ABB UFC721AE101 3BHB002916R0101

Description

ABB UFC721AE101 3BHB002916R0101

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On the basis of the hardware design mentioned above, UFC721AE101 3BHB002916R0101 developed software for an embedded control system for intelligent charging piles based on STM32. The development platform of this system software is ARM CortexTM MO, which supports ADI’s Blackfin series, SHARC series, and TigerSharc series human microprocessing control chips. Embedded system development technology is used to initialize the hardware circuits and modules of the intelligent charging pile embedded control system. In software design, system initialization is carried out by synchronizing the serial port 0 initialization through dialog boxes and menus, and the output window will display the compilation link process. Programs written in C/C++are used to set breakpoints on labels or addresses in the CAN synchronous serial port. The Linux kernel, system program shell, and application program of the intelligent charging pile embedded control system are designed in the embedded system.

UFC721AE101 3BHB002916R0101 achieves system startup and remote control through process management of stack or memory location. We used VisualDSP+10’s Siulator and emulator to determine the required storage space for variables and arrays, combined with STM32 embedded processors for compiler or assembler program compilation. We used GPIO to simulate SPI rechargeable control information detector SCLK to provide clock signals. The program code for testing the design was configured by configuring the PPI’s operation mode signal polarity and data width from the DOUTA serial interface, and configuring the GPIO pin sequence as DMAx_X_COUNT gpio_detpin

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