Cam350 v 9 download
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DownStream Technologies, LLC, Copyright of 70Ħ Negative Plane - Drill spacing checks include Through Hole Drill to Copper, Via Drill to Copper, Laser Via Drill to Copper, Updated Through Hole Drill to Copper, and Back Drill to Copper. Groups of checks include o Board Outline Spacing o Copper Spacing o Pad Spacing o Drill Spacing o Annular Ring Checks Negative Plane - Board Outline spacing checks include Copper to One Up Border, Copper to Rout, and Copper to Mill Tab. Negative Plane Layer Checks New DFM Checks are defined for Negative Plane Layers. DownStream Technologies, LLC, Copyright of 70ĥ Signal Layer - Annular Ring checks include Component Pin Pad to Drill, Pressfit Pin Pad, Via to Drill, Laser Via to Drill, Blind Via to Drill, Buried Via to Drill, and Pad to Unplated Drill. DownStream Technologies, LLC, Copyright of 70Ĥ Signal Layer - Drill spacing checks include Unplated Through Hole Drill to Copper, Unplated Through Hole Drill to Pad, Unplated Through Hole Drill to Track, Back Drill to Copper, Back Drill to Pad, Back Drill to Track, Through Hole Drill to Copper, Through Hole Drill to Pad, Through Hole Drill to Track, Via Drill to Copper, Via Drill to Pad, Via Drill to Track, Laser Via Drill to Copper, Laser Via Drill to Pad, and Laser Via Drill to Track. Signal Layer - Pad spacing checks include Flash to Flash, Component Pin to Component Pin, SMD to SMD, Via to Via, Laser Via to Laser Via, Through pad to Through pad, SMD to Via, SMD to Laser Via, SMD to Through pad, Via to Through pad, and Laser Via to Through pad. DownStream Technologies, LLC, Copyright of 70ģ Signal Layer - Copper spacing checks include Track to Track, Tract to Copper, Copper to Copper, Track to Pad and Copper to Pad. Groups of checks include o Board Outline Spacing o Copper Spacing o Pad Spacing o Drill Spacing o Annular Ring Checks Signal Layer - Board Outline spacing checks include Copper to One Up Border, Copper to Rout, and Copper to Mill Tab. Signal Layer Checks New DFM Checks are defined for Signal Layers. Further, ICT Test Point status is assigned to pins and vias. Examples of CAD data types include pin types (Through, SMD, Pressfit), via types (Through, SMD, Blind, Buried, Laser and Thieving), hole types (Through, Blind, Buried, Laser, Back Drill, and Dual Drill). DFMStream and CAM350 are updated to interpret the CAD data and perform specific DFM checks based on the CAD data types. Intelligent CAD Data formats, including IPC-2581, ODB++ and PADS ASCII formats, can transfer intelligent EDA data.
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New Functionality The following functional enhancements are contained in CAM350 Version 11.0 Advanced DFM Checks for Streams RC o Signal Checks o Negative Plane Checks o Solder Mask Checks o Paste Mask Checks o Silkscreen Checks o NC Data Checks Intelligent CAD Data Properties o Pin Properties o Via Properties o Tool Tolerances Multi-Board Panel Placement Wizard o Automatic Placement of Multiple Designs in a Panel o Panel Editor Support for Venting a Multiple Design Panel IPC-2581 Import and Export of Panel Data Board Outline Support for Cutouts Streams RC User Interface Enhancements DownStream Technologies, LLC, Copyright of 70Ģ Advanced DFM Checks for Stream RC Intelligent CAD Data DFM Checks for CAD Data Types Streams RC for DFMStream and CAM350 is updated to perform DFM checks between intelligent CAD Data types. 1 Release Highlights for CAM350 Product Version 11.0 Introduction CAM350 Version 11.0 is a major release that introduces new functionality, including Intelligent CAD Data DFM checks for Streams RC, IPC-2581 support for Import and Export of Panel data, and support for cutouts for Board Outlines.