Part Number: TXU0304 Tool/software: Hello TI Team,
We are using TXU0304 in one of our projects, can someone from TI team please verify the schematics of it and let us know if some changes are required.
Thanks & Regards
Part Number: TXU0304-Q1 Tool/software: The part has internal pull down for input ports.
If there is no power supply, are those input ports still pull-down?
If there is only one power supply (VCCA, Not VCCB), are those input ports still pull-down?
If so…
Part Number: TXU0304 Tool/software: Dear Mickael
On the question 3 years ago of Amir :
Amir Eshraghi said:
1. Since TXU0304 have internal pull down, do I still have to pull up, or down chip select of each SPI slaves
Your answer was :
The internal…
Part Number: TXU0304 Tool/software: Regarding version TXU0304RUTR with UQFN 12pin package: How do I know where Pin1 is, when the part is populated? There is just the Device marking 1J6 and some points visible. I do not find the information in the datasheet…
Part Number: TXU0304 Tool/software: https://www.ti.com/product/TXU0304 , May I know the ICCA and ICCB supply currents at 25 °C , –40°C to 85°C when a pulsating signal with 50kHz is applied to the Port A or Port B input pins? The currents that…
Part Number: TXU0304 Other Parts Discussed in Thread: SN74LVC125A Tool/software: how about the data rate when VCCI=VCCO=3.0V ~3.6V? I don't see the condition in d/s.
Application: SPI for Robot
Regards
Brian
Part Number: TXU0304 Tool/software: Dear Team,
We have added TXU0304PWR , this level shifter IC in one of our project for PCM,where as our input Signals IO voltage is 3.3V and Output Signals IO voltage is 1.8V,so requesting you to verify this Schematic…
Part Number: TXU0304 Other Parts Discussed in Thread: LSF0108 , TXV0108 , TXV0106 , TXU0104 , TXU0102 , TXU0202 , TXS0108E Tool/software: Hi,
I am looking for a SPI level shifter however I need one which can handle multiple devices.
Ideally would be TXU0304…
Part Number: TXU0304 Tool/software: Hello team,
Would Propagation Delay of each channel be somewhat simillar or differ completely across min/max range?
Best Regards, Kei Kuwahara