Over a year ago, I decided to convert my LeCroy LC Series oscilloscope to an LCD display.
The fit of an 8.4 inch LCD (Mitsubishi AA084VC03 to be exact) in the bezel was just about perfect, and I crafted the brackets to fit the LCD in the oscilloscope from scrap sheet metal, which was then covered in electrical tape.
Other parts used were a compatible VGA LCD controller and its corresponding AC power supply.
To hide the shiny metal surround of the LCD assembly, I placed electrical tape on the LCD screen before carefully painting the surround black (the tape was then removed when the paint was completely dry).
However, the front panel controls can be accessed through a gap in the bezel, and the AUTO button (adjusts picture size to the video source) should only be performed when a test pattern is displayed through the service menus of the oscilloscope (active video area extremities are used).
Overall, the end result was quite good.
The fit of an 8.4 inch LCD (Mitsubishi AA084VC03 to be exact) in the bezel was just about perfect, and I crafted the brackets to fit the LCD in the oscilloscope from scrap sheet metal, which was then covered in electrical tape.
Other parts used were a compatible VGA LCD controller and its corresponding AC power supply.
To hide the shiny metal surround of the LCD assembly, I placed electrical tape on the LCD screen before carefully painting the surround black (the tape was then removed when the paint was completely dry).
However, the front panel controls can be accessed through a gap in the bezel, and the AUTO button (adjusts picture size to the video source) should only be performed when a test pattern is displayed through the service menus of the oscilloscope (active video area extremities are used).
Overall, the end result was quite good.
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