Part Number: SN74LVC540A Tool/software: As a representative IC, this is a question about ICs such as the SN74LVC540A that can withstand an input voltage that is higher than the supply power voltage.
I understand that when the supply voltage is 3.3V…
Part Number: SN74LVC540A Other Parts Discussed in Thread: SN74LV540A Hello support member
I downloaded SN74LVC540A.cir from TI homepage. Generated .lib from .cir. I generated .olb from .lib and tried to run circuit simulation.
In the same way, SN74LV540A…
Part Number: SN74LVC540A Hi,
Could you please give me help for IOL and IOH in SN74LVC540A?
1. Datasheet shows IOH and IOL are 24mA at 3.3V of VCC. Would it be total IOH / IOL? or is it mean 1 ch support 24mA?
2. If you have IOL/IOH temperature dependency…
The SN74LV540A is an inverter.
LV-A inputs do not have a clamping diode to V CC .
(For lower or higher drive strength, see the SN74AHC540 or SN74LVC540A.)
Hello,
I'm looking for an octal inverting clock buffer. 8 inputs, 8 inverted clock outputs, that can run at up to 20MHz and have a propagation delay of less than 10ns.
I'm thinking the
SN74LVC540A-Q1
will do the job. Are there any better suggestions…
This thread is closed due to inactivity. If you have a question or comment on this topic, please feel free to continue the conversation here -- just don't expect the OP to respond!
Part Number: SN74LVC541A Other Parts Discussed in Thread: SN74LVC540A , SN74LVC08A , SN74LVC1G97 Dear Team,
Here is Kevin from the Delta Taiwan team.
The customer is using 74LVC541 from Nexperia.
Do we have a similar device but the output will pull low when…
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