/dports/comms/yagiuda/yagiuda-1.19/src/ |
H A D | better.c | 11 extern double vswr, Zo; 19 resistance_error=fabs(n.r - Zo) - fabs( o.r - Zo ); in is_it_better() 38 if( (fabs(n.r-Zo) < max.r) && in is_it_better() 39 ( fabs(n.r-Zo) > fabs(o.r-Zo) ) ) in is_it_better() 66 resistance_error=fabs(n.r-Zo)-fabs(o.r-Zo); in is_it_better()
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H A D | perform.c | 15 extern double Zo; 68 perform.r=(1-pow(fabs(Zo-data.r)/Zo,0.25)); in performance() 69 if(data.r<0.7*Zo || data.r > 1.4*Zo) in performance() 75 x_err=fabs(data.x)/Zo; in performance()
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H A D | show_all_optimise_parameters.c | 15 extern double Zo, boom_factor; 22 printf("Zo=%f Ohms \n", Zo); in show_all_optimise_parameters() 26 printf("Acceptable resistance %.3f < R < %.3f Ohms\n", Zo-max.r, Zo+max.r); in show_all_optimise_parameters()
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H A D | usage_optimise.c | 9 extern double Zo; 20 fprintf(stderr," %f < Rin < %f \n", Zo-max.r, Zo+max.r); in usage_optimise()
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/dports/cad/atlc/atlc-4.6.1/tests/ |
H A D | 1b-create_bmp_for_symmetrical_stripline.txt.test | 7 …Zo=`mpirun -np 2 $top_builddir/src/atlc $top_builddir/tmp/test_sym_strip.bmp | awk '{print $6}'` 2… 9 Zo=`$top_builddir/src/atlc $top_builddir/tmp/test_sym_strip.bmp | awk '{print $6}'` 12 # Check the impedance Zo which should be 122.43 Ohms 13 if [ "x$Zo" = "x122.792" ] ; then 17 echo "FAILED:" $0 Zo=$Zo >> tests.log
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H A D | 2b-create_bmp_for_rect_in_rect.txt.test | 16 Zo=`cat $top_builddir/tmp/test_rect_in_rect.txt | awk '{print $6}'` 18 if [ -z "$CAP" ] || [ -z "$Zo" ] ; then 24 if [ $CAP = 121.0 ] && [ $Zo = 44.61 ] ; then 29 echo "FAILED:" $0 $CAP $Zo >> tests.log
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H A D | 5c-check_numeric_data_from_atlc-2conductor.test | 13 Zo=`mpirun -np 2 $top_builddir/src/atlc -s -S $top_builddir/tmp/coax2.bmp | awk '{print $6}'` 15 Zo=`$top_builddir/src/atlc -s -S $top_builddir/tmp/coax2.bmp | awk '{print $6}'` 18 if [ $Zo != 70.199 ] ; then
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H A D | 3b-create_bmp_for_rect_cen_in_rect.txt.test | 17 Zo=`cat $top_builddir/tmp/test.txt | awk '{print $6}'` 19 if [ -z "$Lo" ] || [ -z "$Zo" ] ; then 23 if [ $Lo = 341.9 ] && [ $Zo = 102.506 ] ; then
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/dports/cad/atlc/atlc-4.6.1/src/ |
H A D | design_coupler.c | 83 double Zo=-1, length=-1, fmin, fmax, fmean, fstep=-1, cf, Zodd, Zeven; in main() local 124 Zo=atof(my_optarg); in main() 191 if (Zo < 0.0) in main() 192 Zo=50.0; in main() 246 Zodd = sqrt(1-vcf)*Zo/sqrt(1+vcf); in main() 247 Zeven=Zo*Zo/Zodd; in main() 249 …r a %.3f dB %.3f Ohm coupler with a length of %.4f m,\n",wanted_coupling_factor_in_dB, Zo, length); in main() 254 …wn <-- ************************** ---> %3.3f Ohm termination\n\n",wanted_coupling_factor_in_dB,Zo); in main() 255 printf("Drive this port --> ************************** ---> %3.3f Ohm termination\n",Zo); in main()
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H A D | create_bmp_for_stripline_coupler.c | 50 double Zodd, Zeven, Zo; in main() local 125 calculate_Zodd_and_Zeven(&Zodd, &Zeven, &Zo, ww, HH, ss, er); in main() 127 …printf(" Zodd= %f Zeven= %f Zo= %f (Ohms) ww=%f HH=%f ss=%f er=%f\n\n", Zodd, Zeven, Zo,ww,… in main() 128 calculate_Zodd_and_Zeven(&Zodd, &Zeven, &Zo, (double) w, (double) H-10, (double) s, er); in main() 130 printf(" Zodd= %f Zeven= %f Zo= %f (Ohms)\n", Zodd, Zeven, Zo); in main()
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H A D | calculate_impedance_for_create_bmp_for_symmetrical_stripline.c | 55 double Zo; in calculate_symmetrical_stripline_impedance() local 66 Zo=sqrt(l/c); in calculate_symmetrical_stripline_impedance() 67 return(Zo); in calculate_symmetrical_stripline_impedance()
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H A D | create_bmp_for_circ_in_circ.c | 69 double Zo, x; in main() local 112 Zo=59.9585*log(x+sqrt(x*x-1))/sqrt(Er1); in main() 113 Zo=log(x+sqrt(x*x-1))/(1000*sqrt(EPSILON_0)*sqrt(Er1)*sqrt(10*M_PI)); in main() 119 printf("Zo is theoretically %f Ohms\n",Zo); in main()
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/dports/audio/codec2/codec2-1.0.3/octave/ |
H A D | rf_vhf_amp.m | 82 % lets set zo (normalised Zo) based on Pout and get gammaL from that 86 Zo = Pout/(Irms*Irms); variable 87 zo = Zo/50; 97 [zo Zo] = gtoz(abs(gammaL), angle(gammaL)*180/pi,50); 145 Lo = -imag(Zo)/w; 147 printf("Output: Zo = %3.1f + %3.1fj ohms\n", real(Zo), imag(Zo)); 148 …ch transistor output wants to see:\n Rl = %3.1f Xl = %3.1fj ohms\n", real(Zo), -imag(Zo)); 192 Rs = real(Zo); Rl = 50; 201 printf("Output: Zo = %3.1f + %3.1fj ohms\n", real(Zo), imag(Zo));
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/dports/devel/binutils/binutils-2.37/gas/testsuite/gas/mmix/ |
H A D | sync-op.l | 9 6 0010 FC000001 SYNC Zo 12 9 Zo IS 1 20 \*ABS\*:0000000000000001 Zo
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H A D | sync-op.s | 6 SYNC Zo 9 Zo IS 1 label
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/dports/lang/gnatdroid-binutils-x86/binutils-2.27/gas/testsuite/gas/mmix/ |
H A D | sync-op.l | 9 6 0010 FC000001 SYNC Zo 12 9 Zo IS 1 20 \*ABS\*:0000000000000001 Zo
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/dports/devel/arm-elf-binutils/binutils-2.37/gas/testsuite/gas/mmix/ |
H A D | sync-op.l | 9 6 0010 FC000001 SYNC Zo 12 9 Zo IS 1 20 \*ABS\*:0000000000000001 Zo
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/dports/devel/gnulibiberty/binutils-2.37/gas/testsuite/gas/mmix/ |
H A D | sync-op.l | 9 6 0010 FC000001 SYNC Zo 12 9 Zo IS 1 20 \*ABS\*:0000000000000001 Zo
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/dports/lang/gnatdroid-binutils/binutils-2.27/gas/testsuite/gas/mmix/ |
H A D | sync-op.l | 9 6 0010 FC000001 SYNC Zo 12 9 Zo IS 1 20 \*ABS\*:0000000000000001 Zo
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/dports/devel/tigcc/tigcc-0.96.b8_10/gnu/binutils-2.16.1/gas/testsuite/gas/mmix/ |
H A D | sync-op.l | 9 6 0010 FC000001 SYNC Zo 12 9 Zo IS 1 20 \*ABS\*:0000000000000001 Zo
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H A D | sync-op.s | 6 SYNC Zo 9 Zo IS 1 label
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/dports/devel/zpu-gcc/zpu-toolchain-1.0/toolchain/binutils/gas/testsuite/gas/mmix/ |
H A D | sync-op.l | 9 6 0010 FC000001 SYNC Zo 12 9 Zo IS 1 20 \*ABS\*:0000000000000001 Zo
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/dports/devel/zpu-binutils/zpu-toolchain-1.0/toolchain/binutils/gas/testsuite/gas/mmix/ |
H A D | sync-op.l | 9 6 0010 FC000001 SYNC Zo 12 9 Zo IS 1 20 \*ABS\*:0000000000000001 Zo
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/dports/devel/djgpp-binutils/binutils-2.17/gas/testsuite/gas/mmix/ |
H A D | sync-op.l | 9 6 0010 FC000001 SYNC Zo 12 9 Zo IS 1 20 \*ABS\*:0000000000000001 Zo
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/dports/editors/calligra/calligra-3.2.1/po/sk/ |
H A D | calligra_shape_spreadsheet.po | 42 msgstr "Zošit" 52 msgstr "Importovať súbor Zošit OpenDocument" 62 msgstr "Exportovať súbor Zošit OpenDocument" 72 msgstr "Zošity"
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