Part Number: TPS54360B-Q1 Tool/software: Dear expert,
Customer SW has a negative overshoot. Min Vsw is -2V @ 3.4ns duration.
From our datasheet, SW can survive at -2V@ 10-ns transient. It should be safe, right?
Customer find this negative overshoot…
Part Number: TPS54360B-Q1 Hi Team,
There are two compensation pole Cparallel equations mentioned in the datasheet of TPS54360B-Q1. We are selecting the higher of the two values as our Cparallel .
Why is that so? What is the technical reason behind selecting…
Part Number: TPS54360B-Q1 Other Parts Discussed in Thread: LMR38025 Hi Team,
I would like to know if I can force the design to operate in Continuous conduction mode(CCM) in TPS54360B-Q1 design irrespective of the load current.
It is also mentioned in…
Part Number: TPS54360B-Q1 Hi team,.
Low side is diode in this device. Is it non-synchronous rectification, correct? Does the device sink current from SW pin into GND thru the diode when output capacitance is large?
Best regards,
Hayashi
Part Number: TPS54360B-Q1 Hi TI Team,
I just want to know the timing information of the output when Enable reaches to threshold. Condition: My input always present, and output voltage is configured to 12V. How much time to settle my output to 12V When…
Part Number: TPS54360B-Q1 Hi team,
Our customer, Mitsubishi, requests us to review the schematics of TPS54360B-Q1.
Could you support this request?
The input capacitor is very small, but is there others points to be needed modification in customer schematics…
Part Number: TPS54360B-Q1
Dear TI teams,
We have used the TPS54360B-Q1 in several automotive products. But in the past few months, we have successively received many after-sales complaints about
product function failures, and we found that the cause of…
Part Number: TPS54360B-Q1 Hi Expert
my customer used TPS54360b-Q1 for their DCDC board.
in their test: they found the question about soft-start.
test phenomenon: Switching frequency will vary in the soft-start stage. because this phenomenon, in the some…
Part Number: TPS54360B-Q1 Hi, team
Do we have power consumption vs thermal curve at room 25℃/85℃?
since customer have concern about he thermal resistance at junction to case is larger than junction to board.