Part Number: SN74LV1T125 Tool/software: Hello, I'm Geon Hee. The signal from the DSP is inputted to the gate driver through the buffer. However, the current DSP signal is coming out well, and the buffer output signal is about 1.4 volts and does not come…
Part Number: SN74LV1T125 Tool/software: Hi,
I want the input can safely accept 5V/3.3V/1.8V levels, and convert them to 1.8V. As SN74LV1T125 can tolerant 5V input when powered by 1.8V supply, so I expect I can achieve my goal with it. But the datasheet…
Part Number: SN74LV1T125
Tool/software:
Hi,
As the input is 5V tolerant, I wonder if it's safe to use it as a 5V to 1.8V level shifter? If so, why the datasheet only state it can do '5V to 3.3V' but no mention '5V to 1.8V'?
Thanks.
Part Number: SN74LV1T125 Other Parts Discussed in Thread: TXU0204 , SN74AHCT244 , SN74LXC8T245 , TXS0108E , TXU0104 , TXV0106 , TXV0108 , SN74AXC8T245 Tool/software: Hi
In the previous product, the following was used:
SN74LV244APWR, 5V -> 3.3V Level…
Part Number: SN74LV1T125 Hi,
I try to use a SN74LV1T125DBVR in my design as an interface between a 3.3V CMOS device and a 5V TTL device.
I use it like this :
Input A > pin 2 > GPIO Signal 0V or 3.3V
Ouput Y > pin 4 > GPIO Signal 0V or 5V
VCC…
Part Number: SN74LV1T125 Hi,
I have a pretty straight forward circuit at hand. I am using 1 input AND gate and it's output is fed to buffer with active LOW enable.
The circuit is working fine for the case when buffer is enabled ( buffer output…
Part Number: SN74LV1T125 Hi, Team
Our customer prefer to check with: if the VCC is 1.8V, can we use the 3.3V for OE pin?
from our datasheet page 5, "7.3 Recommended Operating Conditions", the VI is from 0-5.5V, so i suppose it can support 3.3V for…
Part Number: SN74LV1T125 Hello,
SN74LV1T125's data sheet only specifies Θ JA as thermal parameter, but could you also provide such thermal parameters as Θ JC , Θ JB , Ψ JT , and Ψ JB ?
Best regards, Shinichi Yokota
