Electronics Forum | Fri Oct 28 06:46:11 EDT 2005 | james
We used AIM water Soluble Sn63/Pb37 and it tend to be very tacky.
Electronics Forum | Fri Apr 13 06:03:12 EDT 2007 | bartlozie
No problem in that.
Electronics Forum | Thu Feb 24 11:07:04 EST 2005 | cisridn
I need information on where I can purchase Lead free solder paste and solder wire samples. I currently use SN63/PB37 no clean solder paste in a 35G tube and SN63/PB37 no clean solder wire for rework. I would like to try out some samples of Lead fr
Electronics Forum | Fri Feb 09 02:30:50 EST 2007 | Muhammad Haris
What are Resins, Solvents, Activators, and Thickening Agents in Solder Paste and what are their helpful and harmful effects? AND What are the purposes/properties and effects of Sn(Tin), Pb(Lead), Ag(Silver), Bi(Bismuth), In(Indium), Cu(Copper), Ni(
Electronics Forum | Sat Aug 30 12:36:05 EDT 2008 | omid_juve
we are doing many experiment on this problem 1)sn63 pb37 solder paste +normal profile 2)sn62 pb36 ag2 solder paste +normal profile 3)pb free solder paste + pb free profile 4)sn63 pb37 solder paste + pb free profile but still the problem exist so i th
Electronics Forum | Wed Jun 26 11:13:09 EDT 2002 | robbied
Can anyone help? Our Solder bar suppier is discontinuing the Sn63 Pb37 solder that they currently supply us. Another company has offered us a 'direct replacement' which is their own Sn63 Pb37 solder bar. The only problem I have with this is that the
Electronics Forum | Tue Oct 11 20:06:16 EDT 2022 | emeto
In both cases you will be close to the eutectic composition(61.9%Sn), so I expect joint to be intact and uniform.
Electronics Forum | Wed Oct 12 11:39:25 EDT 2022 | stephendo
There is only one tin/lead ratio that is eutectic. Sn60/Pb40 is not eutectic.
Electronics Forum | Sat Oct 21 12:55:14 EDT 2000 | Aaron
It sounds like the temperature of wave is a little lower. It should be 245~250 deg.C for solder Sn63/Pb37.
Electronics Forum | Wed Aug 04 18:17:21 EDT 1999 | Judy Forbes
What oven temperature should be used to reflow solder (Sn63Pb37) on a PC board (0.075" to 0.100" thickness) in 5 to 10 minutes?
