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Thank you very much for your guides. Actually I tried the formula for the diode and I did not get an answer. Therefore, I upload my complete circuit. in this circuit which is a solar cell, when I put

Hallo Tim, Thank u very much for the message, i know that i can use python to write the script. but i don't know how should i programm then i can use the python to call LTspice. can you show me an

Okay. Thanks Helmut for the modifications. Now this simulates quite fast. ? Regards, Vaseem ________________________________ To: LTspice@... Sent: Friday, July 5, 2013 1:21 AM Subject:

Hello All. My collection of models and examples for LTspice contains a large number of models. It includes a collection of EXTRA. This collection EXTRA I expanded with new models and changed the

Hello everyone. I placed the file hosting us.ua collection of information about LTspice in English and Russian languages.File is LTSPICEDOC.ZIP(98Meg) Link ---> http://us.ua/1164357/ Bordodynov.

Hello Andy, You wrote : Should I have to understand you have still problems with opening all_files.htm ? Regards, Ph. B.

mario.chillemi wrote: Yes. You will need to assign AC values to one or both of the sources, V3 or V2. Right-click on the voltage source, click the "Advanced" button, find the "Small signal AC

Hello Vaseem, I haven't checked with an old version. I simply looked forward and changed your circuit. The two AND-gates improved the sim- speed by a factor of 1.5. The comparator improved it another

Nicole Datte <nikkilatte98@...> wrote: This wasn't spam. You are receiving these emails because you signed up for the [LTspice] email group. You have the power to turn them off ... not by

Hi again, Helmut. I've now tried to download the files from the link you gave but I reckon I need to step back a bit and understand more basically how I associate a model (within LTSpice's schematic

yilinyamamoto wrote: In your simulation you apparently created a symbol named "rly_name" but there is no such subcircuit defined in the "relay.lib" file. Either change your symbol "rly_name" to one

kioskigal@... wrote: Download the following file from the group's website: Files > Tables of Contents > all_files.htm

Thank you Mr Schultz,I understand the mistake and I try to fix. best regards Mario

thank you Mr Bordodynov,the circuit is perfect.Can I use ".AC DEC frequece1 frequence2 frequence3" to make a study in frequence? thank you so much to help me.

The simplest case: Bis is 0 v=v(305)*v(306) .param K=.... Q=1.6e-19 .param VT=K*(273+v(307))/q BiDiode 1 0 i=V(is)*(exp(v(1,0)/(N*VT))-1) You can add the temperature dependence of the initial current

yeah your are absolutely right with the formula but the problem is that while I am puting some resistances and diodes in series, I need the arbaitary values which should be derived from the nodes. do

Hi. Look file Draft2new.asc in TEMP. Bordodynov. 04.07.2013, 15:55, "mario.chillemi" <mario.chillemi@...>:

What that looks like is a baldy rendered version of a textbook comparator and not an inverter. In my textbook (all transistors except M3 and M4 have their body connection tied to the power rail. M3

Thanks for the reply Bordodynov,I update a photo of the circuit in Photos,can you help me?