Part Number: TPS79318-EP Other Parts Discussed in Thread: TPS793 , TPS7A20 , TPS7A10 Hi team,
Do we have some P2P solution for the TPS79318YZQR?
Thanks.
BR
Mason
Hello Shankar,
I would recommend TPS7A10. It is not pin to pin compatible with TPS784-Q1 and requires a BIAS voltage source, but it has very low dropout and supports your load and VIN/VOUT requirement. Thanks!
Regards,
Srikanth
Hi Arumugam,
Here are my recommendations for LDO4, 6, 7, 10, 11
LDO 4 - VIN = 1.8V, VOUT = 1.2V at 5mA - TLV741P - fixed output
LDO 6 - VIN = 0.95V, VOUT = 0.85V at 5mA - TPS74701 -> ADJ output, If you can use 0.8V or 0.9V I would suggest TPS7A10 / TPS7A11…
Hi Oliver,
I would not expect the reliability of the component to change if it were operating in dropout, as the reliability is often based on operating at 55C. Operating in dropout at these current levels will not raise the device temperature very much…
Part Number: TPS780 Other Parts Discussed in Thread: TPS7A02 , TPS7A10 Hi,
Can two TPS780 be connected in parallel to double the output current?
Kind regards,
Hi Patty,
I think that the TPS7A10 would be a better part here. One key difference is that it requires a V BIAS rail which needs to be higher than V IN for it to work.
For question #2, we may have to take data to get the V DO at 1.1VOUT at 25C and 125C…
Hi Mike,
For LDOs please look at the following devices for wearable applications:
TLV741P, TPS7A05, LP5907, or TPS7A10 (needs bias rail)
TLV741P, TPS7A05 and LP5907 are in 1x1 packages
TPS7A05, LP5907 and TPS7A10 are in WCSP packages
Best Regards,
Wi…