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What do I mainly do
Arduino is a huge ecosystem. If the Pi interface can be converted to the Arduino standard, it can be connected to a variety of compatible Arduino expansion boards and connected to the Arduino ecosystem to obtain more available resources.
I just do this.
Basic situation
Compatible with Arduino UNO, Leonardo, easy to access various Arduino compatible expansion boards
Onboard XBee interface for easy access to various XBee modules
Onboard USB TO UART, convenient for serial port debugging, can also be configured as XBee USB adapter
Onboard sensor interface, convenient to connect to various sensors
Onboard ADC, 10-bit, 38KSPS, 11 channels (6 channels for compatible Arduino interface, 5 channels for connecting sensors)
Onboard RTC, which is one of the commonly used functions
Package includes
(the other items are not includes)
1 x ARPI600
1 x USB cable type A male port to mini-B male port
1 x RPi copper pillar package (2PCS set)
Interface introduction
1. Arduino interface
– Convenient access to various Arduino expansion boards (Shield)
2. ICSP interface
– Arduino ICSP interface
3. XBee interface
– Convenient access to various XBee communication modules
4. Sensor interface
– Convenient access to various sensor modules
5. RPi connector
– Convenient access to Raspberry Pi
6. USB TO UART interface
7. TLC1543
– AD conversion chip
8. PCF8563
– RTC real time clock chip
9. CP2102
10. 32.768KHZ crystal oscillator
– RTC real-time clock crystal oscillator
11. Power indicator
12. XBee status indicator
13. XBee and Arduino interface reset button
14. XBee EASYLINK button
15. RTC real-time clock power supply battery holder
– Connect CR1220 button battery
16. TLC1543 reference voltage configuration jumper
17. RTC jumper
18. UART jumper
– P_RX connects to CP_TX, P_TX connects to CP_RX
– USB TO UART connects to Raspberry Pi serial port
– XB_RX connects to CP_TX, XB_TX connects to CP_RX
– USB TO UART connects to XBee serial port
– XB_RX connects to P_TX, XB_TX connects to P_RX
– Raspberry Pi serial port to XBee serial port
19. Arduino AD selection jumper
– Short 2 and 3:Arduino A0-A5 as AD input pins
– Short circuit 1 and 2:Arduino A0-A5 as digital control pins
– 20. Arduino I2C selection jumper
After shorting, A4 and A5 of Arduino are used as I2C control pins
(Arduino AD selection jumper A4 and A5 need to be left floating)
21. Arduino SPI selection jumper
Short circuit 1 and 2:Arduino D11-D13 as SPI control pins (default)
Short circuit 2 and 3:Arduino D11-D13 as digital control pins
Additional information
| Weight | 0.03 kg |
|---|
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