AURIX™ Forum Discussions
Hello All,
This is little off topic, but since it is related to cctc compiler, posting this query on this community.
I'm able to compile and build the code using cctc compiler via makefile.
However i want to add .dep (dependency file ) in makefile while compilation, so that the dependency are automatically generated for .c, but i could not see any sample / example for the same.
It would be highly appreciated if someone could answer this query.
Note:
- .dep file is generated for each .c files.
- Using amk utility instead of make
Show Less
The description in the TC3XX manual is as follows
PCTL A FIELD PCS THAT, IN WITH THE P33_PCSR.SEL BITFIELD, TEST SOFTWARE TO CHANGE THE PAD CONTROL OF FSP [0].
Theoretically, I need to set P33_PCSR.SEL and PCTL.PCS before the control of the PIN pin changes from PORT to SMU, but in reality, after only setting PCTL.PCS, SMU can control the PIN.
What effect will it have if I don't set P33_PCSR.SEL?
smartconx_target@Q!w2e3r4t5y6u7i8o9p0||/t5/AURIX/SMU-Port-Control/td-p/658688
Show LessHello,
I'm using TC364, and I want to know what are the SSH instances MCAN10/MCAN20 for the Memory Test Unit. and how to map with MCMCAN module?
As I know there are two MCMCAN modules, but the naming convention is CAN0/CAN1. For CAN nodes, they also start from CAN00, CAN01, CAN02, CAN03 and CAN10, CAN11, CAN12, CAN13
Show Less
Hi: 请问能否提供TC397 公板上通过SPI设置 TLF35584 的Window watchdog功能 的Demo例程?
I am trying to porting azure threadx for TC397, but im not familiar with AURIX's instruction, and AZURE/threadx is also not support TC397, is there any guide for me to porting this rtos
Show LessHi,
We are facing issue in tc399.
1.In tc399 we are using I2C_Read_External exapmle code .. we are able to receive the data from I2c as MAC address .. How we can verify whether the received MAC address is correct or not.
2.Can it is possible to write data to the external eeprom through I2C ?? Ifpossible ..please suggest how we can write and read the data.
Show LessAs shown in the attached figure, there is a delay between the time when the controller starts to send a bit and the time when it receives the position from the Rx terminal during the sending and receiving of the message, which is the sending node delay.
The sampling point of CANFD in the data field needs to adopt the sending node delay compensation mechanism (TDC mechanism).
When the sending rate of the message data field is greater than 1Mbps, the sending node needs to use the secondary sampling point (SSP) and enable the sending delay compensation mechanism.
ISO 11898 stipulates that when SSP is used, TDC mechanism has two ways:
1.Auto TDC: Set the SSP to the location where the actual transmission delay (TD) is measured, that is, the CANFD controller measures transmission delay.
2.Fixed TDC: Set the SSP to a fixed position, that is, configure a fixed TD.
What I want to ask is whether the MCU supports Auto TDC and if so, how to configure it. If the MCU does not support Auto TDC, then how to configure the Fixed TDC.
Show Less