Part Number: TXU0204 I'm using the above part in my design and would like TI to review the design. I prefer email or personal messages instead of sharing in the forum.
Part Number: TXU0204 Hi Experts,
Customer is planning to use the TXU0204 to perform level conversion.
Is this correct in assuming that the following supply voltages can be used?
VCCA=1.2V,VCCB=1.2V
VCCA=1.8V,VCCB=1.8V
7.7 Switching Characteristics…
Part Number: TXU0204 Hi team,
My customer wondering about TI recommendations for soldering in mass production, PCB design and surface finish for TXU0204DTRR.
Can we provide CAD/CAE symbols/footprints for this part? There is no footprint for TXU0204DTRR…
Part Number: TXU0204 Hello, My customer plans to use TXU0204RUTR, UQFN package (Package Drawing is RUT). However, TXU0204 datasheet does not have LAND PATTERN EXAMPLE , S OLDER MASK DETAILS and SOLDER PASTE EXAMPLE for UQFN package. Could you provide…
Part Number: TXU0204-Q1 Hi team,
I have a question about the description in the datasheet P21 9.3.5 as below.
"It is recommended that the inputs are kept low before floating (disconnecting) either supply."
In my system, VCCA is active while VCCB…
Part Number: SN74AVC4T245 Other Parts Discussed in Thread: TXU0204 For SN74AVC4T245RSVR, VCCB is powered by 3.3V, and VCCA is suitable for 1.2V power supply. Can the I/O on the VCCB side withstand 3.8V voltage? The approximate application block diagram…
Part Number: TXB0104 Other Parts Discussed in Thread: TXU0204 Hi TI support team,
When VCCB is 3.3 V, can the B-port pins (B1/B2/B3/B4) accept an input voltage level of 5.5 V?
Thanks, Andy
Part Number: TXB0104 Other Parts Discussed in Thread: TXU0204 , TXU0304 , TXS0104E Hello.
I have an inquiry regarding level shifters.
I have currently designed a circuit using the TXB0104 (see Figure 1 - No pull-up resistors used for input/output…
Part Number: TMUX1308 Other Parts Discussed in Thread: TXU0204 , , LM324B , DRV8873 Dear All,
I want to use the TMUX1308 for 4 sensor readings via LM324B (analog) and 2 current readings (analog) from DRV8873 and 2 RPM digital signals (3V) from TXU0204…