jayrob
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- Joined
- Sep 21, 2007
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I was asked by a member how I harvested blu-ray diodes. There are obviously different ways to get the same result. I thought it might be a good thread for new ones to refer too. Please share your methods! 
Using heat to remove the PCB material can be damaging to the diode if too much heat is used. (not saying that it will damage the diode... just saying that clipping the pins clean, eliminates the possibility of heat damage)
I have never used heat on any of my diode harvesting. Not on the open can diodes either. The trick is to have a very fine tipped set of snips such as these in this picture. Then it's just a matter of being careful, and clipping a little at a time. After you get the hang of it, it becomes easy. The final 'cleaning' and clipping, is done vertically along the pins.
The 803T diodes have a stock heatsink that is 'brittle'. It is easily removed by using two needle nose pliers on each 'wing' of the heatsink, and carefully twisting back and forth until the heatsink cracks. Then 1/2 of the heatsink comes off, and the diode is easily removed.
For this method, the only heat used, is when soldering the lead wires to the pins. About 1 second per pin. Just a theory, but perhaps this is why my results have always been very consistent...
Jay

Using heat to remove the PCB material can be damaging to the diode if too much heat is used. (not saying that it will damage the diode... just saying that clipping the pins clean, eliminates the possibility of heat damage)
I have never used heat on any of my diode harvesting. Not on the open can diodes either. The trick is to have a very fine tipped set of snips such as these in this picture. Then it's just a matter of being careful, and clipping a little at a time. After you get the hang of it, it becomes easy. The final 'cleaning' and clipping, is done vertically along the pins.
The 803T diodes have a stock heatsink that is 'brittle'. It is easily removed by using two needle nose pliers on each 'wing' of the heatsink, and carefully twisting back and forth until the heatsink cracks. Then 1/2 of the heatsink comes off, and the diode is easily removed.
For this method, the only heat used, is when soldering the lead wires to the pins. About 1 second per pin. Just a theory, but perhaps this is why my results have always been very consistent...
Jay
