Electronics Forum: silver and palladium (Page 12 of 13)

Immersion Palladium Surface Finish

Electronics Forum | Thu Jan 12 17:35:34 EST 2006 | russ

We use immersion Silver for all of our lead free PCBs. They come in the "silver saver" paper you speak of and we have found that they will tarnish after 7 days in the open enviroment. Even with this tarnish we experienced no reflow problems. We are

Immersion Silver Reliability

Electronics Forum | Tue Apr 20 19:34:13 EDT 2004 | Ken

ImAg is the Surface finish of choice for Intel mother boards....Tin/lead and lead free processes. I think palladium and soft gold are the preferred for wire bondable apps.

Capacitor

Electronics Forum | Thu Jun 27 08:48:08 EDT 2002 | yngwie

I was approached by the comp. suplier to change the capacitors that I currently used. No change in elect. charateristic, but only on : a) change of palladium to nickel base inner electrode b) outer electrode material i.e. from silver to copper. Que

Palladium poor wetting

Electronics Forum | Tue May 23 09:50:37 EDT 2006 | flipit

They work well in silver conductive epoxy in hybrid applications. They are very poor in no clean applications. They don't work that well in OA solder paste either. Used them once in OA paste and in a nitrogen. They looked just fine. Solder to Pd

Re: Cracked Capacitors

Electronics Forum | Thu Jun 17 11:18:03 EDT 1999 | Ian Clelland

| | | | | | Our company is experiencing cracked caps at our pick and place operations. The caps are being placed onto epoxy dots for subsequent wave solder operations. At present, be have set the pressure of the head at 2 in/lbs. This being down fr

Dewetting on QFP

Electronics Forum | Tue Jun 07 16:19:58 EDT 2005 | davef

Q1) How to identify on good or bad ICs lead that could contribute to dewetting? A1) Distinguish between good or bad IC that could contribute to dewetting by testing for solderability, according to J-STD-002. Q2) What actions that must be taken in fa

Re: Tin-Lead thickness on PWB's/Let's Hear More

Electronics Forum | Tue May 26 20:18:09 EDT 1998 | Justin Medernach

| | | | I'm reviewing my board fab spec. It calls for a minimum SnPb thickness of 50 microinches on HASL PWB's. I've looked at other specs that call out anything from 30 to 80 microinches, and others that just say the copper pad must be covered and

Silver Paladium coating

Electronics Forum | Wed Feb 19 22:04:08 EST 2003 | davef

Blondie I've never heard of using palladium [Pd] for a ring. [Not that that means much.] See, here's a link to discussion on using Pd in jewlery: http://jewelry.about.com/gi/dynamic/offsite.htm?site=http%3A%2F%2Fwww.professionaljeweler.com%2Farchi

Re: Tin-Lead thickness on PWB's/Let's Hear More

Electronics Forum | Tue May 26 21:27:33 EDT 1998 | Earl Moon

| | | | | I'm reviewing my board fab spec. It calls for a minimum SnPb thickness of 50 microinches on HASL PWB's. I've looked at other specs that call out anything from 30 to 80 microinches, and others that just say the copper pad must be covered a

Re: Tin-Lead thickness on PWB's/Let's Hear More

Electronics Forum | Wed May 27 11:19:34 EDT 1998 | Earl Moon

| | | | | | I'm reviewing my board fab spec. It calls for a minimum SnPb thickness of 50 microinches on HASL PWB's. I've looked at other specs that call out anything from 30 to 80 microinches, and others that just say the copper pad must be covered


silver and palladium searches for Companies, Equipment, Machines, Suppliers & Information

SMT spare parts - Qinyi Electronics

Reflow Soldering 101 Training Course
Selective soldering solutions with Jade soldering machine

Wave Soldering 101 Training Course
Equipment Auction Automotive Electronics Supplier - Closure of Tier-One SMT Dvision: (10) ASM & Universal SMT Lines & Feeders Equipment as-new-as 2019! Dek | Koh Young | Speedline | Vitronics | Viscom

Best Reflow Oven
Pillarhouse USA for handload Selective Soldering Needs

Training online, at your facility, or at one of our worldwide training centers"
PCB Depanelizers

Low-cost, self-paced, online training on electronics manufacturing fundamentals