******************************************************************** Input parameters Values ******************************************************************** Frequency(GHz) = 2.119 -------------------------------------------------------------------- Reflector information -------------------------------------------------------------------- Focus(meters) = 4 Diameter(meters) = 6.1 Offset height(meters) = 1 -------------------------------------------------------------------- Feeder information -------------------------------------------------------------------- Feed location of x axis(meters) = 0 Feed location of y axis(meters) = 0 Feed location of z axis(meters) = 4 Feed tilt angle(degrees) = 0 Number of integration points per wavelength(typically 4)= 4 q parameter for feed pattern[f(theta)=cos(theta)^q] = 2.3 -------------------------------------------------------------------- Observation information -------------------------------------------------------------------- Radial distance to observation (typically 1000 meters for far field) = 3.78e6 Minimum theta angle(degrees) = 0 Maximum theta angle(degrees) = 30 Phi angle(degrees) = 0 Number of observation angle (typically=theta(max)-theta(min)+1 for 1 degree increments) = 310 -------------------------------------------------------------------- Polarization information -------------------------------------------------------------------- X POL = 1 Y POL = 1 Phase difference PSI between X POL and Y POL(degrees) = 90 ******************************************************************** ************************** Program is done ************************** The Maximum Directivity Is: 10547.9044 (dimensionless); 40.2317 (dB) ===================================================================== NOTE: The Directivity Pattern(in dB) Is Stored In An Output File Called ....... Reflector_Pattern.dat ==================================================================== ******************************************************************** Input parameters Values ******************************************************************** Frequency(GHz) = 2.119 -------------------------------------------------------------------- Reflector information -------------------------------------------------------------------- Focus(meters) = 4 Diameter(meters) = 6.1 Offset height(meters) = 0 -------------------------------------------------------------------- Feeder information -------------------------------------------------------------------- Feed location of x axis(meters) = 0 Feed location of y axis(meters) = 0 Feed location of z axis(meters) = 2.4 Feed tilt angle(degrees) = 0 Number of integration points per wavelength(typically 4)= 4 q parameter for feed pattern[f(theta)=cos(theta)^q] = 2.3 -------------------------------------------------------------------- Observation information -------------------------------------------------------------------- Radial distance to observation (typically 1000 meters for far field) = 3.78e6 Minimum theta angle(degrees) = 0 Maximum theta angle(degrees) = 30 Phi angle(degrees) = 0 Number of observation angle (typically=theta(max)-theta(min)+1 for 1 degree increments) = 310 -------------------------------------------------------------------- Polarization information -------------------------------------------------------------------- X POL = 1 Y POL = 1 Phase difference PSI between X POL and Y POL(degrees) = 90 ******************************************************************** ************************** Program is done ************************** The Maximum Directivity Is: 75.0551 (dimensionless); 18.7538 (dB) ===================================================================== NOTE: The Directivity Pattern(in dB) Is Stored In An Output File Called ....... Reflector_Pattern.dat ===================================================================== ******************************************************************** Input parameters Values ******************************************************************** Frequency(GHz) = 2.119 -------------------------------------------------------------------- Reflector information -------------------------------------------------------------------- Focus(meters) = 4 Diameter(meters) = 6.1 Offset height(meters) = 2.4 -------------------------------------------------------------------- Feeder information -------------------------------------------------------------------- Feed location of x axis(meters) = 0 Feed location of y axis(meters) = 0 Feed location of z axis(meters) = 2.4 Feed tilt angle(degrees) = 0 Number of integration points per wavelength(typically 4)= 4 q parameter for feed pattern[f(theta)=cos(theta)^q] = 2.3 -------------------------------------------------------------------- Observation information -------------------------------------------------------------------- Radial distance to observation (typically 1000 meters for far field) = 3.78e6 Minimum theta angle(degrees) = 0 Maximum theta angle(degrees) = 30 Phi angle(degrees) = 0 Number of observation angle (typically=theta(max)-theta(min)+1 for 1 degree increments) = 310 -------------------------------------------------------------------- Polarization information -------------------------------------------------------------------- X POL = 1 Y POL = 1 Phase difference PSI between X POL and Y POL(degrees) = 90 ******************************************************************** ************************** Program is done ************************** The Maximum Directivity Is: 78.9734 (dimensionless); 18.9748 (dB) ===================================================================== NOTE: The Directivity Pattern(in dB) Is Stored In An Output File Called ....... Reflector_Pattern.dat ===================================================================== ******************************************************************** Input parameters Values ******************************************************************** Frequency(GHz) = 2.119 -------------------------------------------------------------------- Reflector information -------------------------------------------------------------------- Focus(meters) = 4 Diameter(meters) = 6.1 Offset height(meters) = 0 -------------------------------------------------------------------- Feeder information -------------------------------------------------------------------- Feed location of x axis(meters) = 0 Feed location of y axis(meters) = 1 Feed location of z axis(meters) = 1 Feed tilt angle(degrees) = 0 Number of integration points per wavelength(typically 4)= 4 q parameter for feed pattern[f(theta)=cos(theta)^q] = 2.3 -------------------------------------------------------------------- Observation information -------------------------------------------------------------------- Radial distance to observation (typically 1000 meters for far field) = 3.78e6 Minimum theta angle(degrees) = 0 Maximum theta angle(degrees) = 30 Phi angle(degrees) = 0 Number of observation angle (typically=theta(max)-theta(min)+1 for 1 degree increments) = 310 -------------------------------------------------------------------- Polarization information -------------------------------------------------------------------- X POL = 1 Y POL = 1 Phase difference PSI between X POL and Y POL(degrees) = 90 ******************************************************************** ************************** Program is done ************************** The Maximum Directivity Is: 12.1384 (dimensionless); 10.8416 (dB) ===================================================================== NOTE: The Directivity Pattern(in dB) Is Stored In An Output File Called ....... Reflector_Pattern.dat ===================================================================== ******************************************************************** Input parameters Values ******************************************************************** Frequency(GHz) = 2.119 -------------------------------------------------------------------- Reflector information -------------------------------------------------------------------- Focus(meters) = 6.1 Diameter(meters) = 6.1 Offset height(meters) = 2.4 -------------------------------------------------------------------- Feeder information -------------------------------------------------------------------- Feed location of x axis(meters) = 0 Feed location of y axis(meters) = 2 Feed location of z axis(meters) = 2.4 Feed tilt angle(degrees) = 0 Number of integration points per wavelength(typically 4)= 4 q parameter for feed pattern[f(theta)=cos(theta)^q] = 2.3 -------------------------------------------------------------------- Observation information -------------------------------------------------------------------- Radial distance to observation (typically 1000 meters for far field) = 3.78e6 Minimum theta angle(degrees) = 0 Maximum theta angle(degrees) = 30 Phi angle(degrees) = 0 Number of observation angle (typically=theta(max)-theta(min)+1 for 1 degree increments) = 310 -------------------------------------------------------------------- Polarization information -------------------------------------------------------------------- X POL = 1 Y POL = 1 Phase difference PSI between X POL and Y POL(degrees) = 90 ******************************************************************** ************************** Program is done ************************** The Maximum Directivity Is: 11.8051 (dimensionless); 10.7207 (dB) ===================================================================== NOTE: The Directivity Pattern(in dB) Is Stored In An Output File Called ....... Reflector_Pattern.dat ===================================================================== ******************************************************************** Input parameters Values ******************************************************************** Frequency(GHz) = 2.119 -------------------------------------------------------------------- Reflector information -------------------------------------------------------------------- Focus(meters) = 4 Diameter(meters) = 6.1 Offset height(meters) = 0 -------------------------------------------------------------------- Feeder information -------------------------------------------------------------------- Feed location of x axis(meters) = 0 Feed location of y axis(meters) = 1.5 Feed location of z axis(meters) = 2 Feed tilt angle(degrees) = 0 Number of integration points per wavelength(typically 4)= 4 q parameter for feed pattern[f(theta)=cos(theta)^q] = 2.3 -------------------------------------------------------------------- Observation information -------------------------------------------------------------------- Radial distance to observation (typically 1000 meters for far field) = 3.78e6 Minimum theta angle(degrees) = 0 Maximum theta angle(degrees) = 30 Phi angle(degrees) = 0 Number of observation angle (typically=theta(max)-theta(min)+1 for 1 degree increments) = 310 -------------------------------------------------------------------- Polarization information -------------------------------------------------------------------- X POL = 1 Y POL = 1 Phase difference PSI between X POL and Y POL(degrees) = 90 ******************************************************************** ************************** Program is done ************************** The Maximum Directivity Is: 8.5286 (dimensionless); 9.3088 (dB) ===================================================================== NOTE: The Directivity Pattern(in dB) Is Stored In An Output File Called ....... Reflector_Pattern.dat ===================================================================== ******************************************************************** Input parameters Values ******************************************************************** Frequency(GHz) = 2.119 -------------------------------------------------------------------- Reflector information -------------------------------------------------------------------- Focus(meters) = 4 Diameter(meters) = 6.1 Offset height(meters) = 2.4 -------------------------------------------------------------------- Feeder information -------------------------------------------------------------------- Feed location of x axis(meters) = 0 Feed location of y axis(meters) = 2 Feed location of z axis(meters) = 2.4 Feed tilt angle(degrees) = 0 Number of integration points per wavelength(typically 4)= 4 q parameter for feed pattern[f(theta)=cos(theta)^q] = 2.3 -------------------------------------------------------------------- Observation information -------------------------------------------------------------------- Radial distance to observation (typically 1000 meters for far field) = 3.78e6 Minimum theta angle(degrees) = 0 Maximum theta angle(degrees) = 30 Phi angle(degrees) = 0 Number of observation angle (typically=theta(max)-theta(min)+1 for 1 degree increments) = 310 -------------------------------------------------------------------- Polarization information -------------------------------------------------------------------- X POL = 1 Y POL = 1 Phase difference PSI between X POL and Y POL(degrees) = 90 ******************************************************************** ************************** Program is done ************************** The Maximum Directivity Is: 3.3774 (dimensionless); 5.2858 (dB) ===================================================================== NOTE: The Directivity Pattern(in dB) Is Stored In An Output File Called ....... Reflector_Pattern.dat ===================================================================== ******************************************************************** Input parameters Values ******************************************************************** Frequency(GHz) = 2.119 -------------------------------------------------------------------- Reflector information -------------------------------------------------------------------- Focus(meters) = 6.1 Diameter(meters) = 6.1 Offset height(meters) = 0 -------------------------------------------------------------------- Feeder information -------------------------------------------------------------------- Feed location of x axis(meters) = 0 Feed location of y axis(meters) = 2 Feed location of z axis(meters) = 2.4 Feed tilt angle(degrees) = 0 Number of integration points per wavelength(typically 4)= 4 q parameter for feed pattern[f(theta)=cos(theta)^q] = 2.3 -------------------------------------------------------------------- Observation information -------------------------------------------------------------------- Radial distance to observation (typically 1000 meters for far field) = 3.78e6 Minimum theta angle(degrees) = 0 Maximum theta angle(degrees) = 30 Phi angle(degrees) = 0 Number of observation angle (typically=theta(max)-theta(min)+1 for 1 degree increments) = 310 -------------------------------------------------------------------- Polarization information -------------------------------------------------------------------- X POL = 1 Y POL = 1 Phase difference PSI between X POL and Y POL(degrees) = 90 ******************************************************************** ************************** Program is done ************************** The Maximum Directivity Is: 2.7996 (dimensionless); 4.4709 (dB) ===================================================================== NOTE: The Directivity Pattern(in dB) Is Stored In An Output File Called ....... Reflector_Pattern.dat ===================================================================== ******************************************************************** Input parameters Values ******************************************************************** Frequency(GHz) = 2.119 -------------------------------------------------------------------- Reflector information -------------------------------------------------------------------- Focus(meters) = 4 Diameter(meters) = 6.1 Offset height(meters) = 2.4 -------------------------------------------------------------------- Feeder information -------------------------------------------------------------------- Feed location of x axis(meters) = 0 Feed location of y axis(meters) = -2 Feed location of z axis(meters) = 2.4 Feed tilt angle(degrees) = 0 Number of integration points per wavelength(typically 4)= 4 q parameter for feed pattern[f(theta)=cos(theta)^q] = 2.3 -------------------------------------------------------------------- Observation information -------------------------------------------------------------------- Radial distance to observation (typically 1000 meters for far field) = 3.78e6 Minimum theta angle(degrees) = 0 Maximum theta angle(degrees) = 30 Phi angle(degrees) = 0 Number of observation angle (typically=theta(max)-theta(min)+1 for 1 degree increments) = 310 -------------------------------------------------------------------- Polarization information -------------------------------------------------------------------- X POL = 1 Y POL = 1 Phase difference PSI between X POL and Y POL(degrees) = 90 ******************************************************************** ************************** Program is done ************************** The Maximum Directivity Is: 0.018246 (dimensionless); -17.3884 (dB) ===================================================================== NOTE: The Directivity Pattern(in dB) Is Stored In An Output File Called ....... Reflector_Pattern.dat =====================================================================