Part Number: SN74HC367 Hi Support Team.
In the Qualification Summary, the results of ESD-HBM and CDM are described as "See data sheet". However, the datasheet does not show the results of ESD.
Please tell me ESD data (HBM data , CDM data) of SN74HC367NSR…
Part Number: CD74HC367 Other Parts Discussed in Thread: SN74HC367
The above functional diagram is not matching with the pin configuration.
Functional block diagram: PIN 9 -input & PIN 10 -output
Pin configuration: PIN 9 -Output & PIN 10 -Input…
Hey Danilo,
Both datasheets show the functionality and pinout clearly - they just show it differently.
Since these are both logic devices, the best way to compare functionality is through the function table & pinout.
You haven't linked me to a datasheet…
Hi Marvin,
So you can simply connect your input to 6 different buffers like so
or
Buffers that can do this are CD74HC365 , CD74HC367 , SN74HC365 , SN74HC367 . However all logic devices will have a channel to channel skew rate of around 1ns, so if…
Hello Sanjay,
Both implementation for LMQ61460-Q1 ad TPS54418 are different.
I was able to use a setup in the lab to synchronize to the output of an external function generator: TPS54418-Sync-EVM.pptx
As you can see, the no load condition is influenced…
Adrian,
I don't see any differential parts that will meet your needs, because all differential drivers will have that output stage limitation.
After a quick search of our buffer portfolio, it looks like the SN74HC367 might fit the bill. That being…
