Wicked Minds Electronics Posted July 1, 2012 Report Share Posted July 1, 2012 Here is a schematic for the original source code I created in ISE. I refactored out the RGB to YUV conversion and audio to clarify it more and prep it for use with my camera. Also, I modified it to run off a single DCM. 8MHz is created by using the CLKDV set to divide CLK by 4. Enabling CLKX2 on the same DCM gives us the 64MHz for the encoder logic and CLK0 provides the 32MHz for the audio. Thought you might wanna toss it on the playground as an illustration. Let me know and I can post the project with the schematic top and symbols for all the entities if anyone wants it. Link to comment Share on other sites More sharing options...
Jack Gassett Posted July 2, 2012 Report Share Posted July 2, 2012 Great work! We can put it on the playground or anyone is free to post to the playground themselves. The password to edit any of the wiki pages is "gadgetfactory". We are also working as we speak on a project directory solution where people can submit their projects to a directory that can be searched and browsed. Dhia is prototyping it now and it might be up within a week. Thanks! Jack. Link to comment Share on other sites More sharing options...
Phil16v Posted April 1, 2013 Report Share Posted April 1, 2013 4.266MHz? That must be stretching the lock-in range of some TV sets' colour decoders. Have you tried this on a range of TV's? Link to comment Share on other sites More sharing options...
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