Part Number: TPS61070 Hi,
I am using TPS61070DDCR as a 5.5V supply regulator IC in my design. The input voltage is provided with a LiPo battery which has 3.0V to 4.2V supply range, the output voltage is 5.5V with less than 50mA as the output current…
Part Number: TPS61070 Hi team,
I am using TPS61070 as below, Io=100mA. Could you please help review the schematic if we have any risk on below application?
BTW, I cannot find the minimum on time of our device, could you please help provide this spec? Thanks…
Part Number: TPS61070 Other Parts Discussed in Thread: TPS61099 Dear Texas-Team,
I am searching for a boost converter to power the honey well SS495X-series of hall effect sensors:
sensing.honeywell.com/SS495A-S-linear-and-angle-sensor-ics
That at minimum…
Part Number: TPS61220 Other Parts Discussed in Thread: TPS61070 TPS61220
I want to set output to 6.0V, what resistor values are the best R1 and R2 ?
Does TPS61220 output 6.0V?
TPS61070
I want to set output to 5.5V, what resistor values are the best R1…
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: TPS61220 Other Parts Discussed in Thread: TPS61070 I have two more questions. 4. Give me the Output Voltage Calculation Formula for TPS61220. 5. Give me the Output Voltage Calculation Formula for TPS61070.
Part Number: TPS61070 Other Parts Discussed in Thread: TPS61071 , Hi,
How much is efficiency at Vin=1.8V, Vout=3.3V, Iout=30mA?
I cannot read from the datasheet.
Best Regards,
Kuramochi
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 conected…
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?
Thanks…
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) …