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TI Home » TI E2E Community » Support Forums » Interface » Industrial Interface » Videos & Files » Ultra Low-cost Isolated DC-DC Converter with SN6501
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Thomas Kugelstadt Posted by Thomas Kugelstadt
When: Aug 11, 2012
  • Downloads: 386
  • File Size: 127.3kB
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Ultra Low-cost Isolated DC-DC Converter with SN6501

Industrial Interface

Welcome to the Industrial Interface Section of the TI E2E Support Community. Ask questions, share knowledge, explore ideas, and help solve problems with fellow engineers. To post a question, click on the forum tab then "New Post".

Ultra Low-cost Isolated DC-DC Converter with SN6501

Thomas Kugelstadt Thomas Kugelstadt
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The new SN6501 transformer driver in combination with the new center-tap transformers from Wuerth-Electronics/Midcom allows for ultra low-cost isolated DC-DC converter designs with very small form factors. This apps-note show two circuits with unregulated and regulated outputs and their measured performance characteristics for a wide range of transformers from Wuerth-Electronics/Midcom, Coilcraft, and Murata.

For detailed information consult the SN6501 data sheet and its extensive application section.

Kind regards, Thomas 

Posted: 8/11/2012 12:04:47 AM
Isolator, Isolated DC-DC, Isolated power supply, push-pull converter, SN6501
Comments
  • Ultra Low-cost Isolated DC-DC Converter with SN6501

    Thomas Kugelstadt Thomas Kugelstadt
    Aug 11, 2012 6:09 AM

    In combination with the new low-saturation transformers from Wuerth, even the unregulated output voltage shows a fairly flat characteristic so that in most cases an LDO is not required and the circuits performas well with just two 1uF ceramic capacitors. TK

  • Ultra Low-cost Isolated DC-DC Converter with SN6501

    hu ha hu ha
    Jun 7, 2013 12:13 PM

    Hi,

    i am working on an application design that requires an  isolated dc dc converter with specs of 5V/5V and an output current of 10mA max. what would be the input current at Vin=5V in the circuit given in Figure 2 of the apps-note? and also what is the quiescent current of this circuit at no load?

    Regards,

    Hur

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