This course is the Linux C application development in the series of courses that Punctual Atomic teaches you step by step about Linux. The supporting development board for this course is the Punctual Atomic I.MX6/STM32MP157 development board.
After finishing the PCB, I spent a few days debugging the basic on-chip peripherals. 1. GPIO output: [code]#define MCU_LED_PORT GPIOC #define USR_LED_PORT GPIOA #define MCU_LED_PIN GPIO_PIN_13 #define
[i=s]This post was last edited by TL-LED on 2020-6-1 14:36[/i]Use the SPI-CAN circuit on the Ardunio expansion board to implement CAN communication. The STM32H743 itself has CAN communication, and the
Shanghai Xinling Microelectronics Co., Ltd. is a startup company engaged in analog integrated circuit design and manufacturing in Shanghai.The company's business development needs to recruit 1 to 2 an
Blynk is designed for the Internet of Things. It can remotely control hardware, it can display sensor data, it can store data, virtualize it, and do a lot of other cool things.The platform consists of
I have been learning about the RTX51TNY that comes with KEIL recently. Now I can finally use it. I have ported several programs to the 51 and they are all OK. I don’t know if you are interested, so I
Dear experts, does anyone have the schematic diagram of Toshiba's tcd1209 or tcd1304 linear ccd, can it be driven by FPGA or MCU? Can you share it with me? Thank you very much!!!