Connecting converter to the inverter

[BradtheRad]

Similar to my post #35:

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Code Java - [expand]
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$ 1 1.1E-6 6.724437240923179 31 400.0 45
R 192 208 192 144 0 4 1500.0 5.0 5.0 0.0 0.1
x 362 341 412 347 0 24 load
r 320 304 448 304 0 45.0
c 320 240 448 240 0 4.9999999999999996E-6 304.0733778259365
l 320 304 208 304 0 0.0050 -6.652410756455828
a 176 208 176 304 0 330.0 0.1 1000000.0
R 160 208 160 176 0 1 50.0 10.0 0.0 0.0 0.5
w 176 304 208 304 0
a 512 208 512 304 0 330.0 0.1 1000000.0
R 496 208 496 176 0 4 1500.0 5.0 -5.0 0.0 0.1
R 528 208 528 144 0 1 50.0 10.0 0.0 0.0 0.5
x 167 338 184 344 0 24 A
x 509 339 523 345 0 24 B
w 320 240 320 304 0
w 448 240 448 304 0
w 448 304 512 304 0
o 7 128 0 34 640.0 12.8 0 -1 output A
o 15 128 0 34 640.0 12.8 0 -1 output B
o 4 128 0 33 279.96809277222553 22.397447421778043 1 -1 coil
o 3 128 0 289 299.3155353253689 11.972621413014757 1 -1 capacitor
o 2 128 0 34 458.22246269559935 4.582224626955995 2 -1 load
o 2 128 0 33 350.74662110434036 14.029864844173618 2 -1 load

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[sam781]

Thanks...
Its working fine as your screenshot. I did configure the same thing which did not work. Is there any good tutorial of this app?

 

[BradtheRad]

The tutorial at the Falstad website covers only basics. Perhaps I've used this simulator enough that I'm almost ready to write a tutorial.

* Some details come with experience using the simulator.

* When clock waveforms get out of sync, it helps to click the Reset button.

* Check your timestep. Example, if your schematic has a clock signal of 1 MHz, then try a timestep of .01 uSec.

* Notice one of my op amps has to cheat to produce SPWM. The output is in the positive range (which implies the supply is positive). But the input goes into the negative. This is against guidelines for using a real op amp.