Part Number: TPSF12C1 Tool/software: Hi,
Q1 The datasheet states "Withstands surge of 6 kV (IEC 61000-4-5) with minimal external component count." Is there any reference information for obtaining IEC 61000-4-5? Examples of demonstration experiments such…
Hi Kazuki san,
Could you please confirm if you were using the exact PSpice model that you downloaded from the product page of TPSF12C1 ( TPSF12C1 data sheet, product information and support | TI.com )?
If not, could you please download our PSpice model…
Hi Conor,
I am a bit confused with your question. The TPSF12C1 is designed for single phase applications. The TPSF12C3 is for three-phase applications. I hope I have answered your question.
Ben
Part Number: TPSF12C1 Tool/software: Hi,
The current circuit of the customer uses Y capacitors (Below, CY1, CY2) instead of TPSF12C1 for noise removal.
Therefore, the capacitance values of CY1 and CY2 are about 10nF. Is there a possibility that the capacitance…
Part Number: TPSF12C1-Q1 Other Parts Discussed in Thread: TPSF12CX-MATHCAD , TPSF12CX-DESIGN-CALC Tool/software: Hi team,
What is difference between "TPSF12CX-MATHCAD " and "TPSF12CX-DESIGN-CALC"? In which case do you recommend using…
Part Number: TPSF12C1-Q1 Tool/software: Hello,
My customer wants to use the TPSF12C1-Q1 for DC/DC applications. However, only AC/DC application examples can be found on the product website and datasheet.
Is it possible to use it for input or output in…
Hi Lev,
Actually, a common definition of Vdm is V1 - V2, simply the difference in voltage, whereas Vcm is the average of the two voltages. I think it's fine as is.
Regards,
Tim
Part Number: TPSF12C1 Tool/software: Hi,
I am planning to use TPSF12C1 for the DC output of a high power converter.
I have seen a few threads indicating that it is possible and should work with no problem. However, when using the quickstart calculation…