Part Number: TPS63070 Other Parts Discussed in Thread: BQ24074 , TPS610333 Tool/software: HI,
I'm using a TPS63070 into a USB phone charger. I would need to know if there's the possibility to limit the current output to MAX o 1A.
is there any…
Part Number: TPS63070 Tool/software: Hi Team,
Could you help to confirm the following questions about TPS63070: 1. During the startup phase, Is the output current capability mainly limited to a typical input current of 1A, as below description, right…
Part Number: TPS63070 Other Parts Discussed in Thread: TPS552872-Q1 , , TPS551892-Q1 , TPS552872 Tool/software: Hi
Is there a Q1 ( automotive qualified) version of this part or plan to have it? if not, is there a similar part that is auto qualfified…
Part Number: TPS63070 Circuit Design Objective Input: 3.6 V – 5.6 V Output: 3.8 V / 1 A
I used WEBENCH Power Designer to assist with the design. The recommended circuit is shown in the attached image sch.png .
use TPS63070RNMR
Then, using the built…
Part Number: TPS63070 Hi team,
My customer is considering the TPS63070 based on the following requirements:
Requirements:
Input voltage range: 2–9V
Output voltage: 5.5V
Output current: 0.8A
Topology: Buck-Boost
With a…
Part Number: TPS63070 Hi,
In the data sheet of TPS630701RNMR, XFL4020-152ME is recommended.
Since XFL4020-152ME is an old product, I would like you to recommend a new release product.
XGL4020 is a new release product, is it recommended?
The…
Part Number: TPS63070
Tool/software:
Hi,
The TPS63070 datasheet states that it has a "User defined undervoltage lockout" feature on the enable pin. Is this simply a case of setting the voltage at the EN pin with a resistor divider? In this case…
Part Number: TPS63070 Tool/software: Hi team,
The PS pin is dropped to Lo and the switching frequency fs is set to fixed (2.4MHz) to output 5V. I thought it would always be 2.4MHz, but when the potential difference between input and output is less than…
Part Number: TPS63070 Tool/software: Hello,
In my design i am using TPS63070 power supply.
The input voltage is from 4.3V to 6V (four 1.5V batteries).
The current consumption is about 10mA (light load).
The output voltage configured to 5.2V
…
