Part Number: TPS26630-33EVM Tool/software: Hi,
On the eval board there is a voltage divider for the PGTH function (PGOOD comparator).
The eval board is supposed to work over the range 4.5-60V.
That makes the voltage at PGTH 0.45V to 6V.
The datasheet…
Part Number: TPS26630-33EVM Tool/software: Hi,
We found short TPS26630-33EVM jumper J6 but it can't still trigger OVP @48V,
Doe R5 have minimum require value?
And what is the highest OVP level I can set?
Thanks!
Jeff
Part Number: TPS26630-33EVM Tool/software: Hi team,
For power design requirements, the value of the dVdT external capacitor needs to be replaced. The minimum SPEC specification is 0.01uF. I would like to ask if there is a maximum capacitance limit for…
Part Number: TPS26630-33EVM Tool/software: Hello Team,
My self is denish Limbachiya .
During Evalution of load circuit in my project we utilize your load switch in over design.
In datasheet page no 22, according to datasheet Q1 mosfet will be turn off…
Part Number: TPS26630-33EVM HI
I want to set the under voltage as 15V and overvoltage as 24V, can you please confirm the resistor which i can use to set these values. I have checked by connecting the UVLO and OVO directly to ground but it is not working…
Part Number: TPS26630-33EVM Other Parts Discussed in Thread: TPS25948 , TPS25947 Hi
Could you help to suggest a product similar to FPF2890? Applied in USB typ C PD Load switch, thank you.
https://www.onsemi.cn/products/interfaces/usb-type-c/fpf2890
Part Number: TPS26630-33EVM Other Parts Discussed in Thread: TPS2663-166EVM Hi:
Is it possible to get the layout files for the TPS2663-166EVM and TPS26630-33EVM?
We are going to do a board with the TPS26632 and it would be great to see a working layout…
Part Number: TPS26630-33EVM
Hi TI Team. Let me ask this question as a continuation of the above thread. TPS2663: Operation at voltage interruption - Power management forum - Power management - TI E2E support forums
I purchased EVB and did an evaluation…
Part Number: TPS26630-33EVM
The TPS26630 and TPS26631 devices with a fixed overcurrent limit threshold the maximum output power limit increases linearly with supply input , I want confirm TPS26630 PLim(maximum power limit) is ?
