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Robust Low Power VLSI R obust L ow P ower VLSI CAM Export Flow He Qi.

Date post: 12-Jan-2016
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Robu st Low Powe r VLSI Robust Low Power VLSI CAM Export Flow He Qi
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Page 1: Robust Low Power VLSI R obust L ow P ower VLSI CAM Export Flow He Qi.

Rob

ust

Low

Power

VLSI

Robust

LowPower

VLSI

CAM Export Flow

He Qi

Page 2: Robust Low Power VLSI R obust L ow P ower VLSI CAM Export Flow He Qi.

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ust

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VLSI 2

Revision HistoryRevision History Date Reviser Notes

1.0 3/2/14 He Qi (hq5tj)

Page 3: Robust Low Power VLSI R obust L ow P ower VLSI CAM Export Flow He Qi.

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OverviewAfter Layout is done, we need to export CAM files of the PCB. CAM files have the information of the board for manufacture.

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Step 1

In Layout, click on File - CAM

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Step 2

Here you have 2 options:1. Click on “Import” to read CAM export settings from other designs 2. Click on “Add” to generate CAM of each layers by yourself

Typically, the total number of CAM files is N+5. N is the number of the PCB design layers. 5 includes 2 Silkscreen, 2 Solder mask, and NC drill.

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Step 3 To add new layers,

Fill in the name of CAM file you want to generate in “Document Name” and “Output File”

Select what type of layer it is in “Document Type”. Typically select Routing/Split Plane, Silkscreen, or NC drill.

Choose the location of the layer (Top/Bottom/Inner) in “Fabrication Layer”

Click on “Layers”

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Step 3 Select what features you

want to add to the layer. Notice that for Silkscreen

layer, both the Silkscreen layer and the attached layer (Top/Bottom should be selected)

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Step 4

After adding all the N+5 layers, select all the layers and click run. Your CAM then is ready in the PADS_project – CAM folder.

Optionally, you can export your CAM file settings by click on “Export”.

The N+5 files are the files you need to send to the manufacturer.

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You’re done!


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