Part Number: TPSM33615 Other Parts Discussed in Thread: TPSM33625 Hi all,
I have a query about the TPSM33615RDNR, in the datasheet it shows the SW nodes (pins 5 and 6) connected internally. However, in the webbench tool for the part, it shows pins 5 and…
Part Number: TPSM33615 Hi,
Can i be sure that the TPSM33615FRDNR module will just track its input voltage (minus a small dropout voltage) to output when its Vin becomes too low to produce the nominal voltage?
Part Number: TPSM33615 Hi team,
My customer think to use TPSM33615 and did web-simulation.
On their light load situation, it was displayed phase margin error.
In my understanding, it is PFM mode so that phase margin error is not problem. Is it correct…
Part Number: TPSM33615 Hello,
Requesting you to provide me the VIH and VIL value of TPSM33615FRDNR as it is not mentioned in datasheet.
Regards,
Nachiketh
Part Number: LM2940C Other Parts Discussed in Thread: UA78M , , TPSM33615 Tool/software: I am planning to use a LM2940 as a drop in replacement for a UA78M05 in SOT-223 package.
I have two questions:
1. The output cap on our circuit is currently 0603 package…
Part Number: LV3842 Other Parts Discussed in Thread: TPSM33615 Tool/software: Hi Team,
I'm designing a new circuit. My Input is 24VDC & Output is 5V/350mA. I selected LV3842 as my switching controller. I need CE certification for my product.…
Part Number: TPSM365R3 Other Parts Discussed in Thread: TPSM33615 Tool/software: Is it possible to swap the output and GND pins of this part to generate a negative voltage instead?
You can do this with the non-isolated Mornsun K7812 to switch it from…
Part Number: LMR43620-Q1 Other Parts Discussed in Thread: TPSM33615 , LMZM23601 My customer is using MPM3509GQVE. What is our device to compete with MPS?
Note: The CrossRef tool does not know MPM3509GQVE.
Thanks
Josef
Part Number: LMR33610 Other Parts Discussed in Thread: LMR33630 , , TPSM33615
Hello,
As I review the inductor selection calculation I don't get the 8.1uH found on the datasheet. With Vin=12V, Vout=5V, K=0.3, f_SW=400KHz. It appears the calculation was…