Shield for Arduino – Give Voice to your Ideas! - [Link]
Multi-functional logic analyzer and signal generator on Arduino-compatible shield. Simply place it on your Arduino and see all digital signals on the computer screen.
Arduino Lab by HobbyLab - [Link]
The idea behind this post is to bring together some robot designs and transform them in a new device with new hardware and standard software (arduino of course) and so easier to use. These robots have three things in common: a mechanical structure, the hardware and the software. While the mechanical part is necessarily different, we wanted to understand if there was a hardware board that could be common, with a unique development system. The choice, quite obviously, has the Arduino board, which with its development environment is perfect to create similar projects.
Robot shield for Arduino - [Link]
One of the most interesting shield that you can mount on the Arduino platform is certainly the ethernet shield, because enable numerous networking applications such as remote control of systems and users, web access and publication of data, and more yet, the simplicity of finding and integrating open-source libraries on Arduino IDE does the rest. The usefulness of LAN connectivity has meant that the market would respond by offering different ethernet shield, first of all the original Arduino Ethernet Shield, which was accompanied by the good shield by Seeed Studio, both of these circuits are based on the chipset WIZnet W5100, allow multiple socket connections and can work at 100 Mbps
Low cost Ethernet shield with ENC28J60 - [Link]
IRVINE, CA — June 19, 2012 — Open Source RF, a new venture dedicated to serving Arduino users by making high-quality, creative products for the Maker, DIY and Open Source communities, today announced it is releasing a plug and play wireless Shield for Arduino.
The Wireless Inventors Shield makes any Arduino project wireless instantly even in high-traffic areas. Using a reliable wireless RF module, the Shield allows users to easily send and receive error-free data between two or more Arduino boards.
Arduino is an open source electronics prototyping platform based on flexible, easy-to-use hardware and software. It is intended for artists, designers, hobbyists and anyone interested in creating interactive objects or environments.
The Wireless Inventors Shield has been tested at ranges in excess of 500 feet (150 meters); it is plug and play and error free, featuring built-in forward error correction and data recovery so users receive only cleaned and cyclic redundancy checked (CRC) verified data; and it is simple to use in that inputted data is wirelessly transmitted then cleanly received on the opposite end. Read the rest of this entry »
The Amicus18 board is physically compatible with Arduino shields. However, the default PIC processor on the board is a 3.3 V type, which could be an issue while interfacing some of the shields that strictly operate at +5V. As a support to the users of the Amicus18 development board, Gevo Electronics from The Netherlands has designed a special shield, named AmiPIC18 LCD. Although the name says it is a LCD shield, but in real it provides a lot more features, which we will be exploring in this article.
Introducing the AmiPIC18 LCD shield - [Link]
Most of us simply can’t afford an industrial reflow oven and this pain was also felt by the folks over at Rocket Scream Electronics. So armed with an idea and some help from the Adafruit Reflowduino sample code, the Reflow Oven Controller Shield was born. The shield is based off the familiar MAX6675 Thermocouple Amplifier and the PID library written by Brett Beauregard.
Toss in a few solid sate relays (SSR) and a K-Type Thermocouple, like the ones Adafruit has here, and your good to go. I like the idea of a standalone PID controller as it’s one less PC controlled device to worry about. [via]
Reflow Oven Controller Shield - [Link]
We are not the first to make an Motor Shield for Arduino. But could be that we are the first that make a Motor Shield with a minimum of flexibility.
We reengineered the Motor Shield and we allow to user the choice of what pin use to drive the L298. Infact we provided some jumper to select the pin to use.
The main power can be selected by a jumper: if the motors work at 12V and the current is less than 1A you can chose the VIN input (INT) and power the Arduino with a 12V, else if the motors work higher than 12V you must chose the EXT input anche connect the power to PWR screw.
The main power is transferred to the analog input A5 through a voltage divider to reduce the voltage on A5. This can be useful e.g. for all the application that use a battery.
With the jumper DIRA and DIRB the user select the direction of the motor A and B.
The speed is controlled by PWMA and PWMB. All the pins conneted to these jumpers are obviously PWM pins.
The LD1 and LD2 are special leds that light on red or green in function of directions.
Motor Shield by Open-Electronics.org - [Link]