Pinned Repositories
FreeRTOS_CC2538
This project ports FreeRTOS to CC2538. Following lines describes the work required for a successful basic port. ->Set up a Cross-Compilation development workspace in Eclipse and CCS Studio for CC2538 SOC Chip. ->Add and compile FreeRTOS-Core modules to the current bare-metal stack on the CC2538 SOC chip. ->Validate the port by a FreeRTOS test application which uses UART and GPIO peripherals.
I2C_UART0_TTL
Using I2C Serial Communication using Si7021
Porting-FreeRTOS-on-Texas-Instrument-s-TM4C1294XL
This example demonstrates the use of a UART port in loopback mode. On being enabled in loopback mode, the transmit line of the UART is internally connected to its own receive line. Hence, the UART port receives back the entire data it transmitted. This example echoes data sent to the UART's transmit FIFO back to the same UART's receive FIFO. To achieve this, the UART is configured in loopback mode. In the loopback mode, the Tx line of the UART is directly connected to its Rx line internally and all the data placed in the transmit buffer is internally transmitted to the Receive buffer. This example uses the following peripherals and I/O signals. You must review these and change as needed for your own board. - UART7 peripheral - For internal Loopback - UART0 peripheral - As console to display debug messages. - UART0RX - PA0 - UART0TX - PA1 UART parameters for the UART0 and UART7 port: - Baud rate - 115,200 - 8-N-1 operation
Serial_communication_Si7021
Omkardixi's Repositories
Omkardixi/FreeRTOS_CC2538
This project ports FreeRTOS to CC2538. Following lines describes the work required for a successful basic port. ->Set up a Cross-Compilation development workspace in Eclipse and CCS Studio for CC2538 SOC Chip. ->Add and compile FreeRTOS-Core modules to the current bare-metal stack on the CC2538 SOC chip. ->Validate the port by a FreeRTOS test application which uses UART and GPIO peripherals.
Omkardixi/I2C_UART0_TTL
Using I2C Serial Communication using Si7021
Omkardixi/Porting-FreeRTOS-on-Texas-Instrument-s-TM4C1294XL
This example demonstrates the use of a UART port in loopback mode. On being enabled in loopback mode, the transmit line of the UART is internally connected to its own receive line. Hence, the UART port receives back the entire data it transmitted. This example echoes data sent to the UART's transmit FIFO back to the same UART's receive FIFO. To achieve this, the UART is configured in loopback mode. In the loopback mode, the Tx line of the UART is directly connected to its Rx line internally and all the data placed in the transmit buffer is internally transmitted to the Receive buffer. This example uses the following peripherals and I/O signals. You must review these and change as needed for your own board. - UART7 peripheral - For internal Loopback - UART0 peripheral - As console to display debug messages. - UART0RX - PA0 - UART0TX - PA1 UART parameters for the UART0 and UART7 port: - Baud rate - 115,200 - 8-N-1 operation
Omkardixi/Serial_communication_Si7021