Joy-it JoyPi Raspberry Pi® 3 B 1 GB 4 x 1.2 GHz
With the Joy-Pi, Joy-it has developed a comprehensive education solution and has fed on its many years of experience in the production of open source electronics.The Joy-Pi is an experimental case based on the Raspberry Pi and is perfectly suited for…
With the Joy-Pi, Joy-it has developed a comprehensive education solution and has fed on its many years of experience in the production of open source electronics.The Joy-Pi is an experimental case based on the Raspberry Pi and is perfectly suited for…
JoyPi experiment and education case included Raspberry Pi 3B
With the Joy-Pi, Joy-it has developed a comprehensive education solution and has fed on its many years of experience in the production of open source electronics.The Joy-Pi is an experimental case based on the Raspberry Pi and is perfectly suited for beginners to electrical engineering and programming. The well thought-out case system thereby offers a perfect all-in-one environment and makesPut an end to many fumble small parts solutions and cable chaos on the desk.The Joy-Pi is also very suitable for school projects, as at the end of the hour you can simply switch it off and close it, and then continue working on the project in the next hour. Another advantage of the case is the great mobility and compactness. This means you can take it with you, without too much effort, and explore the Universum of the Raspberry Pi together with your friends.The Joy-Pi has a wide range of sensors and modules that can be operated independently of their own knowledge thanks to the very detailed sample applications.Thanks to the prepared system image, the Joy-Pi is ready to use immediately after connecting the power supply.Thanks to the 7 inch touchscreen integrated in the lid, you can operate the Raspberry Pi and directly display the analysis of built-in sensors. Other external sensors and modules or self-constructed circuits can be connected and used by the implemented breadboard. The installed sensors include: A light sensor for measuring the brightness, a sound sensor for detecting noises, a motion sensor, an ultrasonic sensor for measuring distances, a inclination sensor, a touch sensor, a temperature and air humidity sensor and an infrared sensor, with which one can also receive commands from an infrared remote control (included in the delivery). The modules include: A GPIO LED display, a 16x2 LCD module, an 8x8 LED matrix, a 7 segment LED display, a buzzer, a relay, a matrix keys, independent keys, An RFID module, a 5V stepper motor, a servo motor, the 7 inch touch display and a camera, which is installed above the display in the lid. Once you have learned how these sensors and modules work, there are almost unlimited possibilities to expand the sample programs and combine the individual components in your own programs. For example, you can combine the LEDs with the motion sensor and the light sensor to turn the LEDs on as soon as movement is detected in the dark. Or you can influence the pitch of the buzzer with the help of the keys and thus make a kind of small piano. Your imagination is free. And if you don't want to experiment with this case, you can also use it as a small laptop and connect a keyboard and mouse to the Raspberry Pi via USB or BT.A small keyboard is included in the delivery for this, which is controlled via BT and also has implemented a mouse control.The following lessons are covered in the manual:Use the buzzer for alert tones or notifications Buzzer can be controlled using the key inputs How a relay works and how to control it Send a vibration signal with the vibration module Detect noise with the sound sensor Measuring brightness with the light sensor Measuring the room temperature and air humidity Detect movements with the motion sensor Measure distances with the ultrasound sensor Control the LCD display Read and write RFID cards with the RFID module Use stepper motor and perform step movements Control of servo motors via the servo interfaces Controls the 8x8 LED Matrix Control the 7-segment display Detect contact with the touch sensor Detect inclinations with the tilt sensor Use and control the button matrix Control and use the IR sensor Create your own custom circuit using the breadboard Photography with the Raspberry Pi camera
This text is machine translated.
Highlights & Details
- Ideal for electronics enthusiasts and studentsCompletely equipped set in the case21 detailed lessons suitable for beginners and advanced learners7" touch-display, camera integratedRaspberry Pi 3B included
Delivery
- Joy Pi case
- Raspberry Pi® 3 B
- Bluetooth keyboard
- microSD card (32GB)
- Power supply unit
- Card reader
- RFID card & clip
- Stepper motor
- Servo motor
- IR remote control
- User manual.
- Heatsink set
- RFID blank cards (5 pcs.)
Comments
The software is constantly being updated. The latest software can be found at: joy-pi.net/downloads/Customer reviews
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