Part Number: PCA9306-Q1 Other Parts Discussed in Thread: PCA9306 Hi Team,
Can you confirm that the PCA9306 is compatible using a VREF1 of 1.8V and a VREF2 of 3.7V?
I'm assuming yes, based on the statement here:
But the following made me second guess…
Part Number: PCA9306 Dear Team,
Question 1:
Below is the I2C wave from captured .You can see that the ACK is coming to 0.8V.May I know is this due to the presence of level shifter.
Please see my circuit below.The pull up used is 10K,LOW side voltage is…
Mike,
Mike Hsieh said: About R1888 NC of SDA_5V0_0, this is because there is internal pull-up of 5V I2C device.
Could you possibly try populating R1888 to see if it addresses the problem?
And, while you're looking at this, could you let me know the supply…
Part Number: PCA9306 Other Parts Discussed in Thread: TCA9511A , TCA4307 Hello, Does the PCA9306 support live insertion and removal? Best regards, K.Hirano
Part Number: PCA9306 Customer wants to know two reliability test items in Lead Integrity(JESD22-B105) and actual result for below listed devices.
Lead Bending stress result (as numbers of passed units/numbers of sample units)
Lead Tension test resul…
Part Number: PCA9306 Other Parts Discussed in Thread: THS4561 , , LSF0102 , LSF0101 I am currently looking for a solution to limit the output voltage of a differential opamp (like the THS4561) supplied with 3,3 or 5V when feeding its output to a high speed…
Part Number: PCA9306 Other Parts Discussed in Thread: TXS0102 , LSF0102 , TCA9406 Hi Team,
I have a few questions about this device.
1. VCC1=1.2V or 1.8V and VCC2 = 3.3V. VCC1 will rise later than VCC2. What will be the behavior of SCL2 and SDA2 during…