Part Number: TPS61236P We are experiencing a very infrequent chip failure that has occurred twice over the past 8 months of 40 boards with several thousand power cycles.
The TPS61236P is powered (V_SYS) from a Li+ battery source/charger. SYSTEM_ENABLE…
Part Number: TPS61236P Hello guys,
One of my customers is considering using TPS61236P for USB charging port of their products.
At this moment, they have the following questions. Could you please give me your reply?
Q1. Can this device be used for mobile…
Anyone else from Ti could lend me some help?
This design is for a RaspberryPi 3b+ UPS.
Powered through Rpi 5v power pack on mains and on power outage through a single cell Li-ion pack.
Why I ask for a review is, no matter which power source (either mains…
Part Number: TPS61236P Hi team,
Can you help review the schematic of TPS61236P and its PCB layout in the attachment?
TPS61236P.xlsx 6825.Gourami_MB_PCB_V1_20221125_1411.brd 2262.Gourami_MB_PCB_V1_20221125_1534(2).pdf Thanks Best regards Lillian
Part Number: TPS61236P Hi, TI support team
Inquire to the customer to recommend the TPS61236P product as an alternative to the products below.
- MP3423 / MAXIM
1. It enters into PFM mode during light load. What is the light load level? (how many mA?) …
Part Number: TPS61236P Other Parts Discussed in Thread: TPS61023 , , TPS61030 , TPS63811 I need a boost converter for a 3.7V, 1A load (not switch current!) from a single LiPo cell that we want to run down to 3.0V. We also need this to operate when the system…
Hi Wenhao-san,
Sorry for the late reply.
We will feed back the contents once received to the customer. Thank you very much for your support.
Best Regards, Ishiwata
Hi Wenhao-san,
Sorry for the late reply.
We will feed back the contents once received to the customer. Thank you very much for your support.
Best Regards, Ishiwata
Part Number: TPS61236P Hi TI experts,
TPS61236's Vin spec is max Vout-0.6V.
However, my customer designed it with the following specifications.
Vin : 3.5~4.2V
Vout : 4.5V
When Vin is 4.2V, the voltage difference between Vout and Vin is 0.3V. this…
Part Number: TPS61236P Other Parts Discussed in Thread: TPS61022 Dear TI Team,
If the difference between the input voltage and the output voltage of the TPS61236P is designed below 0.5V, can you know what kind of damage it does to the IC?
VIN: 4.2V Vout…