Part Number: TPS61070 Other Parts Discussed in Thread: TPS61040 , , TPS54561 , TPS61299 The TPS61070DDCR model was downloaded from the official website of TI Power Engineer Training. The circuit setup was the same as the circuit configuration simulated…
Part Number: TPS61070 Tool/software: The datasheet specifies a range between 960 kHz and 1440 kHz. I really need to be away from 1371 kHz. Does anyone have more information concerning the frequency variation? Is the extreme variation linked to extreme…
Part Number: TPS61070 Other Parts Discussed in Thread: TLV61070A Hi TI,
I have a question in regards to a DCDC-Boost-Regulator configuration for the TPS61070.
Is it a safe operating mode, if VIN >= VOUT?
The question is related to an application…
Part Number: TPS61070 Hello,
I am wondering if the 3% total accuracy includes the error due to the FB pin bias current? (Assuming the datasheet recommendations are followed to select the FB resistor)
Thanks,
Matt
Part Number: TPS61070 Hello,
Working on a design with VIN min = 1.6V, Vout = 3V, and Iout max = 30mA. By my calculations, this would require an inductor greater than the recommended 10uH maximum. Should we use 10uH or is it ok to exceed this and use…
Part Number: TPS61070 We have used this DC DC converter for 3V battery input and 3.3V Output from the TPS61070. We have connected the Slide switch in EN pin to On and OFF the DCDC converter.
When EN goes Low/ 0V, the DC DC converter is not going off…
Part Number: TPS61070 Hi Experts, I see in the datasheet that the typical current to the FB pin is 0.01uA. Do you have any info about what the min and max values for this current might be? Regards, Josel
Part Number: TPS61070 We ran into a problem with our battery powered device which uses the TPS61070 to power a bridge sensor. I am unsure at what threshold the converter transitions from low power mode to normal operation and that is why the 2-3 kHz ripple…
Part Number: TPS61070 Hello Team,
I'm posting on behalf of my customer:
Is it linearly related if at 3.3V, we can draw 600mA current as mentioned in the datasheet,
So can we draw around 367mA current at 5.4V? as per the same power criteria.…
Part Number: TPS61070 Hi, Good day. Our customer would like to know if the total accuracy of 3% listed in the datasheet includes the error in the feedback voltage (VFB). Thanks, Cedrick
