Hello Darshan,
If you're unable to measure the current with the device still in place then it's difficult to diagnose what's occurring; however, since you have 4 boards and only one device from one board is showing this behavior I'd suggest going through…
Part Number: TPS22916 The TPS22916xx is an incredibly small, single channel load switch using a low leakage P-Channel MOSFET for minimum power loss available in a small, space saving 0.78 mm × 0.78 mm, 0.4-mm pitch, 0.5- mm height 4-pin Wafer-Chip-Scale…
Part Number: TPS22916
Hello,
Does the TPS22916BYFP switch need input or output capacitors when using it in a very low current application (<15µA) ?
Vin is between 1.8V and 3.3V.
Thank you very much.
Regards,
Victor Tolosana
Part Number: TPS22916
Marked r in the instruction, but we received ro. Please confirm the meaning of this o and the reason why it is different from the manual
Part Number: TPS22916 Hello there,
We are in the process of debugging our board - it was populated with the TPS22916CN - and used to turn OFF another IC VCC supply. Because there is no discharge - I don't think the IC is turning off correctly. Can I just…
Hi Gordon,
Since this thread is going on two weeks without a reply, I am closing/locking it. If there is another update here please make a new thread.
Best Regards,
Elizabeth
Part Number: TPS22916 Customer have 3000pcs TPS22916BYFPRl, and all top marks are R0,pls refer to the below pic. but the device marking in datasheet should be BA or R, can you confirm is it is correct.
Sure, Kalin.
Thanks for the suggestion. We did see the drop on the input power supply when drawing the large current. We are doing more experiment. If there is any questions related to TPS22916, I will have another post.
Thank you for the support.
Part Number: TPS22916 Hi
Below is the circuit we are using. We have to control power ON/OFF to MC90 GSM modem chip through TPS22916. The load current on VBAT is 1.6A max. There is 470uF capacitor on load side. Will TPS22916 support for capacitor load…
Part Number: TPS22916 Hello,
I want to confirm working of Quick Output Discharger FET.
When Power is 0("IN" = 0) and "ON" is 0, QOD FET is active(Discharging) or NOT active?
In my case, "OUT" port is pull upped by external 5V Power…