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 The device datasheet for PCA9306TDCURQ1 does not define maximum junction temperature. What is the junction temperature this part is specified for?
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…
Part Number: PCA9306-Q1 Other Parts Discussed in Thread: TXS0102 , , PCA9306 , LSF0102 , SN74LVC2G66 Hi Expert,
Thanks a lot for your support!
My customer need a dual bidirectional I2C voltage translator acting as a switch 1.8V to 1.8V.
We find…
Part Number: PCA9306-Q1 I2C BUS translator PCA9306-Q1, VREF2 pullup 200k, if 5V change to 3.3V level, VREF1=3.3V, VREF=5V, use Equation 6 calculated Rmin = (5-3.3-0.6)/0.128 = 8.6k, but u sually 200K is used. How to explain? or 10k is enough.
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…
Part Number: PCA9306-Q1 Other Parts Discussed in Thread: PCA9306
How to explain this sentence as follows, if I2C from SOC(1.8V) to IC(3.3V), SOC I2C is open drain, but IC's I2C is LVTTL, not open drain, how to confirm the direction? If use PCA9306 is…
Part Number: PCA9306-Q1 Other Parts Discussed in Thread: TCA39306-Q1 Hi,
I wanted to ask about your PCA9306-Q1 Dual Bidirectional I2C Bus and SMBus Voltage-Level Translator - Texas Instruments.
Is this Voltage-Level Translator compatible with ASIL…
Part Number: PCA9306-Q1 Hello,
The PCA9306-Q1 is used in our application as a I2C switch. Both sides of the PCA9306-Q1 are supplied with 3.3V (from the same supply) and we don't need the voltage translation functionality. The EN pin is controlled by…
