Part Number: SN74HCT14 Other Parts Discussed in Thread: CD74ACT14
Tool/software:
I have an oscillator circuit that consists of a 10MHz oscillator, an SN74HCT14 and three 74HC390 dividers. The osc. is 3.3V and everything else is 5V. I'm using the '14…
Part Number: SN74HCT14 Other Parts Discussed in Thread: SN74LVC14A Hi,Engineer:
Please provide the reliability test report and Failure Mode Effects Analysis(FMEA) report of the following SN74HCT14 device,thanks!
Regards,
shaocong
Part Number: SN74HCT14 Other Parts Discussed in Thread: SN74AHCT367 Hello team,
Can SN74HCT14 (VCC=5V) accept 3.3V amplitude signal?
Initial configuration idea is below:
SN74LV14APWR(VCC=3.3V)→SN74HCT14PWR(VCC=5V)
Looking at datasheet, it should…
There is no logic device that combines all these features.
It would be possible to combine a TTL-compatible, Schmitt-trigger inverter (SN74HCT14) and any strong inverter (SN74LVC2G14). Alternatively, use a gate driver (UCC37324).
Part Number: SN74HCT14 What type of IC is the IC with the character "8AA724M G4 HCT14"? What model does 8AA724M represent? What model does G4 stand for? What model does HCT14 represent? Is this model SN74HCT14DRG3?
Part Number: SN74HC14 Other Parts Discussed in Thread: SN74HCT14 Dear Team,
Please help to confirm the difference between SN74HC14N & SN74HTC14N.
Regards,
Venu CK.
Part Number: CD74HCT14 Other Parts Discussed in Thread: SN74HCT14 Hello, I discovered CD74HCT14M is obsolete but CD74HCT14M96 is available. What is the difference between the 2 parts that CD74HVT14M is obsolete? How many years will CD74HCT14M96 be available…
The SN74HCS14 does not exist in the N package.
CD4000 devices are optimized for much higher voltages.
The SN74AHC14 also is out of stock. The SN74AC14 and CD74AC14 are available, but have much higher drive strength (their fast edges could lead to more…
Other Parts Discussed in Thread: SN74AHCT14 Are the VCC and GND voltage values absolute or can they be viewed as relative? I have a customer who wants to drive the GND pin on a SN74AHCT14 with -5V and the VCC pin with 0V. The logic input is either -5V…