Electronics Forum | Tue Sep 14 17:10:08 EDT 2010 | travishemen
I would check for stuck inching keys.
Electronics Forum | Mon Feb 04 16:29:28 EST 2013 | fredcalkins
The size is : .158 ID and .024 thickness in inches. We have them at http://www.nozzlesupply.com
Electronics Forum | Fri Nov 06 11:56:43 EST 2015 | derrikf
They're probably 12 - 18 inches, maybe slightly longer.
Electronics Forum | Wed Aug 30 13:26:29 EDT 2017 | fuji_user_2014
Hello Gurus, I'm looking for information on FOD generated by routers, more specifically a vacuum equipped Cencorp 1000BR. I want to ensure that this machine can route a populated panel without needing a wash afterwards in order to meet IPC CL3 sta
Electronics Forum | Fri Nov 16 00:55:51 EST 2018 | reckless
It turns out the issue was programming in milimeters instead of inches.
Electronics Forum | Tue Jan 09 21:04:56 EST 2001 | Dave F
So true!!!! I'm with you 100%. I get so tired of those people with their metric this and that. You know what I do? If someone talks centimeters, I just mutiply it times 0.4 to get inches!!! And another thing, if I ever wanted to convert inches t
Electronics Forum | Mon Aug 28 15:59:43 EDT 2000 | Tom Humphrey
Can any one give me a list or recommendations of board assembler / manufacturers (Southeast U.S. prefered) who could handle assembly of 2 inch x2 inch PWB with 100+ surface mount components. No testing required. I would appreciate any help or recomen
Electronics Forum | Mon Jun 05 10:32:39 EDT 2000 | Khalid Saeed
It could be a gold finish problem. The recommened gold finish thickness is less than five micro inches. Gold thickness greater than five microi inches is significant contributor for causing embrittlement of the solder joints. Verify the reflow profil
Electronics Forum | Mon May 08 12:35:06 EDT 2000 | Michael Uganecz
Just a quick easy question. What is the largest image size that you can have in a 29 inch stencil? In other words, how close to the ID of the stencil can the image get? I'm sure I knew this at one time but the memory is not what it used to be! Th
Electronics Forum | Fri May 30 20:54:53 EDT 2003 | jonfox
Conversion refresher: 1 inch = 25.4 mm 1 inch = 25,400 microns 10 microns = 0.3937 mils 10 microns = 0.010 mm so 0.4mm = 400 microns and for s/n/g: 1mm = 3.240783e-20 parsecs (pc) Have some fun with that one!
