Circuit: * C:\Program Files\LTC\SwCADIII\new_asc\dstr3.asc

.step ampl=0.00021
Direct Newton iteration for .op point succeeded.
Fourier components of I(r4)
DC component:-5.8312e-012

Harmonic	Frequency	 Fourier 	Normalized	 Phase  	Normalized
 Number 	  [Hz]   	Component	 Component	[degree]	Phase [deg]
    1   	1.000e+03	2.100e-04	1.000e+00	 -179.83°	    0.00°
    2   	2.000e+03	5.166e-11	2.460e-07	  153.54°	  333.37°
    3   	3.000e+03	4.172e-11	1.987e-07	   75.20°	  255.03°
    4   	4.000e+03	2.635e-11	1.255e-07	  -49.46°	  130.37°
    5   	5.000e+03	2.374e-11	1.131e-07	  103.12°	  282.95°
    6   	6.000e+03	2.570e-11	1.224e-07	  114.89°	  294.72°
    7   	7.000e+03	3.401e-11	1.620e-07	   -3.59°	  176.24°
Total Harmonic Distortion: 0.000041%

Fourier components of V(p)
DC component:295.001

Harmonic	Frequency	 Fourier 	Normalized	 Phase  	Normalized
 Number 	  [Hz]   	Component	 Component	[degree]	Phase [deg]
    1   	1.000e+03	1.703e+02	1.000e+00	  179.69°	    0.00°
    2   	2.000e+03	5.039e-01	2.959e-03	   82.24°	  -97.45°
    3   	3.000e+03	1.337e-01	7.854e-04	  175.81°	   -3.88°
    4   	4.000e+03	2.674e-02	1.570e-04	 -111.07°	 -290.76°
    5   	5.000e+03	3.061e-02	1.798e-04	   -5.90°	 -185.59°
    6   	6.000e+03	1.972e-03	1.158e-05	   31.55°	 -148.15°
    7   	7.000e+03	5.125e-03	3.010e-05	  171.15°	   -8.55°
Total Harmonic Distortion: 0.307117%


.step ampl=0.00023
Fourier components of I(r4)
DC component:-6.35051e-012

Harmonic	Frequency	 Fourier 	Normalized	 Phase  	Normalized
 Number 	  [Hz]   	Component	 Component	[degree]	Phase [deg]
    1   	1.000e+03	2.300e-04	1.000e+00	 -179.83°	    0.00°
    2   	2.000e+03	1.316e-11	5.723e-08	  -82.89°	   96.94°
    3   	3.000e+03	1.512e-11	6.573e-08	  106.17°	  286.00°
    4   	4.000e+03	3.739e-11	1.626e-07	   -2.82°	  177.01°
    5   	5.000e+03	5.561e-12	2.418e-08	  -69.27°	  110.55°
    6   	6.000e+03	6.466e-12	2.812e-08	   19.09°	  198.92°
    7   	7.000e+03	1.812e-11	7.880e-08	 -149.64°	   30.19°
Total Harmonic Distortion: 0.000020%

Fourier components of V(p)
DC component:295.001

Harmonic	Frequency	 Fourier 	Normalized	 Phase  	Normalized
 Number 	  [Hz]   	Component	 Component	[degree]	Phase [deg]
    1   	1.000e+03	1.863e+02	1.000e+00	  179.69°	    0.00°
    2   	2.000e+03	6.482e-01	3.479e-03	   82.11°	  -97.58°
    3   	3.000e+03	2.471e-01	1.326e-03	  175.87°	   -3.83°
    4   	4.000e+03	4.794e-02	2.573e-04	 -111.56°	 -291.26°
    5   	5.000e+03	6.953e-02	3.732e-04	   -6.34°	 -186.03°
    6   	6.000e+03	7.063e-03	3.791e-05	   48.90°	 -130.80°
    7   	7.000e+03	1.598e-02	8.574e-05	  170.05°	   -9.64°
Total Harmonic Distortion: 0.375171%

.step ampl=0.00025
Fourier components of I(r4)
DC component:2.53515e-010

Harmonic	Frequency	 Fourier 	Normalized	 Phase  	Normalized
 Number 	  [Hz]   	Component	 Component	[degree]	Phase [deg]
    1   	1.000e+03	2.500e-04	1.000e+00	 -179.83°	    0.00°
    2   	2.000e+03	5.011e-10	2.004e-06	  -96.29°	   83.54°
    3   	3.000e+03	4.721e-10	1.888e-06	   -8.65°	  171.18°
    4   	4.000e+03	4.504e-10	1.802e-06	   79.12°	  258.95°
    5   	5.000e+03	4.171e-10	1.668e-06	  169.32°	  349.15°
    6   	6.000e+03	3.653e-10	1.461e-06	 -105.31°	   74.52°
    7   	7.000e+03	3.466e-10	1.387e-06	  -19.79°	  160.03°
Total Harmonic Distortion: 0.000420%

Fourier components of V(p)
DC component:295

Harmonic	Frequency	 Fourier 	Normalized	 Phase  	Normalized
 Number 	  [Hz]   	Component	 Component	[degree]	Phase [deg]
    1   	1.000e+03	2.020e+02	1.000e+00	  179.70°	    0.00°
    2   	2.000e+03	1.027e+00	5.084e-03	   82.50°	  -97.20°
    3   	3.000e+03	6.511e-01	3.223e-03	  175.01°	   -4.68°
    4   	4.000e+03	2.583e-01	1.279e-03	 -103.95°	 -283.65°
    5   	5.000e+03	3.214e-01	1.591e-03	   -9.48°	 -189.18°
    6   	6.000e+03	1.705e-01	8.440e-04	   72.71°	 -106.99°
    7   	7.000e+03	1.870e-01	9.260e-04	  164.40°	  -15.30°
Total Harmonic Distortion: 0.647876%

Total elapsed time: 552.224 seconds.

tnom = 27
temp = 27
method = modified trap
totiter = 1917260
traniter = 1917254
tranpoints = 619666
accept = 592241
rejected = 27425
trancuriters = 0
matrix size = 20
fillins = 2