Electronics Forum | Wed Feb 18 12:14:12 EST 2009 | jdengler
Hi aj, I've never done Flexa programing, but in MCS2 I made it 1C1 for C1 on board 1 and 2C1 for C1 on board 2 etc. I did this in a spread sheet for each board then copy and paste each data set into 1 spreadsheet then saved as text and imported int
Electronics Forum | Wed May 22 07:31:13 EDT 2019 | stephendo
Try this link https://www.digikey.ca/products/en/capacitors/ceramic-capacitors/60?k=flex+caps&k=&pkeyword=flex+caps&sv=0&s=50730&s=21887&s=32803&s=5859&sf=0&FV=ffe0003c%2C1f140000&quantity=&ColumnSort=0&page=1&pageSize=25 It should get you started.
Electronics Forum | Tue Nov 26 12:20:39 EST 2019 | rossrohrer1
I ordered a capacitor book. I reinstalled the crystal that i purchased from digikey, and swapped the two load capacitors out from 30pf to 10PF which works out well with the datasheet that calls for 10pf Load Capacitance, and this equation (CL = (C1
Electronics Forum | Tue Jul 16 19:46:36 EDT 2013 | tuxd3v
Hi, I have never done a pcb route for SPI or I2c, I need communication lines for SPI @10Mhz and I2c@1Mhz. I don't know what steps I have to follow to make this communication Lines. Does I Need to look to this lines like "Trasmission Lines", becaus
Electronics Forum | Mon Oct 05 21:05:32 EDT 1998 | Stefan Witte
Most of the older placement machines might not have a 2mm advancing feeder. Here is how I get by picking from a 8 mm feeder without loosing every second component. 1. Define a second component in the BOM. 2. Define this component in the feeder set up
Electronics Forum | Wed Oct 07 21:53:47 EDT 1998 | Dave F
| Most of the older placement machines might not have a 2mm advancing feeder. | Here is how I get by picking from a 8 mm feeder without loosing every second component. | 1. Define a second component in the BOM. | 2. Define this component in the feede
Electronics Forum | Thu Jul 17 20:46:55 EDT 2008 | davef
Which type? * Solder beads (mid-chip solder balls, attached to the waste line of your chip caps and resistors) This is more paste volume related. * Solder balls that tend to be more randomly scattered (as in spattered)? This tends to be more profile
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