Part Number: TPS730 HI,
I have one more query regarding the Feed back pin current testing.In TPS730 datasheet the specification is below.
For testing this, Need to force 1.8V from ATE to FB pin and check the current ?
What should be the status…
Part Number: TPS730 Hi
My customer evaluate TPS73033.
However the inrush current is over 200mA.
Are there the provision about inrush current?
Best regards,
Yokota
Part Number: TPS730 Hi
I got 2 questions about TPS73018 and TPS73025 from my customer.
1.
The start-up time is written 0.05us(the bypass capacitor is 0.001uF) in datasheet.
My customer use these devices that the bypass capacitor is 0.1uF…
Part Number: TPS730
Hi,
we use TPS73001 for 5V to 2.5V/100mA convertion, C_NR=10nF, feedback resistor R_top=33K, R_bottom=32K, Cff=18pF. As SCH picture below.
TPS73001 claims fast start up time about 50us, and I guess the actual ramping time is…
Hi Hari,
In order to increase the battery life, you will need to increase the efficiency of your application. For a linear regulator the output voltage and output current are fixed requirements driven by the application. This only leaves two variables…
Part Number: TPS730 Hi there,
We are using two TPS73001 to generate Vout1=5V and Vout2=2.5V from 5.5V Vin, less than 50mA load for each Vout. Some questions to consult.
1. In datasheet section 8.1.1, the recommended feedback resistor R2 is 30.1K to…
Stephen, Thanks for the explanation. In addition to your answer, I found material from Texas Instruments. www.ti.com/.../slva079.pdf As a result: Vin = Vout + Vdo (max) is a normal mode of functioning in my case (Vout =3.3, Vdropout = 0.250(max) Vin …
