Part Number: TPS610981 Dear Team,
customer is checking for the lower cost solution to the TPS610981
with the following spec requirement, please help comment if there is more suitable solution.
Thanks
1. for CR2032 battery
2. output voltage fixed at 3…
Part Number: TPS610981 I have the following (simple) setup:
- TPS610981EVM-674 Rev.A Evaluation Module - 100 Ohms resistor at the Output between J4/Vmain and J8/GND - JP1 Low - Bench Power Supply (SUP) with V_sup = 3V between J1/Vin and J3/GND
If I setup…
Part Number: TPS610981 Hi
The customer would like to reduce the components around TPS610981.
And we have two question.
1)Our customer are considering such as a following configuration.
Can we remove the diode at the output(VMAIN) line?
We are considering…
Part Number: TPS610981 Dear TI Team,
could you tell me please is it allowable to remove Co2 when LDO in not used in my design? Is there any risk that LDO start to oscillate and current consumption increase? Second thing is an RC circuit connected to VIN…
Part Number: TPS610981 Hi
I have a question about Low power mode. There are some current limit at Boost SW and VSUB output.
The Boost switch current limit is included VSUB output current limit at Low power mode. Is my understanding correct? If it so,500mA…
Part Number: TPS610981 Hi,
The datasheet calls out the minimum recommended capacitor as being 5uF. We have a situation where lowering this may be beneficial. Is this minimum recommended value for stability? Besides the increased voltage ripple / transient…
Part Number: TPS610981 Other Parts Discussed in Thread: TINA-TI , LMV7271 , , TPS61098 Tool/software: TINA-TI or Spice Models Hello sir, I am trying to simulate one of reference design from TI named as " Getting power from earphone jack" but I was unable…
Part Number: TPS610981 Other Parts Discussed in Thread: TPS61099 , TPS61021A Hello. It is a continuation of the following URL. e2e.ti.com/.../2332357
What is the damage to the TPS610981 when the output is shorted to GND? My customer wants to know the details…
Part Number: TPS610981 Hello,
Please help answer my customer's question:
We are powering this from the voltage developed across two diodes in a constant current LED Driver circuit, input voltage will be 1.5-1.9V. In the event that the device would…