Part Number: TLV627432 Other Parts Discussed in Thread: TPS62743 , Hi,
Customer need a P2P replacement of TPS62743 due to supply issue, They want to if could use TLV627432 to replace TPS62743 without any design change.
I just check the datasheet and found…
Part Number: TLV627432 Dear TI,
In our case, TLV627432 is used to regulate V_battery(3.2V~4.4V) to Vout 1.8V. Here we want to confirm with you if Iout can reach 400mA @ 1,8Vout.
Because we found below description in datasheet. Now Vout=1.8V, 2.15V<Vout…
Part Number: TLV627432 Hi Team,
currently customer use Vsel1,Vsel2,Vsel3 to achieve 1.8Vout using TLV627432. And they want to change Vout to 1.84V, is it possible to connect a resistor between Vout and Vos to adjust the Vout?
I see there is internal resistor…
Part Number: TLV627432 Hi team,
Customer has one question about tlv627432. As in the datasheet show, VOUTnom + 0.7 >= 2.15V, max output current is 300mA; VOUTnom + 0.7 >= 3V, max output current is 400mA.
If Vin = 5V, Vout =1.8V or 1.2V, both max…
Part Number: TLV627432 Other Parts Discussed in Thread: TPS62743 , Dear Engineer
Is there any difference between TLV627432YFPR and tps62743?
From the datasheet, there is almost no difference. Pin2pin, the output current is 400mA, the voltage level is the…
Hello Zhod,
If you are interested in low quiescent current with higher efficiency in lighter loads, then I would recommend the following devices.
TPS62743(1), Iq=360nA, Iout=0.3/0.4A - TPS6274x Tiny Ultra Low Quiescent Current Buck Converter datasheet (Rev…
Bill Johns said: The transition time between charge termination and Vrechg is 30ms, this is a deglitch time controlled by digital section.
Thanks. That tells me the BQ25170 will *NOT* hold up the OUT voltage even when a light load appears without infeasible…
Hi Lumina,
Per we talked, I would recommend customer a boost converter solution + a buck converter solution
TPS610992+TLV627432 remains the smallest and the lowest input solution which can help you in their device. We will try to touch with your customer…
