It's cool that they're getting into the push for lead-free electronics. It's certainly not easy or cheap to validate lead-free components. I work in acoustic micro imaging, so I look at the insides of ICs, MEMS, and other electronics all day. we get a lot of work from companies doing moisture sensitivity level testing for lead vs. lead free parts. The lead free parts have to go through a hotter solder reflow profile, so any moisture will cause even more damage. The insides of most of the parts look like someone set a bomb off. it takes them a long while and many iterations before they can pull it off right.
So, props to them for getting with it.
disclaimer - I don't work for these guys, nor do I buy their products. I'm just a concerned scientist:P.
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It's cool that they're getting into the push for lead-free electronics. It's certainly not easy or cheap to validate lead-free components. I work in acoustic micro imaging, so I look at the insides of ICs, MEMS, and other electronics all day. we get a lot of work from companies doing moisture sensitivity level testing for lead vs. lead free parts. The lead free parts have to go through a hotter solder reflow profile, so any moisture will cause even more damage. The insides of most of the parts look like someone set a bomb off. it takes them a long while and many iterations before they can pull it off right.
:P.
So, props to them for getting with it.
disclaimer - I don't work for these guys, nor do I buy their products. I'm just a concerned scientist