Wednesday, November 28
EPE "Basic Soldering Guide" Here's a summary of how to make the perfect solder joint.
All parts must be clean and free from dirt and grease.
Try to secure the work firmly.
"Tin" the iron tip with a small amount of solder. Do this immediately, with new tips being used for the first time.
Clean the tip of the hot soldering iron on a damp sponge.
Many people then add a tiny amount of fresh solder to the cleansed tip.
Heat all parts of the joint with the iron for under a second or so.
Continue heating, then apply sufficient solder only, to form an adequate joint.
Remove and return the iron safely to its stand.
It only takes two or three seconds at most, to solder the average p.c.b. joint.
Do not move parts until the solder has cooled.
Troubleshooting Guide
Solder won't "take" - grease or dirt present - desolder and clean up the parts. Or, material may not be suitable for soldering with lead/tin solder.
Joint is crystalline or grainy-looking - has been moved before being allowed to cool, or joint was not heated adequately - too small an iron/ too large a joint.
Solder joint forms a "spike" - probably overheated, burning away the flux.
All parts must be clean and free from dirt and grease.
Try to secure the work firmly.
"Tin" the iron tip with a small amount of solder. Do this immediately, with new tips being used for the first time.
Clean the tip of the hot soldering iron on a damp sponge.
Many people then add a tiny amount of fresh solder to the cleansed tip.
Heat all parts of the joint with the iron for under a second or so.
Continue heating, then apply sufficient solder only, to form an adequate joint.
Remove and return the iron safely to its stand.
It only takes two or three seconds at most, to solder the average p.c.b. joint.
Do not move parts until the solder has cooled.
Troubleshooting Guide
Solder won't "take" - grease or dirt present - desolder and clean up the parts. Or, material may not be suitable for soldering with lead/tin solder.
Joint is crystalline or grainy-looking - has been moved before being allowed to cool, or joint was not heated adequately - too small an iron/ too large a joint.
Solder joint forms a "spike" - probably overheated, burning away the flux.
