Part Number: SN74AVC4T234 Other Parts Discussed in Thread: SN74AUC17 , SN74AUC125 , SN74AUC34 Hi Team,
Can u please Verify the attached Schematic & provide me the Improvements.
Currently we are using it for 100 MHz Clock..In datasheet recommended…
SN74AUC125 (it has overvoltage-tolerant inputs)
Is this related to the circuit you've shown above? In this case, there is also an output on the 3.3 V side, and you should use the SN74AXC4T774.
Hello,
The datasheet does not specifically state what to connect the exposed pad of this part to. I assume you would connect it to ground but i want to confirm.
Thank You,
Kevin
For loads larger than 3 mA, V OH is not guaranteed at all.
There is no stronger logic family at such a low supply voltage. Use multiple outputs of the '245 in parallel, or add a multichannel buffer like the SN74AUC2G34 or SN74AUC125.
Other Parts Discussed in Thread: SN74AUC125 6735.SN74AUC125_Waveform.pdf
Hi,
My customer observed strange behavior with SN74AUC125 as attached. Even though OE is in LOW state and input(A) is LOW, the output(Y) sometimes doesn't go LOW. {Yellow box portion…
SPI signals are just plain logic signals. You can use any buffer that supports the required voltage and frequency.
I'd recommend the SN74LVC125A for 3.3 V and the SN74AUC125 for lower voltages.
