Part Number: TCA39306 Hi Team,
My customer asked a question.
Regarding to the datasheet (chapter 9.3.1), the difference between Vref1/2 connected VCC(Fig 8.5) and Vref1/2 connected GND(Fig 9-6) in bus switching mode is only power consumption and communication…
Part Number: TCA39306 Hi team,
As the pictures shows, the customer ignore 200k resistor and they connected Vref2 and EN to VCC2 directly. Is there any risk in such a design? Will the device burn out?
Part Number: TCA39306-Q1 Other Parts Discussed in Thread: TCA9517-Q1 Hi Team,
My customer is looking for a I2C buffer in order to extend range of a I2C signal and run it across a wire from one board to another.
I found the TCA39306-Q1 as a potential candidate…
Part Number: TCA39306
Are there any problems if the power supply is as follows ?
- VREF1 :+1.2V
- SCL1/SDA1 Pull-Up Voltage : +3.3V
I2C Controller IO voltage is variable (1.2V – 3.3V).
Part Number: TCA39306 Hi
On the datasheet, it shows "Allows voltage-level translation between 0.9-V VREF1 and 1.8-V, 2.5-V, 3.3-V or 5-V VREF2" on description of "Feature".
But it also shows "To support translation, VREF1 supports 0…
Part Number: TCA39306 TCA39305 support team
Figure 9-2 is recommended for controlling SW enable.
Is it possible to directly connect VREF2 and EN terminal to GND for SW control as shown below?
If NO, why is it?
Thanks
Tamio
Part Number: TCA39306 Other Parts Discussed in Thread: TCA9617A Hi Team,
Does TCA39306 have repeater function? It is not clear in datasheet.
If yes, what's the advantage comparing with TCA9617A?
Thanks.
Part Number: TCA39306 Other Parts Discussed in Thread: SN74AXC1T45 , LSF0101 Hi, TCA39306 support team
I would like to use the TCA39306 for GPIO, not for I2C. Now, I'm thinking of using only the SCL1/SCL2 pins and leaving the SDA1/SDA2 pins unused. …