Part Number: TPS61070 Hi
My customer evaluated the quiescent current of TPS61070.
When they raised VBAT from 1.2V, IQ had kept on raising until VBAT=3V and dropped by degrees after that.
The condition and result are the following.
Are these results…
Part Number: TPS61070 Hi team,
Can TPS61070 work in an application where the input to the regulator is two LI-SOCl2 batteries in parallel?
If so, are there any design implementations/precautions that are worth considering in such a configuration?
Part Number: TPS61070 In the datasheet, there are some steps in the inductor calculation that appear to be missing or unclear.
For equation 4 on page 13, I put in these values for the example:
Vbat = 0.9V, Vout - 3.3V, ∂I(L) = 40%, f = 1.2MHz, I(o) …
Part Number: TPS61070 Tried the configuration given in datasheet for 3.3V output through a supercapacitor rated at 2.5v. It is not working properly, only boosting upto 2.59V.
What else should be taken care of?
Part Number: TPS61070 Hi,
I have a question about TPS61070.
In the datasheet, it shows the "Switch current limit" is from 500mA to 700mA, 600mA is typical.
Can I know the current limit base on average or peak current?
Thanks a lot for your…
Part Number: TPS61070 Other Parts Discussed in Thread: TPS61040 , Hi all,
Like TPS61070 as TPS61040, Is it possible to use it as an LED power supply?
Also, when TPS61070 can be used as LED power supply, I think that it is safer to insert a clamp diode in…
Part Number: TPS61070 Dear TI Team.
I am trying to set the input voltage 2.1 ~ 3.3V output voltage to 3V with TPS61070.
The TPS61070 does not have a power path, so I want to check if the output voltage is bypassed when 3.3V is input.
I would like to inquire…
Part Number: TPS61070 The datasheet says that for power save mode the TPS61070/3 will enter Power Save mode when the inductor current reaches zero. Then the device will stop switching until the output voltage reaches a certain threshold and then turn…