Is this enough information to get me in the ballpark of what I need to look for to get a replacement for a transformer?

Input winding approx 160 turns
Output winding approx 1200 turns

The wire is so fine there is no way for me to accurately measure the gauge. The wire for the 1200 turns is like fine hair, and the wire for the 160 turns is like coarse hair - if that helps at all

Also not sure I can do much to measure the core as this entire transformer is fairly small. I am including a pic for reference:
https://goo.gl/yG7GiQ

Any guidance would be appreciated.

 

What was the application?
Max.

 

Looks like a Xicon audio xformer, available from Mouser (42TMxxx, 42TLxxx series).
Without more info (schematic) it is impossible to tell. E

 

Looks like a Xicon audio xformer, available from Mouser (42TMxxx, 42TLxxx series).
Without more info (schematic) it is impossible to tell. E

Here's the schematic, and thanks a lot for the help you gave already!
https://goo.gl/JlvbXO

 

Also, just put an ohmmeter to it.
160 turns = 3 ohms
1200 turns = 190 ohms

 

Looks like it just injects the muli-vibrator circuit into the probes, any small 5:1 7:1 signal transformer should do it, if the ratio you give is correct.
I wouldn't expect it to be super critical.
Max.

 

Looks like it just injects the muli-vibrator circuit into the probes, any small 5:1 7:1 signal transformer should do it, if the ratio you give is correct.
I wouldn't expect it to be super critical.
Max.

Does the 42TL013-RC look like a decent candidate?
http://www.mouser.com/ds/2/449/XC-600127-202003.pdf

 

Actually, the TM series is almost an exact match size wise, so I was thinking of snagging:

42TM004-RC
42TM010-RC
42TM017-RC
http://www.mouser.com/ds/2/449/XC-600134-205894.pdf

and testing them out. Thoughts?

 

Should get a close match from one of those, what is wrong with the original, BTW?
Max.

 

The original was still working, it came off an existing PCB we are trying to replicate and modify.

BTW - I ended up picking out 5 different transformers to test and all of them work with varying degrees of sensitivity which is actually a nice find. I just need to get them all on the test bench to see what one will work best under "real world" conditions. So thanks for your help!