Part Number: TPS61032 Hello Team,
Could you please help to confirm the EOL status of this part TPS61032RSAR?
Do TI have any drop-in replacement suggestion for TPS61032RSAR?
Also please help to share any supporting PCN applicable.
Part Number: TPS61032 We are using TPS61032 boost converter for boosting 3.7V to 5V from li-pol battery to power the PCB, we are using Senseair S8 LP sensor to measure the Co2 gas the sensor operates at 50mA average and 300mA at peak. In 3.3V the converter…
Part Number: TPS61032 I am simulating the TPS61032 boost converter for my application and started tranient simulation unkwon error occuried,
INFO(ORPROBE-3183): Simulation running... ** Profile: "SCHEMATIC1-bias" [ d:\projects\iaq\hardware\simulation…
Part Number: TPS61032 Other Parts Discussed in Thread: TPS61033
Hi dear Sir or Madam,
We received 5V 1.5A power during the prototype trials we carried out with your TPS61032RSAR product. However, in our trials with your TPS61032PWPR product with the…
Part Number: TPS61032 Other Parts Discussed in Thread: TPS61232 Hi support team,
The TPS61032 has a fixed 5V output. Does it work even with 5V input?
Regards, Dice-K
Part Number: TPS61032 Hi Team,
Our customer would like to ask your help to review the schematic diagram and PCB layout of their application. Please see attached schematic diagram and gerber files.
Schematic_PCB Space V5_2022-04-25.pdf Gerber_PCB_PCB Space…
Part Number: TPS61032 Hi,
What would you recommand me to do for reverse current battery protection ?
I tried a diode before the TPS61032 but the voltage drop is too high, the low battery indicator light up and the system is unable to draw more than about…
Part Number: TPS61032 I'm using the TPS61032PWPR in a new design. Input: 5V DC after diode V drop: 4.5-4.8V Battery: 3.0-4.2V
Since I'm using the TSSOP package the layout is based closely on the TPS6103x EVM-208 datasheet in addition to the TPS61032…
Part Number: TPS61032 Hello,
I am designing a new board, where I need to have a stable 5V output. The load will be around 100 mA with spikes up to 1,3 A for approx. 10 milliseconds (Iridium 9602 module). The voltage drop during the spike should not be…