Part Number: TPS7A54-Q1 Other Parts Discussed in Thread: TPS568231 , TPS7A54 , TPS542A50 Dear team,
We would like to calculate device output accuracy for system design. But cannot find min/max value of VFB.
Does Vout accuracy in datasheet exclude feedback…
Part Number: TPS7A54-Q1 Other Parts Discussed in Thread: TPS7A53-Q1
Dear team,
Could you suggest P2P LDO solution for TPS7A5401QRGRRQ1?
non-Q grade/ BoM change/ similar function are acceptable.
We want to build 2nd source for this part.
Regards,
Be…
Part Number: TPS7A54 Hi team,
I am using the TPS7A54 and with the 5V power supply on the bias pins. I find in data sheet section 7.3.2.2. There is a description that bias is better not change when VIN>1.4V. Does that means the bias voltage should be ready…
Part Number: TPS7A54 Hi team,
My customer is considering TPS7A54 to generate 2.3V/15A from 2.5V rail by current sharing configuration.
The available rail is limited, so I think they will go without BIAS.
Just for reference, if BIAS is used, is clean power…
Part Number: TPS7A54 Hi all,
Customer was wondering how ferrite beads on the bias input affect Vout noise and PSRR? Does it impact it at all?
Thanks,
Lauren
Part Number: TPS7A54 Using this model: tps7a5401_trans.lib.zip from this forum thread ( https://e2e.ti.com/support/tools/sim-hw-system-design/f/simulation-hardware-system-design-tools-forum/913622/webench-tools-tps7a54-tps7a5401 ), I am unable to create a…
Part Number: TPS7A54 Hi team,
We would like to recommend this solution to customer but there is one question from customer.
Need team's explanation and clarification.
Output spec:
1. Vo= 0.9V/3.904A
2. Vo= 0.8V/ 3.3A
Input voltage: Customer will use…
Part Number: TPS7A54 Other Parts Discussed in Thread: TINA-TI Tool/software: WEBENCH® Design Tools When using the Tina-TI macro import wizard, the downloaded PSPICE file 'tps7a5401_trans' does not convert properly to a TINA macro file, and shows the following…
Part Number: TPS7A54-Q1 Other Parts Discussed in Thread: TPS7A54EVM-006 Hi
I am trying to do Average modelling for the IC, Looking at the parameters in the datasheet, I was able to find Line and Load Regulation data from which, I could approximate open…
Hi Jonel,
The -40C to +125C temperature range is the standard temperature range for datasheet graphs and component characterization in most of our LDO's. LDO's which are rated -EP are the exception and will have test results and EC table data across…