Part Number: TPS631010 Tool/software: Hi Team,
Customer are now also trying to use 3 three TPS631010 in parallel with one input rail and three output rail, using independent feedback resistor.
They want to know will this configuration cause the beat…
Part Number: TPS631010 Tool/software: We are in need of information on the UBM (Under Ball Metallization)/SRO (Solder Resist Opening) of this device TPS631010YBGR
We need this for our DFM team to define their own land pattern.
Thank you,
Austin All…
Part Number: TPS631010 Other Parts Discussed in Thread: TPS631000
Tool/software:
Hi support team,
When comparing the datasheets for TPS631000 and TPS631010, I found the following differences.
Device: TPS631000, TPS631010 Package: SOT-583, WCSP Abs(Min…
Hi Shuji,
If you can ensure the TPS56339 has already fully start up (3.69V already established) and then start upTPS61021A(3.3V target), then it'll be okay to directly connect two Vout （No problem on TPS61021, please confirm with buck team to see if TPS56339…
Part Number: TPS631010 Hi Power Experts,
do we have some examples on how to place RC snubber networks in buck boost converters like TPS631010 to reduce EMI issues ?
Best wishes,
Olrik
Part Number: TPS631010 Hi,
I am using TPS631010YBGR for generating a 3.3V at 1A output. Please review the schematics and dro[p your valuable comments.
Details:
Input Voltage: 2.8-4.2V
Output Voltage: 3.3V
Output Current: 1A
Components:
C4 decaps: 22uF…
Part Number: TPS631010
Hi,
We use the TPS631010YBGR as a buck converter with 5V applied on the input, and the output configured as 3V3.
The normal load during use is around 30mA, while the maximum peak load can go up to 160mA.
On startup of the system…
Part Number: TPS631010 Hello Team, I am using the buck-boost converter TPS631010YBGR in one of our projects. The input voltage is 3V from a LiMnO2 primary battery. The required output voltage is 1.8V at 100mA. The 1.8V is to power an MCU. The MCU will be in…
Part Number: TPS631010 Hello team,
My contact has a question regarding the TPS631010. The question is specifically regarding RCP. In this use case, the SYS is powered either by the output of the Boost OR by a battery. If input to the USB port that serves…
Part Number: TPS631010 I designed a 3V to 1.8V dc-dc regulator and 3V to 3.3V dc-dc regulator using TPS631010YBGR (buck-boost regulator).
A maximum current of 51.1mA is drawn from 1.8V regulator and 240mA from 3.3V regulator. The 3.3V regulator supplies…
