Part Number: TCA39306 From spec Switch Configuration Vref1=Vref2
Translation Configuration Vcc2 >= Vref1 + 0.7 V
I have few questrion. Q1:
Regardless of which configuration is used, are the HIGH levels on both sides of the MOSFET determined…
Part Number: TCA39306 Other Parts Discussed in Thread: PCA9306 Hi,
I'm designing an I3C interface (1.2V to 3.3V) that needs to support up to 12.5MHz. I’m considering the TCA39306 , but I ran into a few concerns and was hoping to get some advice here…
Part Number: TCA39306 Hi Team,
Posting on behalf of our customer.
I'll share this E2E post with our customer so he can reply when needed.
For the I3C bus voltage translation applying, the external fixed pull up resistors are needed according the…
Part Number: TCA39306 Here are two questions about the topology, 1. Is the topology acceptable with SCL1/SDA1 connected to the Device and SCL2/SDA2 connected to the Controller?
2. connecting multiple TCA39306s in series with SCL2/SDA2 side connecting…
Part Number: TCA39306 Hi :
I downloaded IBIS models of TCA39306 and tried to simulate if a TCA39306 can communicate with 6 TCA39306 through a cable. Do you know how to set the IBIS model to input mode and output mode for SCL and SDA pins?
Thank…
Part Number: TCA39306 Tool/software: Hi,
My customer want to use TCA39306 for I3C design to translate signals from 3.3V to 1.8V.
Which of the models would be the most suitable for simulation?
Part Number: TCA39306 Other Parts Discussed in Thread: SN74LVC2G66
I would like to use the TCA39306 as an I²C signal switch.
Both VCC1 and VCC2 are 3.3 V, but VCC1 powers up earlier and VCC2 powers up later. The delay between them can range from approximately…
Part Number: TCA39306 Tool/software: What is the difference between TCA39306 and TCA9306?
Is there any feature for I3C bus level translation application of TCA39306 ?
