Part Number: TPS22916 Hi team,
Could you help check if we get recommendation meet following spec requirement?
Load Switch
3.6V
VDD
1.0V ~ 5.5V
Vout
0V ~ 5.5V
R ON
Max.50m ohm
I SW
Max. 2.0A
Iq (EN…
Hi Sharu,
Yes, it looks like the circuit in the picture you sent would work well. I calculate that the respective TPS22916 will be disabled when only (0.0028 / 2 = 0.0014V / (2 * 0.6) = 11.7mA) of current flows from the higher to the lower voltage battery…
Part Number: TPS22916 Hello,
We've recently had some issues with the TPS22916BYFPR load switch on our PCBs.
Our PCBs have TI load switches in three different locations on the PCB. We use the TPS22916BYFPR in two separate locations and the third load…
Hi Elizabeth,
Thank you for your reply, No, the measurements were not made on the EVM, but on our products.
Maybe I explained myself badly. There is no doubt that there is significant current leakage when exposed to light. No doubt. For us this is not a problem…
Part Number: TPS22916 Hi Team,
The datasheet says Vout has to drop below V RCB (25mV) for it to recover from RCB.
My questions is,
1. Does that mean the absolute value of Vout needs to be less than 25mV?
2. Or Vout needs to be 25mV less than Vin for it…
Hello Andrea,
I discussed with our packaging team.
A UV cure for an adhesive should not impact the package material properties to make it more porous or brittle. TI does a UV-tape mount and cure during assembly and we do not see issues with the silicon…
Part Number: TPS22916 Hi Team,
the Vil & Vih specification is misleading for me. On the recommended operating conditions you write Vih to be between 1V and 5.5V and Vil to be between 0V and 0.35V. Then there is graph 6.6 which plots both values over input…
Part Number: TPS22916 Other Parts Discussed in Thread: TIDA-00556 , Hello team,
My customer try to replace Switch S1 and S2 following TIDA-00556. S1 to Remote controller power on Key and S2 to FET with High/Low Signal.
I guess Ship mode operate during…
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…