Part Number: TPS26620-23EVM When a current overload condition occurs, does the fault output become active low? The data sheet is not clear about this.
Appreciate your help - Duncan
Part Number: TPS26620-23EVM Hi,
I am deisgning industrial electronics board with TPS26620 at the power supply input and hot swap does not always work. I managed to destroy two out of three identical boards. Somehow, SHDN pin gets almos short cut with…
Part Number: TPS26620-23EVM Hi all. I am using the tps26620 device for a supercapacitor charge control. According to the datasheet, this device latches off during an overload condition. Other devices like the tps26621 have a retry cycle and after that…
Part Number: TPS26620-23EVM Other Parts Discussed in Thread: TPS25947 Hi all. I'm working with a design based in the tps26620 for a backup source with a supercapacitor. The design was done through the design calculator tool and the schematic and the settings…
Part Number: TPS26620-23EVM Hi guys.
I would like to be sure I understand correctly.
Do you confirm that the device TPS26622 has the latch-off function only occours in the cases of THERMAL FAULT and OUTPUT OVERLOAD?
The overvoltage transient at…
Part Number: TPS26620-23EVM Other Parts Discussed in Thread: TPS2660 Hello,
I'd like to use the TPS26622 load switch/hot-swap controller in my design. I was wondering if the voltage on the "ILIM" pin is proportional to load current, so that it could…
Part Number: TPS26620-23EVM Other Parts Discussed in Thread: TPS2662 Hi,
My customer is considering to use the TPS2662x and concerning thermal characteristics.
For their reference, could you provide thermal distribution at full load condition on the…
Part Number: TPS26620-23EVM Hey Power Path folks!
I have a TPS26620-23EVM. The 1st question is: which IC is on the EVM? The User Guide would seem to indicate the TPS26620 and TPS26622. But neither of these are available yet - and the IC does not 'latch…
Part Number: TPS26624-25EVM Other Parts Discussed in Thread: TPS26620-23EVM Hi,
I believe that the operation of the IC on this evaluation board is Vout turned off at 512 ms after the current limit, is it correct? However, i n my evaluation Vout does…