Part Number: LMS3655 Hi,
My customer design requirement as below and they are looking for soft start and over current adjustable solution, could you please help to provide suitable solution?
1. input voltage 12~24V
2. output voltage 12V
3. Iout max 1…
Part Number: LMS3655 Dear TI team
I would like to use "LMS3655" under the condition of "24VIN/5VOUT".
Also, this time, I would like to add a 5V backup circuit using a supercapacitor to the output side of the IC.
(I checked the application…
Part Number: LMS3655-Q1 I am checking MTBF for the LMS3655MQURNLRQ1.
The default output shows 0.1 FIT and 7.01xE9 MTBF, however when i tried calculating for a different temperature, i noticed that if i put 55c, i need to set FIT to around 0,1426 in order…
Part Number: LMS3655 Other Parts Discussed in Thread: LM5017 Hello TI!
We are using LMS3655 in Fly-Buck configuration. Datasheet does not mention Fly-Buck configuration so i had to get inspired by other app notes.
As i understand, there are two ways to…
Part Number: LMS3655-Q1 Hi support team,
I wanna confirm Ta (MAX). It is different between "ROC" and "PACKAGING INFORMATION". Which one is correct?
Page-5, SNAS714C
Page-49-50, SNAS714C
・・・
Regards, Dice-K
Part Number: LMS3655-Q1 Hi support team,
I wanna confirm Ta (MAX). It is different between "ROC" and "PACKAGING INFORMATION". Which one is correct?
Page-5, SNAS714C
Page-49-50, SNAS714C
・・・
Regards, Dice-K
Part Number: LMS3655
Hi Team,
We are surveying the alternate part for LMS3655MMRNLR, I list my understanding as below, please help to check for me.
LMS3655MMRNLR ->
Can replace directly : LMS3655MMRNLT, LMS3655MQRNLRQ1, LMS3655MQRNLTQ1
If they don't…
Part Number: LMS3655 Other Parts Discussed in Thread: LM43603 Hi,
I am considering using the LMS3655 device. I would like to ask you about Bootstrap capacitors. The data sheet states that a capacitor with a withstand voltage of 6.3V or higher and a capacity…
Part Number: LMS3655 Hi team,
My customer is considering to use the LMS3655.
The 9.2.1.2.4 BIAS in the d/s describes that "Because this input is connected directly to the output, it must be protected from negative voltage transients. Such transients may…