IDE to USB 
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USB to IDE.  Follow the digram from the CF to IDE picture.  Pull pin 18 on the GL641 to ground for ATA/ATAPI mode.  The thin red wire is the Radio Shack 30 ga wirewrap stuff.  I soldered everything with a standard full sized Weller WCTP soldering station.
USB to IDE. Follow the digram from the CF to IDE picture. Pull pin 18 on the GL641 to ground for ATA/ATAPI mode. The thin red wire is the Radio Shack 30 ga wirewrap stuff. I soldered everything with a standard full sized Weller WCTP soldering station.
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Missing Surface Mount Transistor.  Somehow I managed to short the read/write transistor.  It caught fire and burned off the board.  For IDE to USB the transistor doesn't appear to be needed, but I replaced it with an off the shelf PNP.  The reader still reads and writes to CF's
Missing Surface Mount Transistor. Somehow I managed to short the read/write transistor. It caught fire and burned off the board. For IDE to USB the transistor doesn't appear to be needed, but I replaced it with an off the shelf PNP. The reader still reads and writes to CF's
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Cf to IDE 
First found at http://1u.homeip.net/
Cf to IDE
First found at http://1u.homeip.net/
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Older project based on http://1u.homeip.net/
Older project based on http://1u.homeip.net/
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Quantum Hard Drive circuit board.  All of the surface mounted ICs were removed with a 1200 watt heat gun.  A sheet of 20 guage steel was used for heat sheild, to protect connectors and components I wanted to keep.  Some shorting had to be troubleshot, but keeping the board in tact meant I could use the powers and grounds and save on the number of connections that need to be manually soldered.
Quantum Hard Drive circuit board. All of the surface mounted ICs were removed with a 1200 watt heat gun. A sheet of 20 guage steel was used for heat sheild, to protect connectors and components I wanted to keep. Some shorting had to be troubleshot, but keeping the board in tact meant I could use the powers and grounds and save on the number of connections that need to be manually soldered.
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