SM6FHZ 5 step septum solution from 1296 up to ... - Ok1dfc.com

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ANSOFTANSOFTANSOFTANSOFTANSOFTANSOFTANSOFTANSOFTFF Pattern quick comparisonChoke position relative WG-mouth0L-0.05L-0.1LSM6FHZ12.50Name X Ym1 0.0000 10.3940m2 -68.0000 -2.2842m3 68.0000 -1.9784m4 -82.0000 -7.6717m5 82.0000 -7.5298FF Pattern Phi=0 degm1VE4MA_super_SM6FHZ_flushSM6FHZ10.00-0.00Name X Ym1 0.0000 6.1216m2 -68.0000 -0.6794m3 68.0000 -0.8165m4 -82.0000 -6.1889m5 82.0000 -6.2581m2FF Pattern Phi=0 degm1m3VE4MA_super_SM6FHZ_05SM6FHZ10.00-0.00Name X Ym1 0.0000 2.0227m2 -68.0000 -0.2910m3 68.0000 -0.1526m4 -82.0000 -5.4300m5 82.0000 -5.3609m2FF Pattern Phi=0 degm1m3VE4MA_super_SM6FHZ_100.00m2m3m4m5m4m5-10.00-10.00m4m5Y1-12.50Y1-20.00Y1-20.00-30.00-30.00-25.00-37.50SM6FHZ10.00-0.00Curve InfodB(DirRHCP)Setup1 : LastAdaptive$Prob1D='3mm' $Prob1L='-53.55352329mm' $Prob2D='3mm' $Prob2L='54mm' $ProbPos='-686mm' Freq='1.296GHz' Phi='0deg' Sept2_h='-11...dB(DirLHCP)Setup1 : LastAdaptiveFreq='1.296GHz' Phi='0deg' Sept2_h='-118.6mm' Sept3_h='-76.7mm' Sept4_h='-40.1mm' Sept5_h='-30.4mm' Sept6_h='-25.4mm' WG_length...-200.00 -150.00 -100.00 -50.00 0.00 50.00 100.00 150.00 200.00Theta [deg]-0.15LFF Pattern Phi=0 degVE4MA_super_SM6FHZ_3Name X Ym1 0.0000 1.7894m2 -68.0000 -0.0838m3 68.0000 0.0025m1m4 -82.0000 -4.6043m2m3m5 82.0000 -4.7944m4m5Curve Info-40.00dB(DirRHCP)Setup1 : LastAdaptive$Prob1D='3mm' $Prob1L='-53.55352329mm' $Prob2D='3mm' $Prob2L='54mm' $ProbPos='-686mm' Freq='1.296GHz' Phi='0deg' Sept2_h='-11...dB(DirLHCP)Setup1 : LastAdaptiveFreq='1.296GHz' Phi='0deg' Sept2_h='-118.6mm' Sept3_h='-76.7mm' Sept4_h='-40.1mm' Sept5_h='-30.4mm' Sept6_h='-25.4mm' WG_length...-50.00-200.00 -150.00 -100.00 -50.00 0.00 50.00 100.00 150.00 200.00Theta [deg]-0.18LSM6FHZFF Pattern Phi=0 degVE4MA_super_SM6FHZ_1810.00Name X Ym1 0.0000 3.4122m2 -68.0000 0.0698m3 68.0000 -0.2388m1m4 -82.0000 -4.3216m5 82.0000 -4.1282m2m30.00m4m5-40.00Curve InfodB(DirRHCP)Setup1 : LastAdaptive$Prob1D='3mm' $Prob1L='-53.55352329mm' $Prob2D='3mm' $Prob2L='54mm' $ProbPos='-686mm' Freq='1.296GHz' Phi='0deg' Sept2_h='-11...dB(DirLHCP)Setup1 : LastAdaptiveFreq='1.296GHz' Phi='0deg' Sept2_h='-118.6mm' Sept3_h='-76.7mm' Sept4_h='-40.1mm' Sept5_h='-30.4mm' Sept6_h='-25.4mm' WG_length...-50.00-200.00 -150.00 -100.00 -50.00 0.00 50.00 100.00 150.00 200.00Theta [deg]-0.2LSM6FHZFF Pattern Phi=0 degVE4MA_super_SM6FHZ_2010.00Name X Ym1m1 0.0000 4.6926m2 -68.0000 0.1335m2m3m3 68.0000 -0.30910.00m4 -82.0000 -4.1734m4m5 82.0000 -4.3113m5-10.00-10.00-10.00-20.00Y1-20.00Y1Y1-20.00-30.00-30.00-40.00-40.00Curve InfodB(DirRHCP)Setup1 : LastAdaptive$Prob1D='3mm' $Prob1L='-53.55352329mm' $Prob2D='3mm' $Prob2L='54mm' $ProbPos='-686mm' Freq='1.296GHz' Phi='0deg' Sept2_h='-11...dB(DirLHCP)Setup1 : LastAdaptiveFreq='1.296GHz' Phi='0deg' Sept2_h='-118.6mm' Sept3_h='-76.7mm' Sept4_h='-40.1mm' Sept5_h='-30.4mm' Sept6_h='-25.4mm' WG_length...-50.00-200.00 -150.00 -100.00 -50.00 0.00 50.00 100.00 150.00 200.00Theta [deg]-30.00Curve InfodB(DirRHCP)Setup1 : LastAdaptive$Prob1D='3mm' $Prob1L='-53.55352329mm' $Prob2D='3mm' $Prob2L='54mm' $ProbPos='-686mm' Freq='1.296GHz' Phi='0deg' Sept2_h='-11...dB(DirLHCP)Setup1 : LastAdaptiveFreq='1.296GHz' Phi='0deg' Sept2_h='-118.6mm' Sept3_h='-76.7mm' Sept4_h='-40.1mm' Sept5_h='-30.4mm' Sept6_h='-25.4mm' WG_length...-40.00-200.00 -150.00 -100.00 -50.00 0.00 50.00 100.00 150.00 200.00Theta [deg]-50.00Curve InfodB(DirRHCP)Setup1 : LastAdaptive$Prob1D='3mm' $Prob1L='-53.55352329mm' $Prob2D='3mm' $Prob2L='54mm' $ProbPos='-686mm' Freq='1.296GHz' Phi='0deg' Sept2_h='-11...dB(DirLHCP)Setup1 : LastAdaptiveFreq='1.296GHz' Phi='0deg' Sept2_h='-118.6mm' Sept3_h='-76.7mm' Sept4_h='-40.1mm' Sept5_h='-30.4mm' Sept6_h='-25.4mm' WG_length...-60.00-200.00 -150.00 -100.00 -50.00 0.00 50.00 100.00 150.00 200.00Theta [deg]-0.25L-0.3LSM6FHZ10.00FF Pattern Phi=0 degVE4MA_super_SM6FHZ_25SM6FHZ10.00FF Pattern Phi=0 degm1VE4MA_super_SM6FHZ_30m1Name X Y0.00m1 0.0000 7.1046m2 -68.0000 -0.3564m3 68.0000 -0.1684m4 -82.0000 -3.7806m5 82.0000 -3.9911m2m3-0.00Name X Ym1 0.0000 8.6614m2 -68.0000 -1.0586m3 68.0000 -0.2887m4 -82.0000 -3.4487m5 82.0000 -3.6794m4m2m3m5m4m5-10.00-10.00Y1Y1-20.00-20.00-30.00-30.00-40.00Curve InfodB(DirRHCP)Setup1 : LastAdaptive$Prob1D='3mm' $Prob1L='-53.55352329mm' $Prob2D='3mm' $Prob2L='54mm' $ProbPos='-686mm' Freq='1.296GHz' Phi='0deg' Sept2_h='-11...dB(DirLHCP)Setup1 : LastAdaptiveFreq='1.296GHz' Phi='0deg' Sept2_h='-118.6mm' Sept3_h='-76.7mm' Sept4_h='-40.1mm' Sept5_h='-30.4mm' Sept6_h='-25.4mm' WG_length...Theta [deg]SM6FHZ 2013-06-16Rev B-200.00 -150.00 -100.00 -50.00 0.00 50.00 100.00 150.00 200.00Curve Info-40.00dB(DirRHCP)Setup1 : LastAdaptive$Prob1D='3mm' $Prob1L='-53.55352329mm' $Prob2D='3mm' $Prob2L='54mm' $ProbPos='-686mm' Freq='1.296GHz' Phi='0deg' Sept2_h='-11...dB(DirLHCP)Setup1 : LastAdaptiveFreq='1.296GHz' Phi='0deg' Sept2_h='-118.6mm' Sept3_h='-76.7mm' Sept4_h='-40.1mm' Sept5_h='-30.4mm' Sept6_h='-25.4mm' WG_length...-50.00-200.00 -150.00 -100.00 -50.00 0.00 50.00 100.00 150.00 200.00Theta [deg]Swedish EME-meeting May 2013 14
ANSOFTANSOFTANSOFTANSOFTANSOFTANSOFTANSOFTANSOFTFF Phase error quick comparisonChoke position relative WG-mouth0L-0.05L-0.1LSM6FHZ-100.00FF Phase Phi=0 degVE4MA_super_SM6FHZ_flushSM6FHZ-50.00Name X Ym1 0.0000 -182.4185m2 -70.0000 -119.1039FF Phase Phi=0 degVE4MA_super_SM6FHZ_05Curve Infocang_deg(rERHCP)Setup1 : LastAdaptive$Prob1D='3mm' $Prob1L='-53.55352329mm' $Prob2D='3mm' $Prob2L='54mm' $ProbPos='-686mm' Freq='1.296GHz' Phi='0deg' Sept2_h='-11...SM6FHZ-50.00Name X Ym1 0.0000 -167.7911m2 -70.0000 -124.9014FF Phase Phi=0 degVE4MA_super_SM6FHZ_10Curve Infocang_deg(rERHCP)Setup1 : LastAdaptive$Prob1D='3mm' $Prob1L='-53.55352329mm' $Prob2D='3mm' $Prob2L='54mm' $ProbPos='-686mm' Freq='1.296GHz' Phi='0deg' Sept2_h='-11...-75.00-75.00-120.00-100.00-100.00cang_deg(rERHCP) [deg]-140.00-160.00cang_deg(rERHCP) [deg]-125.00m2cang_deg(rERHCP) [deg]-125.00m2-150.00-150.00m1-180.00Curve Infocang_deg(rERHCP)Setup1 : LastAdaptive$Prob1D='3mm' $Prob1L='-53.55352329mm' $Prob2D='3mm' $Prob2L='54mm' $ProbPos='-686mm' Freq='1.296GHz' Phi='0deg' Sept2_h='-11...-175.00Name Delta(X) Delta(Y) Slope(Y) InvSlope(Y)d( m1 ,m2 ) -70.0000 63.3146 -0.9045 -1.1056m1-175.00-200.00-100.00 -75.00 -50.00 -25.00 0.00 25.00 50.00 75.00 100.00Theta [deg]-200.00-100.00 -75.00 -50.00 -25.00 0.00 25.00 50.00 75.00 100.00Theta [deg]Name Delta(X) Delta(Y) Slope(Y) InvSlope(Y)-200.00d( m1 ,m2 ) -70.0000 42.8897 -0.6127 -1.6321-100.00 -75.00 -50.00 -25.00 0.00 25.00 50.00 75.00 100.00Theta [deg]-0.15L-0.18L-0.2LSM6FHZ-100.00FF Phase Phi=0 degCurve InfoVE4MA_super_SM6FHZ_3SM6FHZ-50.00FF Phase Phi=0 degCurve InfoVE4MA_super_SM6FHZ_18SM6FHZ-50.00FF Phase Phi=0 degCurve InfoVE4MA_super_SM6FHZ_20cang_deg(rERHCP)Setup1 : LastAdaptive$Prob1D='3mm' $Prob1L='-53.55352329mm' $Prob2D='3mm' $Prob2L='54mm' $ProbPos='-686mm' Freq='1.296GHz' Phi='0deg' Sept2_h='-11...Name X Ycang_deg(rERHCP)Setup1 : LastAdaptive$Prob1D='3mm' $Prob1L='-53.55352329mm' $Prob2D='3mm' $Prob2L='54mm' $ProbPos='-686mm' Freq='1.296GHz' Phi='0deg' Sept2_h='-11...cang_deg(rERHCP)Setup1 : LastAdaptive$Prob1D='3mm' $Prob1L='-53.55352329mm' $Prob2D='3mm' $Prob2L='54mm' $ProbPos='-686mm' Freq='1.296GHz' Phi='0deg' Sept2_h='-11...-75.00m1 0.0000 -119.9562m2 -34.0000 -141.9219-75.00Name X Ym1 0.0000 -116.4200m2 -70.0000 -132.7457-110.00-100.00-100.00cang_deg(rERHCP) [deg]-120.00-130.00cang_deg(rERHCP) [deg]-125.00m2m1cang_deg(rERHCP) [deg]-125.00m2m1-150.00-150.00-140.00-175.00-175.00Name Delta(X) Delta(Y) Slope(Y) InvSlope(Y)d( m1 ,m2 ) -34.0000 -21.9657 0.6460 1.5479-150.00-100.00 -75.00 -50.00 -25.00 0.00 25.00 50.00 75.00 100.00Theta [deg]-200.00-100.00 -75.00 -50.00 -25.00 0.00 25.00 50.00 75.00 100.00Theta [deg]Name Delta(X) Delta(Y) Slope(Y) InvSlope(Y)-200.00d( m1 ,m2 ) -70.0000 -16.3257 0.2332 4.2877-100.00 -75.00 -50.00 -25.00 0.00 25.00 50.00 75.00 100.00Theta [deg]SM6FHZ-50.00-0.25LFF Phase Phi=0 degCurve InfoVE4MA_super_SM6FHZ_25SM6FHZ-50.00-0.30LFF Phase Phi=0 degCurve InfoVE4MA_super_SM6FHZ_30Name X Ym1 0.0000 -116.4925m2 -70.0000 -132.8091cang_deg(rERHCP)Setup1 : LastAdaptive$Prob1D='3mm' $Prob1L='-53.55352329mm' $Prob2D='3mm' $Prob2L='54mm' $ProbPos='-686mm' Freq='1.296GHz' Phi='0deg' Sept2_h='-11...Name X Ym1 0.0000 -123.5121m2 -70.0000 -134.3548cang_deg(rERHCP)Setup1 : LastAdaptive$Prob1D='3mm' $Prob1L='-53.55352329mm' $Prob2D='3mm' $Prob2L='54mm' $ProbPos='-686mm' Freq='1.296GHz' Phi='0deg' Sept2_h='-11...-75.00-75.00-100.00-100.00cang_deg(rERHCP) [deg]-125.00m2m1cang_deg(rERHCP) [deg]-125.00m2m1-150.00-150.00-175.00-175.00SM6FHZ 2013-06-16Theta [deg]Rev BName Delta(X) Delta(Y) Slope(Y) InvSlope(Y)-200.00d( m1 ,m2 ) -70.0000 -16.3165 0.2331 4.2901-100.00 -75.00 -50.00 -25.00 0.00 25.00 50.00 75.00 100.00-200.00Name Delta(X) Delta(Y) Slope(Y) InvSlope(Y)d( m1 ,m2 ) -70.0000 -10.8427 0.1549 6.4560-100.00 -75.00 -50.00 -25.00 0.00 25.00 50.00 75.00 100.00Swedish EME-meeting Theta [deg] May 2013 15
Page 1 and 2: A Novel 5 Step SeptumFeed SuiteSwed
Page 3 and 4: Prerequisite• I was in need for a
Page 5 and 6: Design criteria• We strive for- O
Page 7 and 8: Wave Guide size and λg (10368 MHz)
Page 9 and 10: E-field variation over a full cycle
Page 11 and 12: Why a Kumar choke?• The Kumar cho
Page 13: Choke impact on radiating pattern
Page 17 and 18: Putting the Feed in a DishDish Refl
Page 19: InDish PerformanceA quick look at a
Page 23 and 24: SM6FHZ 23 cm 5 step septumfeed0.71
Page 25 and 26: WG and choke dimensionsPhase center
Page 27 and 28: Probe dimensions4.0 diam.51.340.7in
Page 29 and 30: 3D Total Power Far Field patternSM6
Page 31 and 32: Far Field Phase errorSM6FHZ180.0017
Page 33 and 34: Axial RatioSM6FHZ8.007.006.00AxialR
Page 35 and 36: Solid and transparent models from t
Page 37 and 38: Septum dimensions45.695.722.034.0Wa
Page 39 and 40: S11, S22, S21 combinedSM6FHZ-5.00-1
Page 41 and 42: 3D Total Power Far Field patternSM6
Page 43 and 44: Far Field Phase errorSM6FHZ50.0040.
Page 45 and 46: SM6FHZ8.007.006.00Axial RatioFF Axi
Page 47 and 48: ModelSM6FHZ 2013-06-16Rev BSwedish
Page 49 and 50: WG and choke dimensionsPhase center
Page 51 and 52: Probe dimensions2.0 diam.19.116.5in
Page 53 and 54: FF Directivity patternSM6FHZ10.000.
Page 55 and 56: Complex impedance Rx-portName Freq
Page 57 and 58: Cross Polarization RatioSM6FHZ0.00-
Page 59 and 60: Realization9, 6 and 3 cm feeds comp
Page 61 and 62: Measured performanceSM6FHZ 2013-06-
Page 63 and 64: InDish Performance, 1.8 and 2.2 m d
Page 65 and 66:
Solid and transparent models from t
Page 67 and 68:
Septum dimensions13.015.37.09.2Wave
Page 69 and 70:
FF 3D Total Power patternSM6FHZ 201
Page 71 and 72:
S11, S22 and S21 combinedSM6FHZ-5.0
Page 73 and 74:
MeasurementsSM6FHZ 2013-06-16Rev BS
Page 75 and 76:
Cross Polarization RatioSM6FHZ10.00
Page 77 and 78:
InDish PerformanceSM6FHZ 2013-06-16
Page 79 and 80:
SM6FHZ 3 cm 5 step septumfeed0.692
Page 81 and 82:
WG and choke dimensions2.03.5Circul
Page 83 and 84:
Probe dimensions1.3 diam.5.65.0inne
Page 85 and 86:
3D Total Power Far Field patternSM6
Page 87 and 88:
Far Field PhaseSM6FHZ100.00FF_phase
Page 89 and 90:
Axial RatioSM6FHZ10.009.008.007.00A
Page 91 and 92:
SM6FHZ0.00-5.00+0.2 mm WG-diam, +1
Page 93 and 94:
Septum dimensions7.08.52.43.4Wave g
Page 95 and 96:
20,2 mm WG-inner diam optimizedSM6F
Page 97 and 98:
Far Field Pattern 0 degSM6FHZ12.500
Page 99 and 100:
Axial RatioSM6FHZ10.00dB(AxialRatio
Page 101 and 102:
Solid and transparent models from t
Page 103 and 104:
Septum dimensions7.09.31.52.5Wave g
Page 105 and 106:
S11, S22, S21 combinedSM6FHZ-5.00-7
Page 107 and 108:
Far Field Pattern 0 deg10.00-0.00Di
Page 109 and 110:
Cross Polar RatioSM6FHZ10.00-0.00-1
Page 111 and 112:
On the air experience 6 cm• SM6FH
Page 113 and 114:
Lessons Learned• Scaling feed dim
Page 115 and 116:
Acknowledgements• Thanks to all w
show all

SM6FHZ 5 step septum solution from 1296 up to ... - Ok1dfc.com

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