And then it will ask for a password, please type the default password raspberry for raspberry pi) such as pscp -C c:\klipper.bin(The terminal may prompt that The server's host key is not cached and ask Store key in cache?((y/n), Please type y to store. And you can use the windows computer under the same LAN as raspberry pi to copy klipper.bin from raspberry pi to the computer with pscp command in the CMD terminal. The klipper.bin file will be generated in the folder home/pi/kliiper/out when the make command completed. Once the configuration is selected, press q to exit, and "Yes" when asked to save the configuration. Communication interface = CAN bus (on PB8/PB9).Communication interface = USB (on PA11/PA12).Micro-controller Architecture = STMicroelectronics STM32.Enable extra low-level configuration options.Refer to klipper's official installation to download klipper source code to raspberry piīuilding the micro-controller with the configuration shown below.
firmware_canbus.bin Use CAN bus to communicate with raspberry pi, baudrate = 250K.firmware_USB.bin Use USB to communicate with raspberry pi.Precompiled firmware(The source code version used is Commits on Aug 25, 2022) USB Communication Interface: USB-Type-C.Temperature Sensor Interface Optional: 1 Channel 100K NTC or PT1000(TH0), 1 Channel PT100/PT1000.Expansion Interfaces: EndStop, I2C, Probe, RGB, PT100/PT1000, USB interface, CAN Interface.Maximum Output Current of Fan Interface: 1A, Peak Value 1.5A.Fan Interfaces: two CNC fans (FAN0, FAN1).Heating Interface: Hotend (E0), maximum output current: 5A.Onboard Temperature IC: Max31865 Select 2 / 4 lines PT100 / PT1000 by DIP switch (no Max31865 verson have not this feature).Stepper Dirver: Onboard TMC2209 in UART mode, UART address: 00, Rsense: 0.11R.MCU: ARM Cortex-M0 STM32F072C8T6 48MHz with CAN bus.
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