Part Number: LMR16020 How much efficiency can DCDC power supply LMR 16020 48V - > 12V achieve? The efficiency of our on-board testing is relatively low, only about 75%. The peripheral circuits are as follows.
Part Number: LMR16020 Tool/software: WEBENCH® Design Tools I have customised my design for this device in the webench tools. I used a different optimisation and also updated some parts to fit my BOM. When I ask to export, the design reverts to the standard…
Part Number: LMR16020 Tool/software: WEBENCH® Design Tools Hi,
I am unable to print an Electrical Simulation Report for my DC-DC buck converter design. When i try to open the report i just get a blank browser page.
I am however, able to print the Basic…
Part Number: LMR16020 Other Parts Discussed in Thread: TINA-TI
Tool/software: WEBENCH® Design Tools
I am trying to simulate LMR16020 for +36V output with free and generally PSPICE compatible LTSPICE.
But using unencrypted model simulation fails with…
Part Number: LMR16020 Hi,
I'm currently simulating a SMPS design using LMR16020. I'm trying to do an AC Sweep in order to get a Bode Plot to evaluate the stability of the design.
However, simulations takes quite a while (~10min to simulate 10ms…
Part Number: LMR16020 For the spec, I know the formula that how to calculate the input capacitor,
Cmin = Iout *dc (1-dc)/(Fsw*Vp)
but i dont know the detailed process,
can u help me to explain the formula,thanks!
Part Number: LMR16020 Hi friends,
Do you have a model .stp(step file) for LMR16020?
I cannot open it on TI official website as follows.
Best Regards,
thanks