Part Number: SN74HCS14 Other Parts Discussed in Thread: SN74AHC14 Hello support team,
My customer ask if SN74HCS14 can accept 5.5V input voltage when VCC5V. Could you support?
Datasheet "Absolute Maximum Ratings" has notice (2), this looks like to allow…
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…
Like with any CMOS device, the output impedance slightly decreases with increasing supply voltage.
If you want to replicate the TC74HC14AF solution, just use the SN74HC14, SN74HCS14, or SN74AHC14.
Hi John,
It's important to note that the input voltage can be larger than the supply, however it _cannot_ be higher than the absolute maximum rating of the device.
For example, applying 6.5V to the input of an SN74AHC14-Q1 when its supply is 3.3V…
Other Parts Discussed in Thread: SN74AHC14 By conditions, can CMOS single end transmit long distance pattern?
Customer want to use SN74AHC14 for 1m pattern and difficult to change differential line for customer reason.
Although Below application note…
Other Parts Discussed in Thread: SN7414 , SN74LS14 , SN74AHC14 Hello,
I am a hobbyist interested in a Schmitt-trigger / comparator IC to trigger a N-type power Mosfet to light some LEDs.
I came across the SN7414 Hex Schmitt-trigger inverter and I think it…
Other Parts Discussed in Thread: SN74AHC14 Hi,
I'm looking for a SPICE model for the SN74HC14DR. Alternatively, an IBIS descriptor would work for this part as well. I spoke to a representative from TI on the phone and was referred here.
Thanks,
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