Part Number: PCA9306-Q1 Tool/software: I understand that the PCA9306IDCURQ1 is manufactured at multiple wafer FAB and assembly/test FAB sites. Upon reviewing the reliability test results of the ICs manufactured at each FAB site, it appears that the ESD…
Part Number: PCA9306-Q1 Tool/software: According to PCN No. 20220413001.1, the molding compound has been changed from “SID#450207” to “SID#R-32”. Could you please provide the relative dielectric constants for both “SID#450207” and “SID#R-32”?…
Part Number: PCA9306-Q1 Tool/software: Hi Team,
In a scenario such as figure 9-5 in the PCA9306-Q1 datasheet where Vcc2 = Vcc1, or Vref2 = Vref1, what are the thresholds for EN?
Thanks,
Justin
Part Number: PCA9306-Q1 Other Parts Discussed in Thread: DAC53401 , PCA9306 Tool/software:
Hello,
I have a design with PCA9306TDCURQ1 connected to DAC53401.
The processor is connected to the VREF1 side of PCA9306. The I2C pull-up resistor of VREF1 side…
Part Number: PCA9306-Q1 Other Parts Discussed in Thread: LSF0102 , Tool/software: Hi, I'm looking for the unencrypted spice model to verify my worst case calculation in SIMETRIX tool. The SIMETRIX tool will not accept the Hspice/IBIS models. Thanks, …
Part Number: PCA9306-Q1 Tool/software: Hello team,
About PCA9306-Q1,we use it to transfer SMI from 1.8V to 3.3V,the design shown below.
The test result shows that the rise time of input SMI can meet the spec, it's 2.4ns，but the rise edge of output signal…
Part Number: PCA9306-Q1 Other Parts Discussed in Thread: PCA9306 Hi, TI Colleagues
Our one product use the PCA9306 and VREF2 directly connect to VDD_3V3，detail as bleow shows. Currently it pass the DV and PV test. We're wondering if there is some potential…
Part Number: PCA9306-Q1 Other Parts Discussed in Thread: PCA9306 Hi team，
The customer application case is: The pull-up on both sides of the I2C level conversion chip is 3.3V (typical), but the 3.3V on the right side (VCC2, the enable signal of VCC2 is…
