Part Number: LM2575 Tool/software: Hi,
I have a question about the finish on the leads, we are detecting that the leads have some kind of chemical, maybe.
Is this normal on this part?
We received these parts direct from TI.
Part Number: LM2575-N Hi,
Target part number: LM2575T-5.0/LF03
If the voltage on PIN [1] exceeds 45V from the outside, there is a high possibility that PIN [1] will be damaged.
Could you let me know if there is a maximum input voltage value specified…
Part Number: LM2575-N Other Parts Discussed in Thread: LM2575 , LM2574 , TPS560430 , TPS54231 , TPS54233 Hi Team,
Our customer is looking for a 24VAC RMS to 24VDC converter and is considering the LM2575-N. I understand that the peak voltage of a 24VAC…
Part Number: LM2575 Dear,
We have order some sample pieces of LM2575. As per Indian Custom rules now a days they require CHIMS Chip Integrated Import Monitor System to clear this sample. There for you are requested to provide me relative documents if…
Yes, if you need the same package then you can use the LM2575.
If you can change the package, then we have plenty of newer device available, surface mount available.
Thanks
Part Number: LM2575 Dear Ti and all.
I attach circuit a file below this.
- current consumption
+18V: 100mA
+5V : 100mA
+3.3V : 150mA
Please, Review that circuit.
Best Regards,
Inho Jeon.
Part Number: LM2575
Dear Ti and Others,
Attached a circuits file; the noise of +3V3 Power affects +18V and +5V Power.
So, I want to modify that circuits +3V3 Power that is independent from +18V and +5V.
Please, inform me tips.
Best Regards…
Hi Sam,
This is the layout for the PCB:
U100 - LM2575S-3.3
C100 - Input Cap 100uF
C102 - Output Cap 330uF
D102 - Switching Diode
L100 - Inductor 330uH
Below is the waveform for the output at 3.3V (AC only)
Finally this is the…
Hi
I dont think there is a specification per say for the unregulated ripple for the input. It all depends on the converter line rejection capability for rejecting the input ripple so that it will not appear to the output. I would say a value around…