Part Number: SN74HCS125 Other Parts Discussed in Thread: ESDS314 , SN74HC125 Hello Community,
We have a application where we want to interface the output of SN74HCS125 operating at 5V VCC to the MCU digital input pins which are 5V tolerant. The signal shall…
Part Number: SN74HCS125 Hi,
TI has so many logic IC with low-enable function(like 125,240,244,245).
Is there any specific reason that is still using low-enable ?
what is the advantage of Low-enable?
Thanks,
Go
Part Number: SN74HCS125-Q1 Hi, Team
Hope you are doing well!
From the datasheet of SN74HCS125-Q1, I can know the VT+max@2V/4.5V/6V.
But what if I want to know the VT+max corresponding to other Vcc values?
For example, when Vcc=3.3V(I think it's a common…
Part Number: SN74HCS125-Q1 Other Parts Discussed in Thread: LMX2595 , SN74LVC125A-Q1 Outputs from the SN74HCS125-Q1 will be going off board through a 2m, 100-ohm cable. I cannot add anything on the receiving board which has a LMX2595 receiving the signals…
Part Number: SN74HCS125 Other Parts Discussed in Thread: SN74LVC125A , SN74AHCT1G125 , SN74LV125A , SN74AHC125 , SN74LV4T125 , TXU0304
Hi
I have 5V microcontroller and I am trying to run two 3.3V slave could you please let me know if this will work for m…
Part Number: SN74HCS125 Hi,
Good Day. Where can I find VIH and VIL values in datasheet of SN74HCS125? If not found on the datasheet, can you help us to provide the value of VIH and VIL? Please advise. Thank you very much.
Best Regards,
Ray Vincent
Xu,
Since you have a simulation profile, you must have a schematic in which you've placed the symbol SN74HCS125 from SN74HCS125.OLB , correct? You don't need to place SN74HCS125.OLB into C:\Cadence\SPB_16.5\tools\capture\library\pspice as that does…
Part Number: SN74HCS125 Other Parts Discussed in Thread: SN74LV4T125 , SN74AHCT125 , SN74AHCT541 , SN74AHCT1G125 , TXU0104
We're looking for the 4ch buffer with VCC=5V, and the Input Voltage is from MCU 3.3V.
It looks SN74HCS125 is able to meet this…
More modern devices in the HCS family (SN74HCS125, SN74HCS138, SN74HCS541) are specified for 125 °C. The major difference from HC is that they have Schmitt-trigger inputs.