Thx for the reply cybrmage, sounds like it´s not an ease job at all, looks like that aint gonna happend hehe.
For your laptop, you might want to consider a display that takes power directly from the USB port... like a Matrix Orbital MX series (2 x 20 character LCD) (will require a housing) ....
The other option... Which would make it relatively simple....
Parts required:
1) An external USB enclosure designed to hold a CD-ROM drive... (These can be found for under $25CDN).
These enclosures have a USB-to-IDE controller and the required circuitry to provide 5V and 12V power.
2) An internal USB cable adapter (like the one supplied with the Antec Fusion cases... converts a motherboard USB pin connected into a USB Type-A female socket)
3) A 4-pin molex to 3-pin power cable adapter (optional... but less "destructive) You can also cut off the power header on the display and wire the power directy to the IDE controller board)
Steps:
1) Disassemble the external enclosure and remove the USB-to-IDE controller board.
2) Cut the traces on the USB-to-IDE controller board that connect the USB Type-B Socket to the rest of the controller board. (as close as possible to the USB socket)
3) Test that the USB port has been isolated from the IDE controller. Connect the power supply to the USB to IDE controller board, and turn on the power... connect a USB cable from your computer to the USB to IDE controller board... If the controller board is detected, you have not isolated the USB socket from the controller circuitry.
4) Disconnect power from the USB-to-IDE controller board, and disconnect the USB cable from the computer.
5) Using a continuity tester, determine which pins on the back of the USB socket are for which signal.
6) Cut the Pin Header from the Internal USB cable adapter.
7) solder the appropriate wires on the Internal USB cable adapter to the corresponding contacts on the back of the USB socket.
8) use a continuity tester to verify that the wires are soldered to the correct pins on the USB socket.
9) mount the VFD into the enclosure. Connect the VFD usb cable to the USB adapter. Connect the Power connector on the VFD to the power cable adapter, and the power cable adapter to the USB-to-IDE adapters power plug.
10) verify all your connections.
11) close the enclosure.
12) enjoy your external VFD display.
NOTE 1): These are generic instructions... You follow them at your own risk. If you wire the USB socket incorrectly, you could damage your VFD/LCD or your computer! If you wire the power connector incorrectly, you could damage your VFD/LCD or the power controller on the USB-to-IDE controller board.
NOTE 2): You could skip steps 2 through 8 and instead remove the USB socket from the USB-to-IDE controller board... you would then either:
a) route a USB Type-A to USB Type-A extension cable through the resulting hole in the back of the enclosure directly to the USB cable on the VFD/LCD ( you will probably need to enlarge the hole to get the cable through)
b) remove the USB cable from the VFD/LCD controller and route this cable through the hole in the back of the enclosure and then roconnect it to the VFD/LCD control board.
Again... These are just ideas... Use them at your own risk!