Part Number: TXS0108E Hello, Q1 Datasheet 6.3 (3) says “VCCA must be less than or equal to VCCB”. But, datasheet 6.1 says VCCA could be -0.5V to 4.6V and VCCB could be -0.5V to 6.5V. So, power up sequence could be VCCA (1.8V) gets up first…
Part Number: TXS0108E Hello, Datasheet specifies VOHA and VOHB at IOH = -20uA. Does TI have VOHA/VOHB specification at IOH is not equal to -20uA? Best regards, K.Hirano
Part Number: TXS0108E-Q1 Other Parts Discussed in Thread: TXS0108E , LSF0108 , SN74GTL2003 I use TXS0108E levelshift the voltage of IO.
VCCA=1.8V,VCCB=3.3V,OE always on
the module connect portB IO some is for debug uart ,these IO keep poweroff under normal…
Part Number: TXS0108E Hi Team,
Regarding Vil level of TXS0108 had discussed several times in E2E, but I need to understand about the input low voltage level in more detail.
In the case of my customer, their input signal is as following, and 0.15V level…
Part Number: TXS0108E Other Parts Discussed in Thread: TPS55288 , TXU0304 , TXU0104 , TXU0204 Hi,
We found a question in the application of TXS0108E.
In our application , VCCA=1.8V , VCCB=3.3V.
we connect A1 pin to the IO of FPGA 1.8V bank and B1 pin to…
Part Number: TXS0108E Hi Support team
We have application apply the TXS0108E for SPI leavel shifter, it already built hundrand boards without problem, recently we got problem on it.
The circuit as below, the host is Marvell/OcteonTX2 with 1.8V SPI output…
Part Number: TXS0108E Hello When connecting TXS0108E I/Os to open drain output device, the external pull-up resistor is required, or it is not required since TXS0108E has RPUA/B internally? Best regards, K.Hirano
Part Number: TXS0108E-Q1
Hi Expert:
our customer is design TXS0108EQPWRQ1 level shift from 1.8V SoC I2C bus to 3.3V device I2C bus . we found there have ~0.5V voltage DC level on both 1.8V and 3.3V I2C bus line , the ~0.5V voltage DC level will disappear…
Part Number: TXS0108E
Our case is PUSH/PULL with the voltages 1v8 to 2v5 and vis versa. The voltages are at normal variations ~+/-3%
We would (URGENTLY) like to know what will be the max delay variations (please note "variations ") of the same A &…