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Part Number: TPS628501-Q1 Hello Team,
our customer has following question:
"In order to perform the current consumption of the module , I want to ask you please to provide us the max current at the VIN pin. I can’t find this data in the datasheet…
Part Number: TPS628501 Other Parts Discussed in Thread: TPS62A01A , TPS62A01 , TLV62568 Hi team,
Could you recommend a similar device with MCP1612? I choose TPS628501, I don't know if there are more suitable device, thanks.
BRs
Kian
Part Number: TPS628501-Q1 Hello Ti team,
in the datasheet chapter 7.5 , there are three Feedback voltage accuracy at different TEST CONDITIONS, but i can't find the Feedback voltage accuracy at " force PWM , VIN ≥ VOUT + 1 V, VOUT > 1.0 V, Co…
Part Number: TPS628501-Q1 Hello team,
To consider the current rating of the buck converter in front of the TPS628501-Q1, we would like to know the inrush current during start up.
Do you have any good idea to estimate this?
Do you have a waveform of the…
Part Number: TPS628501-Q1 Hi sir,
TPS628501-Q1: I can't find inductor calculation formula in the datasheet , could you give the formula?
Thanks
Cynthia
Part Number: TPS628501-Q1 Other Parts Discussed in Thread: TPS62441-Q1 Hi Team,
There is a good new that Customer is searching TI solution
Do we have a product that can compete with " RICOH DC-DC IC RP550L001B-TRA " ?
1. It seem that TPS628501…
Part Number: TPS628501-Q1 Other Parts Discussed in Thread: TPS628502 , TPS628501 Hi Team,
Customer wants to know the difference between TPS628501 and TPS628502 because they have to switch to TPS628502 because of the supply shortage of TPS628501 ? Do they s…
Part Number: TPS628501-Q1 Hello TI Team,
Is it possible to perform AC Sweep analysis in PSpice for TI using below mentioned model?
https://www.ti.com/lit/zip/slum732
Please suggest me a solution to perform the AC sweep analysis.
Thanks in advance!
Akarsh…
Part Number: TPS628501-Q1 Hi Expert,
I see below in datasheet and it's very confusing. Also, I want to know more details about discharge function. How much is the "defined ramp-down speed"? Thanks.
BR,
Elec Cheng
Part Number: TPS628501 Dear Team,
Our customer try to design the circuit for 0.9V and 0.67V dynamically , does it have any risk for below design ? thanks.
PMU_SW_CTRL =1 , VCC =(1+13K/(100K//36K))*0.6V= 0.9V
PMU_SW_CTRL =0, VCC= =(1+13K/(100K))*0.6V…
