Part Number: TPSM63603TPSM63603SRDHR.docx
Hi, Attached the schematic, Enable signal is coming from the CPLD. able to turn on the regulator from CPLD but not able to turn it off from the CPLD. Please have a look and resolve the issue. Thankyou.
Part Number: TPSM63603 Other Parts Discussed in Thread: TPSM82813 , TPS22965 , Hi, What is the max value of Cout (output capacitors) that can be connected to this regulator? I'm using this part to generate 3.4V from 16V. This 3.4V drives TPSM82813 regulators…
Part Number: WEBENCH-CIRCUIT-DESIGNER Other Parts Discussed in Thread: TPSM63603 I was able to use Webench to design TPSM63603 with 27V<Vin<29V and Vout=3V@3A, but if I change the output to 12V@3A , Webench reports an error stating that the design won…
Part Number: TPSM63603 Tool/software: Hello! I am wanting to follow-up on this thread from Steve W., I actually am taking over and helping some of the work he performed. We have been using the TPSM63603 on some of our audio board designs and have noticed…
Part Number: TPSM63603 Other Parts Discussed in Thread: TLVM13630 Tool/software: Dear Specialists,
My customer is considering TPSM63603 and has a question.
I would be grateful if you could advise.
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1) Products available for purchase as TPSM63603S…
Part Number: TPSM63603 Other Parts Discussed in Thread: TPSM63604 Tool/software: Dear Specialists,
My customer is considering TPSM63603S and has a question.
I would be grateful if you could advise.
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In WEBENCH® POWER DESIGNER, I entered the…
Part Number: TPSM63603 Tool/software: Hello,
We are using the TPSM63603RDHR to generate a 5V output from a battery supply ranging between 18V and 25V. Unfortunately, we have experienced a high number of board failures during power-on. Some of these…
Part Number: TPSM63603 Tool/software: Hi Team,
I am doing design FMECA ( Failure Mode, Effects and Criticality Analysis ) for the parts used in our design. Can you please share the AFR( Annual failure rate) data for TPSM63603RDHR part .
Regards…
Part Number: TPSM63603 Tool/software: Hi team,
Could you help to explain the limitations of VOUT range and how to calculate it using the example of VIN= 12V and FSW= 200kHz? Thanks!
Regards, Sam Ting