Seeed's site does mention they are working on a 1.1 version of the board that moves SPI to the ICSP header. Upcycling Workshop at Seeed x.factory Episode 1: Last weekend, we had an amazing upcycling hacking workshop with 20 makers, designers, and engineers from the community gathering at x.factory (I even listed it as my favorite workshop). A better design would have been to use the SPI pins on the ICSP header which is consistent on the Uno, Mega, Due and Leonardo but such is life and we have to work with what is available right now. They used pins 11,12,13 to access SPI on the Uno. Solder the bottom left Power pins to suit your project. Step 3: Solder the USB connector to the USB port, and the potentiometer in the 80 mil holes. When using an Arduino, do NOT solder ADC6 and ADC7. Note: solder ADC6 and ADC7 ONLY if your are using a Seeeduino. The CAN-BUS shield incompatibility with Arduino boards other than the Uno arises from where Seeed chose to access the SPI pins. Step 2: Solder the female and male connectors.
The Romeo V1.0 uses an automatic switcher for the power source selection.
Seeed link it one v1.0 how to#
In this post I am going to show how to use the Seeed CAN-BUS shield with an Arduino Mega 2560. The integrated sensor shield allows it connect hundreds of different sensors. Meanwhile, we provide the full function pin header, which can output 3.3V/250mA as well. With the on-board switch, you can control the ON/OFF of USB port easily. With the help of Lipo Rider Plus, you can input a 3.7V lipo battery, and output up to 5V/2.4A via the USB Type-A port. The Seeed website had some info on how to use the shield with a Mega but their info was not complete and did not work for me. Not only a charger but also a power supply and a booster. I sourced this info from a few different forums and thought I would write up a complete post on exactly how to do this. The Seeed Studio CAN-BUS shield is designed specifically to be used with an Arduino Uno but with a simple modification you can use it with several other Arduino boards.
0 kommentar(er)
