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waferdicing:start [2011/04/06 14:00] – created janet | waferdicing:start [2020/03/06 09:04] (current) – external edit 127.0.0.1 | ||
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====== Si wafer dicing ====== | ====== Si wafer dicing ====== | ||
- | Email excahnge | + | 2012: There is a new wafer dicing dystem at OSU - in the Dhagat/ |
- | // | + | [[http:// |
- | To Paul from Chris//: I'm trying to figure | + | |
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+ | //To Paul from Chris//: I'm trying to figure | ||
out where you got some silicon substrates that I found. | out where you got some silicon substrates that I found. | ||
a circular metal frame, stuck on dicing tape. The wafer was cleaved into | a circular metal frame, stuck on dicing tape. The wafer was cleaved into | ||
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anything was always a bit of a pain, so I'd try all other options first. | anything was always a bit of a pain, so I'd try all other options first. | ||
And by all means, use the ones you find around our labs. | And by all means, use the ones you find around our labs. | ||
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+ | //From Chris to Jack//: I'm a grad student working in Janet Tate's group at OSU, and I've recently come across some silicon substrates that were apparently prepared at HP. They are mounted in a circular metal frame, stuck on dicing tape. The wafer was cleaved into many 10*15mm dies with a dicing saw; if you could tell me anything about where they might have come from, who made them, or what I need to do to make my own, it would be very helpful. | ||
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+ | //To Chris from Jack//: All I can help you with is making more. We scribe Si wafers with a UV laser. The kerf width is ~50um and there is a resulting debris field of loose silicon oxides that extends ~100um to either side. The cutting path is entirely up to you but should be rectilinear so as to align with the crystal grain. | ||
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+ | We will need an index to charge to. If you plan on doing this quite a bit you should get badged and trained. Anything less than that I can do for you and you are welcome to join in the fun. | ||