Some tiny updates for pss examples

examples/pss/19-nand-ro-IHP_ctrl.cir

@@ -47,7 +47,7 @@ set temp=0
 option klu
 run
 rusage
-set xbrushwidth=3
+set xbrushwidth=2
 *plot i(Vss) ylimit 0 500u xlimit 50n 60n
 plot out
 plot out xlimit 50n 60n
@@ -60,8 +60,11 @@ plot mag(out)  xlimit 300Meg 2300Meg
 meas sp fmax MAX_AT out from=1e8 to=1e9
 echo
 reset
-pss 500e6 10n out 256 10 5 5e-3 uic
+pss 500e6 8n out 1024 10 5 5e-3 uic
+setplot pss3
 plot out xlimit 300Meg 2300Meg
+setplot pss2
+plot out
 inventory
 .endc
 

examples/pss/hartley_osc_pss_ctrl.cir

@@ -1,31 +1,35 @@
 Hartley's Oscillator Circuit
 * Hartley is an harmonic oscillator (LC based) which use
 * an inductive partition of resonator to feed the single 
-* active device. Output is taken on node 2.
+* active device. Output is taken on node n2.
 * Prediceted frequency is about 121.176 Hz.
-*
-* PLOT V(3)
 
 * Models:
 .model qnl npn(level=1 bf=80 rb=100 ccs=2pf tf=0.3ns tr=6ns cje=3pf cjc=2pf va=50)
 
 vcc 	1 0 	5 pwl 0 0 1e-5 5
-r1	1 2	0.2k
-q1	2 3 0	qnl
+r1	1 n2	0.2k
+q1	n2 3 0	qnl
 c1	3 4	633n
 l1	3 0	1.5
 l2	0 4	500m
-r2	4 2	100
+r2	4 n2	100
 
 .control
-set xbrushwidth=3
+set xbrushwidth=2
 tran 10u 1
-plot v(2)
-linearize v(2)
-fft v(2)
-plot mag(V(2)) xlimit 0 500 ylimit 0 1.5
+rusage time
+plot v(n2) xlimit 0 100m
+linearize v(n2) np=65536
+fft v(n2)
+plot mag(V(n2)) xlimit 0 500 ylimit 0 1.5
 reset
-pss 50 200e-3 2 1024 11 10 5e-3
-plot v(2) xlimit 0 500 ylimit 0 1.5
+* gfreq tstab oscnob psspoints harms sciter steadycoeff
+pss 120 100e-3 n2 1024 11 10 5e-3
+rusage
+setplot pss1
+plot v(n2) xlimit 0 500 ylimit 0 1.5
+setplot pss2
+plot v(n2)
 .endc
 

examples/pss/vackar_osc_pss_ctrl.cir

@@ -26,7 +26,7 @@ plot mag(v(4)) xlimit 0 10Meg
 let maxfft=mag(v(4))
 meas sp fosc MAX_AT maxfft from=1Meg to=10Meg
 reset
-pss 1.8e6 10e-6 4 1024 10 50 5e-3 uic
+pss 1.8e6 20e-6 4 1024 10 50 5e-3 uic
 plot v(4) xlimit 0 10Meg
 .endc
 .end