Part Number: TPS650861 HI:
I have already set the program for power-off sequence, but during actual testing, I found that it did not follow the seted program. Why?
I 'm looking forward to your prompt repl。
Thank you!
Part Number: TPS650861 Other Parts Discussed in Thread: TPS65086 , TPS65094 , TPS65084 , TPS6508700 Hi TI team,
For other TI parts there was an Excel calculator determine the values of C,L, calculate power, junction temperature,... available from the product…
Part Number: TPS650861 Other Parts Discussed in Thread: IPG-UI Hi,
I am trying to control power on sequence for CPU with CTL pin, after configuring program mode in address 0X38, but it didn't output correctly. In the end, we found also a need to configure…
Part Number: TPS650861 Other Parts Discussed in Thread: TPS650860EVM-116 , , IPG-UI , Hi,
I am working on the TPS65086100 OTP setting, but we don't burn. below is my step:
1. We pull up 7V in CTL4.
2. Sending OTP setting all register( Address:0x38 )…
Hi Jainendra,
This debug has been continued offline. The solution to the above observations is to ensure all register settings listed on the OTP generator tool are written to the TPS650861. After all registers have been written the device works as expected…
Part Number: TPS650861 Hi,
There are a few conditions to trigger the emergency shutdown mecanism according to the datasheet. (UVLO, OVC, etc.)
I noticed that when the emergency shutdown is triggered, when the condition that triggered dissapears, the PMIC…
Part Number: BOOSTXL-TPS650861 Other Parts Discussed in Thread: TPS650861 , Hi,
Kindly clarify what is correct pull up voltage for I2C ?? 1.8V or 3.3 V ??
As mentioned in the datasheet of TPS650861 the pull up voltage should be 1.8V but the same I2C pins…
Part Number: TPS544B25 Hi,
I'm working on a design that contains one TPS65086100 and one TPS544B25.
I'd like to know if it's possible to connect both devices on the same I2C bus with the pull-up connected to the LDO3P3 power supply from the…
Part Number: TPS650861 Hello James,
We are using TPS65086100RSKT in our design.
As per the datasheet the Buck converter operates at quasi- fixed frequency. Also as per figure 4-10 , Fsw variation with Vin and Vout is provided. Based on the figure we assume…