The gate-to-souce voltage of the transistors is V CC , so a higher supply implies a higher drive strength, which allows faster (dis)charging of the gate and load capacitances.
Part Number: SN74AXC2T245 Hi,
I want to use SN74AXC2T245 at Vin=1.2V, Vout=1.8V, 48Mbps.
Based on the following thread, I think it can be used, is it correct?
https://e2e.ti.com/support/logic-group/logic/f/logic-forum/1319092/sn74axc2t245-q1-voltage-translation…
Part Number: SN74AXC2T245-Q1 Team,
can you please advise how to calculate the internal power dissipation ?
My take is that it is made out of the intrinsic current drawn by the part + the current sank by the part in Voh.
from this table one can see a…
Part Number: SN74AXC2T245-Q1 Other Parts Discussed in Thread: SN74AXC2T45-Q1 I'm using the SN74AXC2T45-Q1 to translate from +1.2V to +0.9V (B to A direction) and I would like to operate at 125 Mbps. I have been able to operate at 25 Mbps. For the …
Part Number: SN74AXC2T245-Q1 The IBIS model for this part currently only supports 0.7V and 3.3V logic systems. Are there any plans to add models for 1.2V or 1.8V systems? If so, when will they be available for download?
Part Number: SN74AXC2T245-Q1 Other Parts Discussed in Thread: SN74LV4T32-Q1 , SN74LVC1G32-Q1 Hello Expert, Our customer is looking forward following device.
Input1: 1.8V 50MHz Input2: 3.3V 10MHz Output: 1.8V
We could found 1:1 level shifter or OR type input…
Part Number: SN74AXC2T245SN74AXC2T245RSWR material currently has 5800 pieces in stock, with oxidation accounting for about 60%. Please help confirm if there is a way to handle oxidation in order to continue using it in the future. Thank you
Part Number: SN74AXC2T245-Q1 Hi
We are connecting the /OE pin of SN74AXC2T245-Q1 to a direct I/O pin of a MCU which is internally pulled up (100kohm) at reset state.
We would like to know the input impedance of SN74AXC2T245-Q1 to ensure that the /OE pin…
Part Number: SN74AXC2T245-Q1 Other Parts Discussed in Thread: SN74AXC2T245 Hi,
We are using CAXC2T245QRSWRQ1 in our design for level shifting of voltage from +3.3V to +1.8V. We need to perform SI analysis.
The models found in sn74axc2t245.ibs are io_0p7 …
Part Number: LSF0102 Other Parts Discussed in Thread: SN74AXC2T245 ,
TI Team,
What makes SN74AXC2T245 more suitable for UART level translation than LSF0102?
I have browsed many E2E threads and videos on both parts - but I can find answer to that.
It is…