Hi guys - I'm sure this is a basic question, but I can't seem to get past it. I have the following: Function(i):= ( data1(i) data2(i) data3(i) ) Function(0)= ( 5 2 3) Freq:= 8..10 I want to be able to plot Function(0) vs. Freq on an XY Plot (similar to ...
How to disable printing "Not to Plot" layers DWG and DXF drawings may have the "Plot" property turned off. These are "non-printable" layers that are not meant to be printed. Print Conductor can recognize this parameter and prevent such layers from being printed, too. To ensure this featur...
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C3 @ 1= 1 = 3.04 nF ® 2700 pF 2p ´ R3 ´ ¦Z 2p ´ 17.4 kΩ ´ 3 kHz (13) Figure 4 shows the Mathcad™ plot of T(s) = GPW(s) × HEA(s) SLVA319C – April 2009 – Revised June 2012 How to Design a Boost Converter With the TPS61170 Submit Documentation ...
Figure 11 shows the Mathcad calculated Bode plot of LM3481 flyback converter, and Figure 12 shows the simplis simulation schematic and results. It could be observed that the right half plane zero of flyback converter is at 33.2 kHz. The calculated results match the simulation results very well...
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Now to me those don't match the graph of #9 this is what I really am struggling with... Jan 28, 2014 #48 gneill Mentor 20,989 2,934 The values look okay to me, and they lie on the plot of the fundamental. 10 ms covers just over one period of the fundamental wave. He...
Moreover, being an ideal Op Amp, its gain is high, so the inverting input is at a virtual ground. Figure 2 If you are not familiar with the concept of virtual ground, here is an explanation. Due to the high gain of the ideal Op Amp, on the order of 100,000 (or 100 dB), when...
First is a plot showing only distortion; there is no noise added to the signal. For this model, target THD was 100 dB at full scale input (Vin) around 1V. You can see how THD rises smoothly until the amplifier begins to clip just before 1 V. No special low-l...