Part Number: SN74HC14-Q1 TI Team,
One of our automotive customers has been using SN74HC14QPWRQ1.
However due to supply challenge we need to support them with SN74HC14QPWRG4Q1.
Could you kindly confirm if technically any difference in any of the…
Hi Maler,
Thanks for your reply, but i have not found the right documentation of SN74HC14-Q1 , our customer want to calculate FMEDA, could you pls help provide the number of transistors and failure modes and proportions inside SN74HC14-Q1, thanks a…
Part Number: SN74HC14-Q1 Hi team,
Could you please kindly help to confirm how much would be VT value of SN74HC14-Q1 could be changed by different temperature(like when the working temp changed from 25℃ to 125℃， then how much would the VT(both VT+ and…
Part Number: SN74HC14-Q1 Other Parts Discussed in Thread: CD4024B Hi,
I work for a manufacture that makes specialist equipment used on some vehicles , we have for over 20 years made use of normal grade parts like the SN74HC14DR, the product used to…
Other Parts Discussed in Thread: SN74HC14-Q1 Hi Team, The datasheet shows recommended operating conditions of Ta is -40～125℃. Should I assume the range of Ta as that of Tj (junction temperature) ? My customer concern if it is recommended the device is…
Hi Team, Are the following red part values min/max value under Ta=-40～125℃? I believe it but would like to confirm just in case because there is no difference from the value of Ta=25℃ for VT+ and VT-, VT+ - VT-. Best Regards, Yaita / Japan disty
Hi Team, Is there internal diode path from input pin to VCC? I believe there is because of the following description but would like to confirm just in case. Best Regards, Yaita / Japan disty
Other Parts Discussed in Thread: SN74HC14-Q1 I am looking at the Hex Schmitt-Trigger Inverter, SN74HC14-Q1, and I have a question.
The data sheet on page 3 shows the following:
PARAMETER
Test Conditions
V CC
T A =25C…
