Part Number: PMP9773 Our company is trying to design a power bank charging base station that can charge 4 power banks at once. We have come across this design, and we have currently duplicated the design 4 times, and slipt the input 4 times at the power…
Part Number: LM5175-Q1 Other Parts Discussed in Thread: PMP20774 , PMP9773 , TPS61088 , LM5175 Dear Sirs:
We planned to provide more options to our customer. Need your help to review the design below.
1. Based on TI’s reference design “PMP20774,”…
Part Number: LM5176 Other Parts Discussed in Thread: PMP9773 , TPS61088 Hi TI,
Here are some question about LM5176:
1. According to PMP9773, I think that TI Design could be used for LM5176, am I right?
2. Change CHY100 to CHY103 for QC3.0 and connect…
Other Parts Discussed in Thread: PMP9773 , TPS61088 Hi~
PMP9773 is QC2.0 solution using TPS61088.
Is it possible to QC3.0 too? (using with QC3.0 interface IC)
I want to have reference circuit diagram if TI have it.
Other Parts Discussed in Thread: PMP9773 , TPS61088 Hello All,
I am making a USB power bank that will work with my Droid Turbo 2. I would like to have my power bank copy the specifications from the wall wart that came with my phone.
The wall wart…
TPS 61232 doesn't seems to deliver more than 2.1A. I have spotted the TPS61088 which seems tobe able to output 3A. I also found a reference design for this one PMP9773 who seems predesigned for 5V output while taking battery as input.
I have copied…
Anthony,
TIDA-00120 is designed to charge a lead acid battery from a solar panel, which will then provide a constant battery voltage on the load output of the system.
This load can be connected to any other power electronics you wish to add to the…
Hi, my apologies, I forgot to add the following that it was reference design. USB Power Supply Using TPS61088 to Support Quick Charge 2.0 Design Guide
I hope that clarifies things up.
From Page 1 of that document, in the block diagram, the following…
