PBGA 1This is a "typical" 2 sided PBGA. Size: 23x23 mm Bondfingers: 280 Finger Width = 100 um Finger Pitch = 150 um Via Drill = 200 um dia Via Pad = 400 um dia Suggested Nets to Extract: metal layer = top.gbr long_1 @ 6.7,17.135 short_2 @ 5.685, 12.245 antenna @ 19.90, 12.939 |
Gerber files provided for the extraction: Gerber File Function ----------- -------- wbond.gbr wires top.gbr top metal drill.gbr via btm.gbr bottom metal |
Tutorial: PBGA1 |
A short tutorial on using NETEX-G to extract the nets of the PBGA with output format of GDSII. (GDSII is useful for IC designers who wish to import the package design into their IC layout and verification tools. |
pbga1.zip |
95 KB zip file; requires password to unzip. Gerber files for the PBGA1 tutorial. If you would like to use these Gerber files to test NETEX-G please email artwork for the unzipping password. |
Tutorial: PBGA2 |
A short tutorial on using NETEX-G to extract the nets of the PBGA with output targeted to Ansoft's Neutral File (ANF). |
pbga2.zip |
94 KB zip file; requires password to unzip. Gerber files for the PBGA2 tutorial. If you would like to use these Gerber files to test NETEX-G please email artwork for the unzipping password. |
FLIPCHIP 2This is a complex built up flipchip. Size: 37 x 37 mm Ball Array 39 x 39 IO balls 1080 Bump Pitch = 200 um metal layers = 6 Suggested Nets to Extract: metal layer = l06.art C4 @ -16, 17 D37 @ 17, 16 Download flipchip2.zip |
A crossection of the flipchip stackup |
LeadFrameThis is a 144 pin leadframe. Size: 20 x 20 mm paddle: 6 x 6 mm Pins: 144 Finger Pitch: .25 mm metal layers = 1 |
|
Tutorial: Leadframe |
A short tutorial on using NETEX-G to extract the nets of a leadframe/wires. There are some special issues here due to the fact that the leadframe data is drawn as a reversal. |
leadframe144.zip |
11 KB zip file; Gerber files for the leadframe tutorial. |
NETEX-G Page |
Download |
Revision History |
Price |