Part Number: TCAN1167-Q1 Good morning Interface team,
I have a question on the nRST pin on the TCAN1167-Q1. Can I initiate a Reset via SPI Command from the MCU, or do I need to use the nRST pin exclusively?
I also have one more question on the wording…
Part Number: TCAN1167-Q1 Hi Team,
When bus fault happen, customer find the TX/RX working conditions are different.
Does TX / RX can works seperately under different faults? Or does TCAN1167 not guarantee both Tx/Rx communication under any bus fault…
Part Number: TCAN1167-Q1
Hi team,
1. The customer is testing the Sleep function of the TCAN1167. According to the datasheet, to enter sleep mode from the normal state, the TCAN1167 needs to first switch to standby and then switch to sleep. However…
Part Number: TCAN1167-Q1 Tool/software: Hi Team,
Could you please clarify if the SDI sampling is rising edge or falling edge? It is conflicted in datasheet.
Thanks
Best,
Frank
Part Number: TCAN1167-Q1 Tool/software: Hi,
I'm using NXP s32k evaluation board and configured CAN0 Rx and CAN0 Tx pins which are connected with TCAN1167 Rx and Tx pins.
Additionally SPI lines are configured (SCL, MISO, MOSI, CS).
Here, Tx is working…
Part Number: TCAN1167-Q1 Hello team,
Normally the 5V LDO can output up to 100mA, but we noticed the description in datasheet: When a CAN bus fault takes place that requires additional current from the LDO, the total available current to external load…
Part Number: TCAN1167-Q1 In FMEDA report, what does safety related Fit means? What‘s the single point +residual failure rate? the date in below table not quite clear, take permanent of die as an example, does single point + residual failure rate= 8.13…
Part Number: TCAN1167-Q1 Hi Team,
We need to know the power consumption CAN SBC (TCAN1167-Q1). This CAN has internal LDO, so it seems it will dissipate the more power. Below are our circuit inputs. Please let us know how to calculate the power dissipation…
