Hello,
I aligned with designers and we would need to understand some background information.
Is Vout actually at 0v when EN goes high? There is no pre-bias startup on TPS54418, so if Vfb is higher than the reference at startup, the LS fet will turn on…
Part Number: TPS54418 Other Parts Discussed in Thread: LMQ61460-Q1 , SN74HC367 Hi,
I am testing TPS54418EVM to achieve external SYNC functionality with the following specs:
Vin = 3.3V, Vout = 0.85V, Iout = 1.6A
Fsync = 500kHz to 2MHz
While synchronizing…
Part Number: TPS54418 Tool/software: WEBENCH® Design Tools Hi Team,
Would you advise my customer's inquiry that,
Please tell us about WEBENCH.
There should have been a function called Re-Comp that optimizes and redesigns
phase compensation components…
Part Number: TPS54418 Hi;
This is with regards to TI P/N: TPS54418RTER
I realise that when I perform x-ray on 2015 device as compare to latest 2019; the wirebonding scheme and layout is different. I have searched TI PCN for any Die Change; however only…
Part Number: TPS54418 Tool/software: WEBENCH® Design Tools I have an issue running WebBench with TPS54418. It cannot load the design and goes to Oops page with links to start a new design or contact support. Someone had reported the same issue last year…
Part Number: TPS54418 Hi team,
A customer is interested in the soft start accuracy of TPS54418. Do you have some data for the tolerance of the soft start current source?
Regards!
Yangbo
Part Number: TPS54418 Other Parts Discussed in Thread: TINA-TI , Tool/software: TINA-TI or Spice Models Hi I couldn't find a TINA simulation model for TPS54418 transient response in TI website , What is there it is only a PSPICE model and a pdf document…
Part Number: TPS54418 Hi Sir,
I look through the datasheets of the two products, just find that inductor value and output limitations equations are slight changed, but the technical characteristics difference are not found, please point me and give some…
Hi,
These are internal values to the device that are fixed and not needed for any calculations. They are shown in the figure for completeness. The EA has a (very high) limited gain and a (very high) limited BW. Your C2 and R3+C1 compensation network dominate…