tag:blogger.com,1999:blog-7156840463568085226.post7283025704198075758..comments2023-10-24T01:18:27.491+05:30Comments on TECHNOLOGY NEWS NET: Microprocessor ManufacturingM.Khttp://www.blogger.com/profile/17786491752038243121noreply@blogger.comBlogger2125tag:blogger.com,1999:blog-7156840463568085226.post-7332033530950490532010-10-12T02:23:41.069+05:302010-10-12T02:23:41.069+05:30Okay, I need to see if I can clarify some things. ...Okay, I need to see if I can clarify some things. I don't know this for sure, this is just what seems logical to me.<br /><br />I don't quite understand the point of etching the pure silicon, although I've seen it explained that way elsewhere.<br /><br />It would make sense if a resist is applied, hardened and washed to reveal an area to be doped with positive ions. Sand the remaining resist away. Repeat the process to dope another area with Negative ions.<br /><br />After doping, apply a thin gate oxide layer and metal layer. Repeat the resist process to remove all but a silver of the new material which will act as a lead.<br /><br />Also the final diagram for the transistor should not depict leads going into the green, but the magenta, imo.<br /><br />Please correct me if I'm wrong.Anonymousnoreply@blogger.comtag:blogger.com,1999:blog-7156840463568085226.post-49754095450494287272009-12-14T12:00:01.435+05:302009-12-14T12:00:01.435+05:30sounds interesting mansounds interesting manbabuhttps://www.blogger.com/profile/11220006163873088554noreply@blogger.com