In Reply to: RE: DC path to ground? posted by Tre' on November 13, 2014 at 09:51:34:
Looking at the path TO ground, you go with the arrows of the diode (conducting, be it switching).
Looking at the path from ground to grid, you of see the diode blocking.
So, I was (and am) confused about the DC path (from grid) to ground.
If course this is basic EE engineering, but sometimes even the basics confuse me.
Sorry for this.
NC
This post is made possible by the generous support of people like you and our sponsors:
Follow Ups
- I'm sure they will not but... - Nickel Core 10:01:35 11/13/14 (14)
- RE: I'm sure they will not but... - Tre' 10:40:16 11/13/14 (13)
- But it will matter.. - Nickel Core 11:02:16 11/13/14 (12)
- RE: But it will matter.. - Triode_Kingdom 13:17:05 11/13/14 (10)
- RE: But it will matter.. - dave slagle 13:28:41 11/13/14 (9)
- RE: But it will matter.. - Tre' 14:21:19 11/13/14 (8)
- Not that it adds directly to your discussion but... - Steve O 18:59:04 11/16/14 (1)
- RE: Not that it adds directly to your discussion but... - Tre' 19:54:27 11/16/14 (0)
- RE: But it will matter.. - dave slagle 05:38:52 11/14/14 (5)
- RE: But it will matter.. - Tre' 07:30:36 11/14/14 (4)
- RE: But it will matter.. - dave slagle 07:39:16 11/16/14 (2)
- I care - Tre' 09:05:54 11/16/14 (1)
- RE: I care - dave slagle 09:18:01 11/16/14 (0)
- What happens to the inductance in the presents of DC? - Tre' 12:27:14 11/14/14 (0)
- RE: But it will matter.. - Tre' 12:00:08 11/13/14 (0)