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Re: Way to copy and paste error output log?
Thank you Sir.. That did it nicely.. Don't know why regular copy and paste inactive..W7.
By [email protected] · #62729 ·
Re: Tutorial version of Joule-Thief
In message <kkhrsd+gjmc@...>, dated Mon, 15 Apr 2013, Tim <thutches@...> writes: Agreed. But it makes for a steep learning curve. Quite. Too high a B+, or they've gone soft! I once put 350
By John Woodgate <jmw@...> · #62728 ·
Re: Tutorial version of Joule-Thief
Thanks Jon, I'll be having a look at what you did. Tim Hutcheson
By thutches · #62727 ·
Re: Tutorial version of Joule-Thief
Hi John. Yes, it's sad that one gets a late start - my interest began at about age 14 as a ham radio operator. What caught my eye about the JT was that it introduces the idea of switching which is
By thutches · #62726 ·
Lead-acid battery model
I have been playing with the lead-acid battery model in the group files, but also looking for one that is supported with test data. I found a presentation on line from Bee Technologies in Japan:
By Jim Booth · #62724 ·
Re: Germanium transistor
In message <kkho8b+878j@...>, dated Mon, 15 Apr 2013, gr8wi9 <boothjg@...> writes: It's best not to put anything into the LTspice native files or anywhere in C:&#92;Program Files.
By John Woodgate <jmw@...> · #62725 ·
Re: Germanium transistor
Ok. So if I unzip this and put it in the cmp path, does it get overwritten when I do sync_release? Thanks, Jim
By Jim Booth · #62723 ·
Re: Way to copy and paste error output log?
In message <kkhgj0+b6hu@...>, dated Mon, 15 Apr 2013, "theac1@..." <theac1@...> writes: Assuming you are using a PC, select all the text (CTRL-A), copy (CTRL-C) and paste
By John Woodgate <jmw@...> · #62722 ·
LTspice macros for 7493 ic
Please send 7493 ic's macros for LTspice
By skeval89 <skeval63@...> · #62721 ·
Re: Way to copy and paste error output log?
Open it with an ordinary text editor? Jim Wagner
By Jim Wagner · #62720 ·
Way to copy and paste error output log?
Hello folks: I am trying to post a question here but for some reason LTC won't allow me to copy the error log and post it here for my actual question. Is there a way? A..
By [email protected] · #62719 ·
LTC Simulation Queue Manager Handling of *.raw files
Hi, Problem: How to delete *.raw files between successive simulation jobs while using the queue manager. Background: I use the queue manager to run Monte-Carlo sims on the same circuit with different
By wilsondean95 · #62718 ·
Re: procedure for the design
In message <CANZ6rKyEwfYVCbrESnaTSuQVpk9_uNbQTtxFZUHKvs9uE-sxfQ@...>, dated Mon, 15 Apr 2013, DEVISREE bala <baladevisree2@...> writes: You have to put some effort into helping
By John Woodgate <jmw@...> · #62717 ·
procedure for the design
hi i am designing an op amp,but i dont know how two simulate circuit.pls reply me
By DEVISREE bala · #62716 ·
Re: All_Files.Htm
In message <736066489.391198.1366041523194.JavaMail.root@.... comcast.net>, dated Mon, 15 Apr 2013, Jim Wagner <wagnejam99@...> writes: The plot thickens. The chances of
By John Woodgate <jmw@...> · #62715 ·
Re: inverting opamp simulation: rapid component variation
In message <kkh7vu+igoh@...>, dated Mon, 15 Apr 2013, sawreyrw <sawreyrw@...> writes: Well, it's sufficiently true up to some frequency (depending on the definition of 'sufficiently'),
By John Woodgate <jmw@...> · #62714 ·
Re: inverting opamp simulation: rapid component variation
In message <CALBs-TimcdbfLAxu36m7Ee1HQ-dynXhchgbbKNqC+zGjJWvJWw@...>, dated Mon, 15 Apr 2013, Andy <Andrew.Ingraham@...> writes: Indeed: in that case the gain formula gets more
By John Woodgate <jmw@...> · #62713 ·
Re: All_Files.Htm
Same problem with Safari browser on Mac. Jim Wagner Oregon Research Electronics
By Jim Wagner · #62712 ·
Re: inverting opamp simulation: rapid component variation
John, This is true only at low frequcncies, and that's the reason the OP wants to know the effect as a function of frequency. Obviously, he needs to do this
By Rick · #62710 ·
Re: inverting opamp simulation: rapid component variation
Within the range where the op-amp has infinite gain, sure. At 1 MHz, I doubt it. He's talking about R2 variations at high frequencies, getting Bode plots. Under those conditions, the assumption falls
By Andy I · #62711 ·