1 files changed, 29 insertions, 29 deletions
diff --git a/339/CH10/EX10.2/ex10_2.sce b/339/CH10/EX10.2/ex10_2.sce
index 97543916e..26a683c16 100755
--- a/339/CH10/EX10.2/ex10_2.sce
+++ b/339/CH10/EX10.2/ex10_2.sce
@@ -1,30 +1,30 @@
-stacksize("max");
-//define crystal parameters
-Lq=0.1;
-Rq=25;
-Cq=0.3*10^-12;
-C0=1*10^-12;
-
-//find series resonance frequency
-ws0=1/sqrt(Lq*Cq);
-disp(ws0);
-ws=ws0*(1+Rq^2/2*C0/Lq);
-fs=ws/2/%pi 
-
-//find parallel resonance frequency
-wp0=sqrt((Cq+C0)/(Lq*Cq*C0));
-wp=wp0*(1-Rq^2/2*C0/Lq);
-fp=wp/2/%pi
-
-//define frequency range for this plot
-f=(0.9:0.00001:1.1)*1e6;
-w=2*%pi*f;
-
-//find abmittance of the resonator
-Y=%i.*w*C0+1./(Rq+%i*(w*Lq-1./(w*Cq)));
-
-plot(f/1e6,abs(imag(Y)));
-mtlb_axis([0.9 1.1 1e-10 1e-1]);
-title('Admittance of the quartz crystal resonator');
-xlabel('Frequency {\itf}, MHz');
+stacksize("max");
+//define crystal parameters
+Lq=0.1;
+Rq=25;
+Cq=0.3*10^-12;
+C0=1*10^-12;
+
+//find series resonance frequency
+ws0=1/sqrt(Lq*Cq);
+disp(ws0);
+ws=ws0*(1+Rq^2/2*C0/Lq);
+fs=ws/2/%pi 
+
+//find parallel resonance frequency
+wp0=sqrt((Cq+C0)/(Lq*Cq*C0));
+wp=wp0*(1-Rq^2/2*C0/Lq);
+fp=wp/2/%pi
+
+//define frequency range for this plot
+f=(0.9:0.00001:1.1)*1e6;
+w=2*%pi*f;
+
+//find abmittance of the resonator
+Y=%i.*w*C0+1.0./(Rq+%i*(w*Lq-1.0./(w*Cq)));
+
+plot(f/1e6,abs(imag(Y)));
+mtlb_axis([0.9 1.1 1e-10 1e-1]);
+title('Admittance of the quartz crystal resonator');
+xlabel('Frequency {\itf}, MHz');
 ylabel('Susceptance |B|, \Omega');
 \ No newline at end of file