Other Parts Discussed in Thread: TPS27082L , TPS27081A Hey team,
I was looking at the TPS27081A and the TPS27082L for an adjustable slew load switch and I was unsure what is the main difference between those two. Can someone shone some light on what the…
Other Parts Discussed in Thread: TPS27082L "...Asserting an input voltage higher than Vih (1V) enables the PMOS switch by turning the NMOS
and the NMOS driving the PMOS gate towards ground. Series resistance of 12.5 k connect at the source of NPN …
Other Parts Discussed in Thread: TPS27082L Hi,
Suspicion is raised regarding either the a our EVM board layout or the genuinity of our TPS27082L. The switch is bough from Internet source, and after mounting, what happened is:
1. pin 5 ON/OFF is effect…
Other Parts Discussed in Thread: TPS27082L , TPS27081A , TPS22967 , TPS22910A Hello,
Is TPS27082L/TPS27081A suitable for intense pulse applications?
When looking at their datasheet, they appear like just like basic P-Channel FET (Q1) controlled by another…
Part Number: TPS27081A Other Parts Discussed in Thread: TPS27082L , Hi,
We are trying to use TPS27082L as an alternative source for the TPS27081A .
In the characteristic and peripheral circuit of components portion, does there any concerns we need to pay attention…
Other Parts Discussed in Thread: TPS27081A , TPS27082L , TPS22914 I have questions about Load Switches.
●TPS22914B/C
・Please tell me quiescent current of this IC.
・Does this IC have reverse current protection , over current protection and thermal shutdown…
Yi,
1) The TPS27081A is just a NMOS+PMOS switch. Nothing more, nothing less.
The TPS27082L has more circuitry. The data sheet front page says "TPS27082L features a novel OFF isolation circuit that prevents PMOS from turning ON in applications that may…
Other Parts Discussed in Thread: TPS27082L , TPS27081A Hello,
For TPS27082L/TPS27081A, we would like to confirm R1/C1 pin connection:
Q1: In the diagrams C1 is shown somehow directly connected with the internal nodes, however, we figure that it might be…
Hi Joseph,
Yes, it does seem like the A/D goes to sleep (Vrefout decaying down), but something is still consuming power in it... Yes, analog capture is ~600MByte.
I use a IC-TPS27082L to switch the supply to the A/D via GPIO. I am not issuing a…
