Part Number: LM63635-Q1 Other Parts Discussed in Thread: LMR38020 , LM76003 Hi,
Could you please confirm if we can get any subsitute of LM63635-Q1 with higher Voltage rating (40V) ?.
Thank You.
Part Number: LM63635-Q1 Tool/software: HI friend,
May I ask if this design proposal is okay?(Including the selection of resistors, capacitors and inductors)
use condition: Iout(typ)=822.5mA;Iout(max)=2226.86mA;Iout(peak)=2894.8mA
Part Number: LM63635-Q1 Tool/software: HI friend,
May I ask if this design proposal is okay?(Including the selection of resistors, capacitors and inductors)
use condition: Iout(typ)=822.5mA;Iout(max)=2226.86mA;Iout(peak)=2894.8mA.If I want the IC…
Part Number: LM63635-Q1 Other Parts Discussed in Thread: LP87524J-Q1 , Tool/software: Dear TI experts,
Could you confirm that the output current of PGOOD pin(pin7)?
My customer uses this signal to the enable of LP87524J-Q1, but It does not work properly…
Part Number: LM60430-Q1 Other Parts Discussed in Thread: LM63635-Q1 Tool/software: Dear team,
Could you pls share the comparison table of the LM63635-Q1 and LM60430-Q1?
Could you pls also share the time schedule of LM60430-Q1?
Thanks!
Regards…
Part Number: LM63635-Q1 Tool/software: Dear Team,
When my customer was reviewing the datasheet of the LM63635-Q1, they had concerns about the Layout Example. The LM63635-Q1 datasheet, page 40, 8.5.2 Layout Example.
Q1: Since the GND pattern passes…
Part Number: LM63635-Q1 Hi, Team
Hope you are doing well!
My customer has one question about our LM63635-Q1:
The Pin14 of our LM63635-Q1 is NC, is there any risk to connect the NC Pin to GND?
Best Regards
Jeff
Part Number: LM63635-Q1 Tool/software: Dear TI Product Engineers and Assembly Engineers,
The LM63635DQPWPRQ1 has an exposed pad on the back of the product to improve heat dissipation. The customer is concerned about the effect the solder joint area…
Part Number: LM63635-Q1 Tool/software: Hi Friend,
Could you please tell me if the LM63625DQDRRRQ1 and LM63635DQDRRRQ1 from your company are identical except for the output current difference (i.e., 2.5A and 3.25A, respectively)? Are they PIN TO PIN…