Part Number: TXS0102
Hi Team,
we currently using the TXS0102 device for the MIIM interface design and have the following issue that we would like your assistance in confirm,
MAC side voltage:3.3v, PHY sode voltage:2.5v, TXS0102: OE pin is pulled…
Part Number: TXS0102 Hi Team,
For my bidirectional one-wire signal need to be level translated from 5V to 3.3V in my board.
I was planning to use the TXS0102 for this level translation, but it got the below query
"1-Wire is open-drain, pull-up based…
Part Number: TXS0102 This is Koyama from NTT Electronics Cross Technology. We sincerely appreciate your continued support and patronage. We kindly request your assistance in entering data into the attached document. TXS0102DCTR
Desired Delivery Date…
Part Number: TXS0102 Hi Experts,
We'd like to ask this query from customer using the TXS0102DCTR for a UART application, with VCCA = 1.8 V and VCCB = 3.3 V:
There is a condition on my board where the UART I/Os may be driven before the level translator…
Part Number: TXS0102 Hi Team,
The factory reported that the TXS0102DCTR received material has two different marks. When the NG mark material is used, the TXS0102DCTR fails to function properly.
OK marker: 35UT NG: NFE 631X 5CR
Part Number: TXS0102 Hi, Planning to use Level translator for MDC and MDIO line having phy side (VCCA 1.8v) and (VCCB 3.3v).If we consider datasheet value for VOL,VIL,VIH,VIL then VOH,VIH,VIL, it is failing at PHY side.Attaching the datasheet snip.
…
Part Number: TXS0102 Other Parts Discussed in Thread: TXB0102 , Hi Team,
Please address the below query.
I was planning to use the TXB0 series level translator in the design.
The TXB0102 is an auto-direction level translator intended for push-pull…
Part Number: TXS0102 Tool/software: Dear Sir/Madam
I'm Kondo at Mitsubishi electric corporation Nagoya Works.
Please tell me about TXS0102 Datesheet.
Is VCCB=3.3V±0.2V wrong the second column from the right in page 8 :6.9 Switching Characteristics…
Part Number: TXS0102 Dear Support Team,
Regarding the footprint creation for TXS0102DQER, we noticed that the solder mask dam is currently at 0.075mm (2.95mil). Since this falls below the 3mil threshold, there is a potential risk of solder bridging…