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SOIC to DIP thru-hole adapter

This question is answered
treesgonewild
Posted by treesgonewild
on Sep 22 2010 16:11 PM
Prodigy70 points

Hi, sorry if this is in the wrong forum, though the part is a linear regulator. I am trying to buy an SOIC to DIP thru-hole adapter. My part looks like this, please see the pdf http://focus.ti.com/lit/ml/msoi002h/msoi002h.pdf

I was looking at this website, http://www.logicalsys.com/smt-to-thru-hole-adapters.asp Which part number is the right one? Also, regarding 300 mil span vs. 600 mil span DIP, which one would fit onto a standard breadboard?

Also, if you'd like to suggest a better adapter I'd be open to those suggestions as well.

Sorry for the elementary questions, new to this. Thanks in advance

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  • Thomas Calupca
    Posted by Thomas Calupca
    on Sep 23 2010 14:39 PM
    Verified Answer
    Verified by Michael Day
    Prodigy50 points

    Hi treesgonewild,

    For the 8-pin, 150-mil body SOIC, you'd want to use the PA-SOD3SM18-08.  The 300-mil vs. 600-mil decision is necessary only for the 24- and 28-pin DIP; these DIPs are commonly found in both 300-mil and 600-mil body widths, and if you're looking for a drop-in SMT adapter for an existing PCB with a DIP footprint, you'll need to choose appropriately.  In your case, the 300-mil will work fine with most standard breadboards.

    Another option is the line of Surfboard products from Capital Advanced Technologies (see http://www.capitaladvanced.com/products.htm).  These are usually in SIP format rather than DIP, but would still work fine with your breadboard.  They also have the advantage of being available for a wider variety of SMT packages, and are reasonably inexpensive.

    Both should be readily available from Digi-Key.

    Good luck!

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  • treesgonewild
    Posted by treesgonewild
    on Sep 23 2010 17:14 PM
    Prodigy70 points

    Thanks, I should have known because it's the only 8-pin option. Well, it's good to ask anyway just to make sure.  Then I looked back at the diagram and saw that indeed the width was 150 mm. Soldering will be a ton of fun,  I can tell. One more thing, I notice the diagram says 0.157/0.150, how did you know to use the bottom number?

     

    Thanks again

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