开云体育

You also need to realize that an .AC analysis is a small-signal linearized analysis. The multiplier, which is an inherently nonlinear device, is presumably linearized at the operating point, and

FYI ... after running an AC analysis, if you hover the mouse pointer over any net, look in the lower left corner where LTspice will tell you the DC operating point voltage on that net. Andy

Maren (distheo@...) wrote: a) Why is the .ac simulation influenced at all by the parameters of the In an .ac analysis, LTspice first needs to find the operating point. All voltage and current

The idea I will give you is to open Help in LTspice; Then go to LTspice > Circuit Elements > B. Arbitrary Behavioral Voltage or Current Sources. Scroll down and find the first table of functions. Andy

Macy wrote: I like the idea of 'including' the file with everything in it then I can Well, you've got a choice. You can either (1) keep everything on the schematic, or (2) move stuff off the schematic

Look up the behavioral B source function, absdelay( x, t [, tnax] ) in the LTspice Help File. Howard

Hi Macy, If the SPICE directive is something like .step or .param, you can just right click. If the SPICE directive is something that the simulation GUI normally deals with, then the GUI pops up,

now there are 'comments' on the schematic .ac dec 500 10 100k .noise V(out) Vsource dec 500 10 100k .ac LIST this goes forevers..... .noise V(out) Vsource LIST ditto..... [Thanks for suggesting LIST.

Yes, all the files are in the location you mention. I will copy everything to a desktop folder and then see if I can copy that. Thanks!

RL, Thank you for taking a look but I still have an issue. The bridge nodes that you renamed now disconnected the ZVS circuit of the chip because the nodes have been renamed to SWAB and SWCD the SWT

feabyl, Have you even thought of looking in the LTspice help file? Rick

What is the equation for behavioral source with 1 sec delay?

Dear subscribers of the LTSpice-List, I uploaded the concerned Schematic and the model of AD734 to http://tech.groups.yahoo.com/group/LTspice/files/%20Temp/AD734%204-Quadrants-Multiplier%20/

There is no inherent "time step" in LTspice. If you are thinking of a discrete-time system, then you need to add a "clock" (a pulse at some convenient frequency would work), and a sample/hold circuit.

Thank you for the options suggested.Could you give an idea how to implement 1 sec delay using B-element.

jason.vanryan <andrewc.russell@...> wrote: Hello, have not posted here for quite a while! > Didn't you post here just this morning? I have a number of schematic files that have a small lock icon

There's nothing wrong with the model, as such, but there seems to be a couple of issues with the circuit that you're simulating. If you overcompensate it, you'll get a better idea about what is going

Hello, have not posted here for quite a while! I have a number of schematic files that have a small lock icon just to the left of them when I display the files in a folder. When I select all the files

Andy, Nonlinear inductor work fine in the frequency domain. The first thing LTspice does for an .AC analysis is to find the DC operating point. Then any nonlinear devices are linearized at their

Hello Steve, You could name the opamps U4A, U4B, U4C, U4D and do some extra post-processing to modify the PCB-netlist. Maybe this earlier discussion will help. "pcb layout s/w for use with ltspice" It