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*Is there a non-linear model for Mini Circuits PHA-13HLN driver PA that someone can share with me?*

Try these lines in a pmos_vds_with_Width.plt Plots Id(M1) and d(Id(M1))/d(V(Vgs)) vs '?' Donald. [DC transfer characteristic] { Npanes: 1 { traces: 2 {34603010,0,"Id(M1)"}

Hello Andy , both plots are dc sweep.

As I wrote before, that depends.? Be more specific. What kind of simulation are you using?? Transient?? .DC?? .OP augmented with .STEP commands? What you are capable of plotting depends on the

Open one plot pane, say the Y1 plot. Right-click on the X-axis and look at 'Quantity plotted' in the pane that opens. If it gives you a choice, pick Y2. It may not give you a choice. -- This email has

Hello Andy,I have two Y axes plots depending on the same X axes. I want to create a plot of Y1 vs Y2. Is it possible in LTspice? Thanks.

That depends.? Be more specific. Andy

Thanks Tony and Andy.? I'll try out GFARAD, sounds like it's the 'right' approach here.? I should study the wiki documentation for undocumented bits more closely.? Tomorrow I might try it on my

Hello, nasickly I have Y1 vs X? and Y2 vs X ,Is there a wat to combine them so I'll get a Y1 vs Y2 plot? Thanks.

Dear Dennis, A very good day to you. Once again thank you so very much for answering all my questions. I am grateful to you, teacher. I apologise to you for replying with a delay. I will make use of

On 15/04/2025 15:53, Andy I via groups.io wrote: > On Tue, Apr 15, 2025 at 06:53 AM, Tony Casey wrote: > > ... Normally, unless otherwise specified, Rpar = ∞ in capacitors. > This shouldn't be

Having posted a schematic (.asc) would probably have helped clearing the issue.

I think that is not quite true, but it is one of those "surprises" that you may not have realized was there. The LTwiki ( here (

On 14/04/2025 23:03, Kendall Castor-Perry via groups.io wrote: > Hi all - anyone seen or been bitten by this?? I'm working on a middling-sized circuit, nothing fancy, all passives and library ADI

Thank you, but that crazy filter is not my design.

The "annotate steps" is in the "notes and annotations" menu you get after right clicking in the results menu after a successful step'd simulation. Cheers Ian

Hello John, The land of dB can be confusing at first.? When dB was invented, it was a way to keep track of power, as in watts.? Each +10dB was 10 times as much power. Recall that power, P = V^2 /

Hi all - anyone seen or been bitten by this?? I'm working on a middling-sized circuit, nothing fancy, all passives and library ADI opamps, inamps and diff drivers.? Implementing a little gain and

This is very OT, but dBm is very widely applied to 50 ohm circuits in the RF field. -- This email has been checked for viruses by AVG antivirus software. www.avg.com

No, it's not. dBm applies only to 600 ohm circuits. If you want independant on load, you must use dBu (or dBV).