PCB Libraries Forum Homepage
Forum Home Forum Home > Libraries > Footprints / Land Patterns
  New Posts New Posts RSS Feed - 008004 land pattern dimensions for high yield
  FAQ FAQ  Forum Search   Events   Register Register  Login Login

008004 land pattern dimensions for high yield

 Post Reply Post Reply
Author
Message
ransonjd View Drop Down
Advanced User
Advanced User


Joined: 15 Nov 2016
Status: Offline
Points: 139
Post Options Post Options   Thanks (0) Thanks(0)   Quote ransonjd Quote  Post ReplyReply Direct Link To This Post Topic: 008004 land pattern dimensions for high yield
    Posted: 13 Jun 2024 at 7:34am
I'm going to be using 008004 (0201 metric) capacitors in an ultra-small design. 

I'd like to get as high assembly yield as possible, and I was wondering if there were any recommended low-defect land patterns? 

I've seen a number of papers on 01005 land patterns, but I haven't seen similar for 008004.  

I want as many data points as I can get. 

I have requested guidance from my assembler, and Murata provides a recommended range of dimensions. 

Back to Top
Back to Top
ransonjd View Drop Down
Advanced User
Advanced User


Joined: 15 Nov 2016
Status: Offline
Points: 139
Post Options Post Options   Thanks (0) Thanks(0)   Quote ransonjd Quote  Post ReplyReply Direct Link To This Post Posted: 13 Jun 2024 at 7:50am
For anyone else looking, I found this IPC APEX presentation from Fuji:

https://www.ipc.org/system/files/technical_resource/E40%26S06_03%20-%20Scott%20Wischoffer.pdf
Back to Top
SDTKO View Drop Down
Active User
Active User


Joined: 11 Dec 2019
Status: Offline
Points: 30
Post Options Post Options   Thanks (0) Thanks(0)   Quote SDTKO Quote  Post ReplyReply Direct Link To This Post Posted: 14 Jun 2024 at 1:29am
The only sane thing to do in this case - as you already figured out - is talking to your assembler.

For small chip packages, chances are that generic calculators and general recommendations do more harm than good.
Back to Top
 Post Reply Post Reply

Forum Jump Forum Permissions View Drop Down



This page was generated in 0.189 seconds.