Part Number: TCAN1463-Q1 Hi team,
Could you please give me IBIS model and CAE symbol data of TCAN1463DMTRQ1?
For CAE symbol, I can only found SOT/SOIC on TI.com, but VSON is not ready online.
regards,
Part Number: TCAN1463-Q1 Hi, This is JOONGGEON LEE.
I have a question regarding CAN TRANSCEIVER. In the picture below, when applying 1.3Kohm resistance to both ends of CAN High/Low, can I apply a resistance of 1/16W (1005mm) rated power?
Thank you.
Part Number: TCAN1463-Q1 I will use 2 TJA1463 at onece on board. Can I connect both INH(8) together if current load to GND is enough low? Data sheet shows (Vsup - VIHN)<1V at 6mA load.
Part Number: TCAN1463-Q1 Other Parts Discussed in Thread: AWR1843AOP , , TCAN1146-Q1 Hello, I am a beginner using TCAN1463-Q1 and awr1843aop.
In my application, when the radar sensor receives power, it sets the nSTB and EN pins to high.
The issue is that…
Part Number: TCAN1463-Q1 Hi team,
Sorry for fundamental question, I'm a little bit confusing.
Use the INH_mask function (do mask) -> do not use INH Do not use the INH_mask function (do not mask) -> use INH
Is this understandings correct? If we…
Part Number: TCAN1463-Q1 Hello team,
A customer asks about the resistor power size installed for split termination on the sub node of CAN bus.
1/16W is acceptable for 1.3kohm? Otherwise, what is the optimal value?
Thanks and regards,
Sam Lee
Part Number: TCAN1463-Q1 Other Parts Discussed in Thread: ISO1042 , , TCAN1044A-Q1 , TCAN1043H-Q1 , TCAN1042H-Q1 Hello,
My customer has some questions about the CAN interface isolation.
Q1. When CAN communication is connected as shown below, is there a solution…
Part Number: TCAN1463-Q1 Hello team,
I have a question regarding the quiescent current into VSUP pin during Sleep mode and how the specification in the datasheet can be interpreted.
In section 7.7 the current I_SUP_Sleep is specified with typ 18µA and…
Part Number: TCAN1463-Q1 Hi team,
I have a question.
When WAKE is not used, in which way can I terminate this pin?
Floating?
Direct connect to V_SUP?
Pull-up with XX Ohm?
Direct connect to GND?
Pull-down with XX Ohm?
Could you tell me if each way is…