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## The whole board
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WholeBoard.jpg:attachment:WholeBoard.pdf
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WholeBoard.jpg:attachment:WholeBoard-big.jpg
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On this card will be connected all the future time measurement elements.
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So, the goal of this board is only to convert the analog data in
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... | ... | @@ -42,9 +42,9 @@ see the SPI bus between the MicroZed and both the ADC. |
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As the schematics for the two ADC are the same, we only put one of them
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here.
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ADC1.jpg:ADC1.pdf
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ADC1.jpg:ADC1-big.jpg
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other ADC:ADC2.pdf
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other ADC:ADC2-big.jpg
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We have two inputs for each ADC. On each input are one SMA connector for
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ground referenced signals and two others for differential ones. All
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... | ... | @@ -64,7 +64,7 @@ The clock signal arrives from the splitter on a differential line. |
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## The clock splitter
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clockSplitter.jpg:ClockSplitter.pdf
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clockSplitter.jpg:ClockSplitter-big.jpg
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This part is used to synchronise both the ADC by giving them the same
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clock signal. This clock splitter allows us to use different clock
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## The power Supply
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PowerSupply.jpg:PowerSupply.pdf
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PowerSupply.jpg:PowerSupply-big.jpg
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We need enough power to supply all the components on the board but also
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the MicroZed board. Furthermore, these components needs different
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... | ... | @@ -111,7 +111,7 @@ harmonics and then improve the noise rejection. |
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## External connections
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FCI.jpg:FCI.pdf
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FCI.jpg:FCI-big.jpg
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The connections to the MicroZed board are done via its FCI connectors.
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All these inputs can be configured to work in LVDS. As the output of our
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