Part Number: TPS61096A Tool/software: Hello,
I'm electronic engineer for industry and I developped battery pack with a TPS61096A regulator last year. Since few weeks, we have seen suspect behavior of several products.
Our product consists of this…
Part Number: TPS61096A Tool/software: Hi team,
We want to use this device as simple low Iq boost converter Vin=2V, Vout=13~16V.
If we don't use level shifter, is it okey that LVIx pin connect to GND?
Best regards,
teritama
Part Number: TPS61096A The TPS61096A pspice model starts switching but stops converging after a certain voltage value in LTspice. Since Pspice is a paid software I cannot use that. Can you please help me in having a Spice model which would converge in…
Part Number: TPS61096A Hi team,
My customer is using our TPS61096A now.
And they wonder if we have a newer device to recommend.
Requirements:
Vin:0-6V
Vout:>15V
Iq:<1uA
Soft start time: <1ms
Thanks,
Brian
Part Number: TPS61096A Hi Expert,
This is Koki Tsushima.
My customer wants to know how can be TPS61096A NO Switching when Device enable.
Is this possible? If so, could you tell me how to do so?
I think this cannot be according to 7.4.2., but customer…
Part Number: TPS61096A Hi TI Teams,
One of our customer feedback that when the input voltage of LVI1 and LVI2 was 1.8V(Vin range from 3.0V to 4.2V, typ. 4.0V), the level shifter was working well. However, according to the datasheet of TPS61096A, the level…
Part Number: TPS61096A Hi expert,
This is Koki Tsushima.
My customer wants to know the proper inductance value.
Q.1
What is the meaning of the minimal of the last sentence? - Is it the recommended min, which is 1uH?
Q.2
Is this calc.(3) the formula…
Part Number: TPS61096A Other Parts Discussed in Thread: TPS61041 , Hi Expert,
This is Koki Tsushima.
My customer will evaluate EVM of TPS61096A, but wants to know why this efficiency lower than TPS61041 at Vout 12V, Iout 1mA ?
As fig.1 that efficiency…
Hi Eric-san
Thank you so much for your kind.
Customer wants to use TPS61096A for load transient chars : 1% →28V*1%=280mV and ΔItran=10mA,
but is 3.2uF effective cap needed?
(I am so sorry but is ΔItran can be 10mA? I guess customer misunderstood…
Part Number: TPS61096A I found this app note: https://www.ti.com/lit/an/slvaf38/slvaf38.pdf
Do we have Altium files for this board sitting around somewhere...?
Regards,
Darren