Part Number: TPS61072 Other Parts Discussed in Thread: TPS61070 In one application, I have a control signal (0-5VDC) that I'd like to use to directly drive EN. There are times when VBAT may be floating, however (no battery connected), so the TPS61072…
Part Number: BQ27750 Other Parts Discussed in Thread: TPS61072 Hello TI team,
I plan to use the BQ27750 for a battery monitoring of the 18650, and now I have some puzzles about the schematic.
[ Question ] 1. I integrated the TPS61072 5V boost chip…
Part Number: TPS61072 Hi,
How much is minimum on time of TPS61072?
I would like to know if TPS61072 can work on following condition.
- VIN=1.8V~3.2V, Vout=3.3V, Iout=20mA
And forced PWM and hihg efficiency is required.
Best Regards,
Kuram…
As suggested in the datasheet, the device is designed for 2.2uH to 10uH inductor. so it is really need to fully optimize the performance if you want to use much large inductance.
i am curious about the reason you select TPS61072. because of the 600KHz…
Part Number: TPS61322 Other Parts Discussed in Thread: TPS61072 , TPS61090 , TPS61029 Hi Team,
Good day.
Customer is looking for possible alternative for the currently out of stock TPS613221ADBV (3.3V output version).
Customer's requirements:
…
Hi,
For LMR14006: Vin-a, Vout-a
For TPS61072: Vin-b, Vout-b
When TPS61072 is working, make sure Vin-a is always ON and higher than Vout-b,
When LMR14006 is working, Vin-b must be lower than Vout-a.
If above condition is OK, then you can connect…
Part Number: TPS61071-Q1 Other Parts Discussed in Thread: TPS61070 , TPS61073 , TPS61072 , , TPS61071 , TLV61220 Hello,
I need that up-converter for my application which is a PCB Mother Board which need to up convert 1.9v to 3.5v. It is a PCB which…
Hello!
I'm an amateur hobbyist that came into possession of a pair of ultra-thin (0.5mm) LiPo batteries and decided to play with them to make a mobile phone charger. The batteries are very small, and only have a combined capacity of 90mAh, so I know…
power quick search returns 39 options for charge pumps and dc/dc switching converters. More option if you want a controller w/ external FETs or a module. I would probably go with a converter or charge pump. So it will depend on your other care abouts…
