Part Number: TXB0106 Hello,
The datasheet states that if VCCA and/or VCCB is unpowered, the pins of the corresponding port are placed in a high-impedance (tri-state) mode to prevent current drain.
If Vccb=0 and Vcca=1.8V, what are the state of port…
Part Number: TXB0106 Other Parts Discussed in Thread: TXU0102 , TXB0104 , TXB0304 Tool/software:
Currently, we are designing a QSPI interface between a system controller (1.5V) and a flash device (1.8V), and we have selected the TXB0106 for voltage…
Part Number: TXB0106 Hello,
We have an application where we are running RS232 and RS485 signals through the TXB0106RGYR to level shift between 2.5V and 3.3V. It is unidirectional, but the bidirectional TXB0106RGYR has been picked to combine 5 signals…
Part Number: TXB0106 Other Parts Discussed in Thread: TXU0204 , TXU0101 Hello,
We have an application where we are running RS232 and RS485 signals through the TXB0106RGYR to level shift between 2.5V and 3.3V. It is unidirectional, but the bidirectional…
Part Number: TXB0106 Tool/software: Is there an Adapter / TestSocket vor this IC ??? We need to test and preselect every batch which is delivered to us because some batches working fine, some working with 50 percent failure.
Part Number: TXB0106
Tool/software:
Team,
We found that the TXB0106 D/S claims the pull up resistor as below:
While TXB0106-Q1 D/S claims as below:
Is this a typo in TXB0106-Q1 D/S, should we update the D/S? Thanks!
Best,
Qian…
Part Number: TXB0106
Hello,
We are using the TXB0106R to level-shift SPI signals between our controller (1.8 V) and the BGT60UTR11AIP radar module (3.3 V), and we would like clarification on floating-input behavior and OE configuration. We are also…
Part Number: TXB0106 Tool/software: Hello, I am using the TXB0106 for a design. I see in the datasheet that pull-up resistors can be included to modify the drive strength of an output but if this is a push-pull part, what is the maximum drive strength…
Part Number: TXB0106 Tool/software: Hello,
I have VCCA and VCCB powered at 1.8V from two different voltage regulator, so it is possible that VCCA is a little bit greater than VCCB.
For example considering VCCA greater than VCCB by 100mV (VCCA =1.85V…
Part Number: TXB0106 Tool/software: Designed for 1.8V to 3.3V
VccA=1.8V；VccB=3.3V
According to the specification OE pin needs to be Referenced to VCCA.
But in the experiment, if the IC uses 1.8V, it will not be able to output. It needs to use 3…
