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Pixl Board for Poppy Ergo Jr
Including €0.01 for ecotax
Available exclusively at Génération Robots, the Pixl board was made for using Dynamixel XL-320 motors on a Raspberry Pi designed for the Poppy Ergo Jr educational robot. Not compatible with Raspberry Pi 3B+.
Pixl board: a new board to control the motors of your Poppy Ergo Jr from your Raspberry Pi
Whether you’re a novice or experienced robot enthusiast, you’ve probably already heard of the Poppy project, an open-source hardware and software technology platform born of French research.
Poppy draws on a Creative Commons license and a community of contributors sharing freely their knowledge and experience. The project already gave rise to 2 robotics platforms: the Poppy HumanoidPoppy Humanoid and Poppy TorsoPoppy Torso creatures. Poppy Ergo Jr, a fully 3D printed educational robot for easily learning programming and robotics, is the very latest addition to the Poppy family.
This robotic arm comes with 6 Dynamixel XL-320 motors, several interchangeable accessories, a fun programming environment and a manual of activities. This robot can be fully assembled without having to get out your soldering iron. It is controlled by a Pixl board which can also power a Raspberry Pi 2 Model B board.
The Pixl board for Ergo Jr:
- powers up the Raspberry Pi from the 7.5V motor power with an embedded voltage converter;
- provides a conversion from the 5V TTL bus of Dynamixel motors to the 3.3V UART ports of the Raspberry Pi;
- can power up the motors and the programming board with Robotis batteries (LBB-040).
Pixl Board for Poppy Ergo Jr: control up to 6 XL-320 motors
Your Pixl board, which is included in the Poopy Ergo Jr kit, is designed to power and control up to 6 compatible Dynamixel motors. It plugs directly into pins 1 to 10 of your Raspberry Pi, and can be powered via a jack plug or using a Robotis LBB-040 battery holder.
Please note that you need to switch off the power supply of the Pixl board before you disconnect it from your Raspberry Pi. Also, we highly recommend that you do not reload the batteries while they are still plugged into the Pixl board. And, do not combine the 2 powering modes, as it could damage Poppy Ergo Jr’s components.
Technical specifications of the Pixl Board for Poppy Ergo Jr
- Compatible with Raspberry Pi 2/3 Model B (not compatible with Raspberry Pi 3B+)
- Do not power the Raspberry Pi card through the USB port when it is powered via the Pixl card.
- Compatible with Dynamixel XL-320 servomotors and Robotis LBB-040 batteries
- Designed to control and power the motors of the Poppy Ergo Jr robot
- Plugs into pins 1 to 10 of the Raspberry Pi, a bit like a shield
- Powered via the black DC jack plug (7.5V @ 2A min.) or using a LBB-040 battery holder
- Number of controllable motors: 6 max.
Resources for the Pixl Board for the Poppy Ergo Jr Robot
Schematics, code libraries, presentation: in these links you’ll find all the information you need to know about the Pixl board.
Please check that the Bonjour software to recognise http://poppy.local is installed. Just follow this link.
The robot must be connected to the same local network as the computer, using an ethernet cable. If the robot is directly connected to the computer, the network must be shared by the computer. For more information, follow this link.
It can be found in the "Easy and recommended way: use the Poppy Ergo Jr SD-card" section. Just follow this link.
The camera has to be plugged to initialise the robot
The detailed documentation for the preparation of a Poppy Ergo Jr robot can be found on this link.
You may find information on the Poppy Ergo Jr forum. If your problems remains, please contact us. The forum is on this link.
Poppy Ergo Jr is programmed with Snap!, a language that is very similar to Scratch.
We have gathered the best educational resources, classified by levels or by robots on our website. You can access them via this link.
Anonymous A. published the 30/10/2020 following an order made on 18/10/2020
product as expected
Anonymous A. published the 26/01/2018 following an order made on 26/01/2018