OSOYOO Python Hardware Programming Learning Kit mit Raspberry Pi Pico Board
OSOYOO Python Hardware Programming Learning Kit mit Raspberry Pi Pico Board
- Raspberry Pi Pico ist ein kostengünstiges, leistungsstarkes Mikrocontroller-Board mit flexiblen digitalen Schnittstellen.
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Es basiert auf dem RP2040, einem brandneuen Chip, der hier bei Raspberry Pi entwickelt wurde. Egal, ob Sie ein eigenständiges Board für Deep-Embedded-Entwicklung oder eine Ergänzung zu Ihrem Raspberry-Pi-Computer suchen oder Ihre ersten Schritte mit einem Mikrocontroller machen, dieses Board ist genau das Richtige für Sie.
Für den Pico haben wir das grundlegende Starter-Lernkit erstellt. Wir haben viele interessante und praktische Projekte für Sie vorbereitet und viele maßgebliche Informationen gesammelt. Schalten Sie einfach Ihren Computer ein und Sie können das Programmierlernen abschließen.
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Raspberry Pi Pico-Funktionen:
RP2040-Mikrocontroller-Chip, entwickelt von Raspberry Pi im Vereinigten Königreich
• Dual-Core-Arm-Cortex-M0+-Prozessor, flexibler Takt mit bis zu 133 MHz
• 264 KB SRAM und 2 MB integrierter Flash-Speicher
• Das gezackte Modul ermöglicht das direkte Löten auf Trägerplatinen
• USB 1.1 mit Geräte- und Host-Unterstützung, Energiesparmodus und Ruhemodus
• Drag-and-Drop-Programmierung mit Massenspeicher über USB
• 26 × Multifunktions-GPIO-Pins, genaue Uhr und Timer auf dem Chip
• 2 × SPI, 2 × I2C, 2 × UART, 3 × 12-Bit-ADC, 16 × steuerbare PWM-Kanäle
• Temperatursensor, beschleunigte Gleitkomma-Bibliotheken auf dem Chip
Programmiersprachen und Tutorials
- Wir verfügen über Bedienungsvideos, PDFs und Online-Tutorials, damit jeder leicht die Bedienung des Pico erlernen kann.
- Wir bieten 3 Programmiersprachen: MicroPython, IDE (C/C++) und Piper (grafische Programmierung). Sie können je nach Bedarf verschiedene Tutorials anzeigen
Ausführlichere Informationen finden Sie unter: https://osoyoo.com/2021/07/28/raspberry-pi-pico-learning-kit/
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Reviews
Customer Reviews
For many projects I prefer the Pico for size and power constraints. It gives you the size and power advantages of Arduino but with more advanced coding, compatibility and control of a Raspberry.
It includes a Pi Pico with the side headers pre-soldered on (they also give you a three pin header for the debugger connection that's not soldered on so it doesn't interfere with plugging it into a breadboard) along with a really nice collection of parts that you can do some pretty fun stuff with. There's a nice LCD display, an RFID reader module with a couple of RFID tags to play with, a bag full of resistors (with a color-code chart), a bunch of LEDs, photo sensors, a PID (infrared) motion detector to make a motion sensing alarm, a mini servo, POTs, five buttons, and a breadboard (with bundles of both male-to-male and male-to-female wires for hookup) and short USB A to micro cable, all nicely packed in anti-static bags in a small box. You just need a computer as everything else you need is included.
The documentation and tutorials are all online (there's a booklet included in several languages that basically just points you to the web page to get started) but they're actually quite good. There are five or so microPython tutorials (using the cross-platform free Thonny IDE), an Arduino IDE setup example, and a few using the web based graphical Piper (Scratch-like) visual programming system that cover the same topics as the first few microPython tutorials. These are all interesting and easy to follow. There are YouTube videos for each one though they're made with a synthesized voice that I find annoying to listen to and you really don't need them as everything is covered in the text.
Once you've worked through the few tutorials provided, you can explore on your own and they give you quite a few more parts than the tutorials use so when you want to do something with more LEDs or another potentiometer, or more buttons, you're already set.
The Pi Pico and microPython are very deep and interesting systems that you can spend a lot of time exploring if you're so inclined. The Pi Pico sells for $4 (through the Pi foundation) so there's little worry if you manage to damage it somehow.
This is one of the most complete "starter kits" I've seen with really quite good examples to get you started. I have come to have a much better appreciation for the RP2040 microcontroller of the Pi Pico and the microPython implementation for it. Great for anyone who likes to tinker.
All the stars, recommended.
