七麦数据

The Radar Analysis Toolbox is a collection of valuable equations handy for the RF engineer in the field. The user can input values for each variable, press solve the equation, and plot these equations all from the palm of their hand. No more gathering data and then running back to the office to solve quick calculations. The Radar Analysis Toolbox quickly plots and solves single or swept values, providing performance estimates to keep your technical discussions moving and validating those complicated signal to noise ratios.

With over 60 interactive equations to select from, we hope you find the application as useful as we do! And we look forward to your comments and suggestions.

Categories and equations included are:

Radar Equations
Single Value Analysis
Received Power - Monostatic
Received Power - Bistatic
Signal-to-Noise Ratio [SNR]
Maximum Detection Range
Swept Value Analysis
Received Power - Monostatic
Received Power - Bistatic
Signal-to-Noise Ratio [SNR]
Maximum Detection Range
Distributed Coherent Radar Single Value
Received Power - Monostatic
Received Power - Bistatic
Signal-to-Noise Ratio [SNR]
Maximum Detection Range
Communication Equations
Single Value Analysis
Energy Per Symbol - to - Noise Power Spectral Density Ratio [Eb/No]
Carrier - to - Noise Ratio [C/N]
Carrier - to - Noise Density Ration [C/No]
Energy Per bit - to - Noise power Spectral Density Ratio [Eb/No]
EW Equations
Single Value Analysis
[J/S]: Stand-in Jammer Monostatic Radar
[J/S]: Stand-in Jammer Bistatic Radar
[J/S]: Stand-off/in Jammer Main Lobe Injection
[J/S]: Stand-off/in Jammer Side Lobe Injection
Complementary Equations
Time-Bandwidth Product
Range Resolution - Pulse Width
Range Resolution - Bandwidth
Duty Cycle
Power Density
Electric Field Intensity
Maximum Unambiguous Doppler Velocity
Doppler Frequency
Maximum Unambiguous Range
Maximum Unambiguous Range & Doppler Velocity - Frequency Dependence
Effective Isotropic Radiated Power ]EIRP]
dB Conversions
Friis Equation
Noise Power and Density
Shannon - Hartley Limit
RCS Equations
Sphere
Rectangular Flat Plate
Dihedral
Trihedral - Triangular Plate
Trihedral - Square Plate
Trihedral - Curved Plate
Cylinder
Circular Flat Plate
Finite Cone
Semi-Infinite Cone
Ogive
Paraboloid
Helpful Antenna Equations
Far Field Distance
Reactive Near Field Distance
Parabolic Reflector Gain
Parabolic Antenna Beamwidth Estimate
Antenna Downtilt Ground Coverage
Half Wavelength Dipole Calculator
Monopole Length Calculator
Helpful Geometry Equations
Hypotenuse
Chord Length
SOH
CAH
TOA
Atmospheric Attenuation
Attenuation due to water and oxygen
Attenuation due to combined water and oxygen
Calculate Atmospheric Losses

The Radar Analysis Toolbox is a collection of valuable equations handy for the RF engineer in the field. The user can input values for each variable, press solve the equation, and plot these equations all from the palm of their hand. No more gathering data and then running back to the office to solve quick calculations. The Radar Analysis Toolbox quickly plots and solves single or swept values, providing performance estimates to keep your technical discussions moving and validating those complicated signal to noise ratios.

With over 60 interactive equations to select from, we hope you find the application as useful as we do! And we look forward to your comments and suggestions.

Categories and equations included are:

Radar Equations
Single Value Analysis
Received Power - Monostatic
Received Power - Bistatic
Signal-to-Noise Ratio [SNR]
Maximum Detection Range
Swept Value Analysis
Received Power - Monostatic
Received Power - Bistatic
Signal-to-Noise Ratio [SNR]
Maximum Detection Range
Distributed Coherent Radar Single Value
Received Power - Monostatic
Received Power - Bistatic
Signal-to-Noise Ratio [SNR]
Maximum Detection Range
Communication Equations
Single Value Analysis
Energy Per Symbol - to - Noise Power Spectral Density Ratio [Eb/No]
Carrier - to - Noise Ratio [C/N]
Carrier - to - Noise Density Ration [C/No]
Energy Per bit - to - Noise power Spectral Density Ratio [Eb/No]
EW Equations
Single Value Analysis
[J/S]: Stand-in Jammer Monostatic Radar
[J/S]: Stand-in Jammer Bistatic Radar
[J/S]: Stand-off/in Jammer Main Lobe Injection
[J/S]: Stand-off/in Jammer Side Lobe Injection
Complementary Equations
Time-Bandwidth Product
Range Resolution - Pulse Width
Range Resolution - Bandwidth
Duty Cycle
Power Density
Electric Field Intensity
Maximum Unambiguous Doppler Velocity
Doppler Frequency
Maximum Unambiguous Range
Maximum Unambiguous Range & Doppler Velocity - Frequency Dependence
Effective Isotropic Radiated Power ]EIRP]
dB Conversions
Friis Equation
Noise Power and Density
Shannon - Hartley Limit
RCS Equations
Sphere
Rectangular Flat Plate
Dihedral
Trihedral - Triangular Plate
Trihedral - Square Plate
Trihedral - Curved Plate
Cylinder
Circular Flat Plate
Finite Cone
Semi-Infinite Cone
Ogive
Paraboloid
Helpful Antenna Equations
Far Field Distance
Reactive Near Field Distance
Parabolic Reflector Gain
Parabolic Antenna Beamwidth Estimate
Antenna Downtilt Ground Coverage
Half Wavelength Dipole Calculator
Monopole Length Calculator
Helpful Geometry Equations
Hypotenuse
Chord Length
SOH
CAH
TOA
Atmospheric Attenuation
Attenuation due to water and oxygen
Attenuation due to combined water and oxygen
Calculate Atmospheric Losses

The Radar Analysis Toolbox is a collection of valuable equations handy for the RF engineer in the field. The user can input values for each variable, press solve the equation, and plot these equations all from the palm of their hand. No more gathering data and then running back to the office to solve quick calculations. The Radar Analysis Toolbox quickly plots and solves single or swept values, providing performance estimates to keep your technical discussions moving and validating those complicated signal to noise ratios.

With over 60 interactive equations to select from, we hope you find the application as useful as we do! And we look forward to your comments and suggestions.

Categories and equations included are:

Radar Equations
Single Value Analysis
Received Power - Monostatic
Received Power - Bistatic
Signal-to-Noise Ratio [SNR]
Maximum Detection Range
Swept Value Analysis
Received Power - Monostatic
Received Power - Bistatic
Signal-to-Noise Ratio [SNR]
Maximum Detection Range
Distributed Coherent Radar: Single Value Analysis
Received Power - Monostatic
Received Power - Bistatic
Signal-to-Noise Ratio [SNR]
Maximum Detection Range
Communication Equations
Single Value Analysis
Energy Per Symbol - to - Noise Power Spectral Density Ratio [Eb/No]
Carrier - to - Noise Ratio [C/N]
Carrier - to - Noise Density Ration [C/No]
Energy Per bit - to - Noise power Spectral Density Ratio [Eb/No]
EW Equations
Single Value Analysis
[J/S]: Stand-in Jammer Monostatic Radar
[J/S]: Stand-in Jammer Bistatic Radar
[J/S]: Stand-off/in Jammer Main Lobe Injection
[J/S]: Stand-off/in Jammer Side Lobe Injection
Complementary Equations
Time-Bandwidth Product
Range Resolution - Pulse Width
Range Resolution - Bandwidth
Duty Cycle
Power Density
Electric Field Intensity
Maximum Unambiguous Doppler Velocity
Doppler Frequency
Maximum Unambiguous Range
Maximum Unambiguous Range & Doppler Velocity - Frequency Dependence
Effective Isotropic Radiated Power ]EIRP]
dB Conversions
Friis Equation
Noise Power and Density
Shannon - Hartley Limit
RCS Equations
Sphere
Rectangular Flat Plate
Dihedral
Trihedral - Triangular Plate
Trihedral - Square Plate
Trihedral - Curved Plate
Cylinder
Circular Flat Plate
Finite Cone
Semi-Infinite Cone
Ogive
Paraboloid
Helpful Antenna Equations
Far Field Distance
Reactive Near Field Distance
Parabolic Reflector Gain
Parabolic Antenna Beamwidth Estimate
Antenna Downtilt Ground Coverage
Helpful Geometry Equations
Hypotenuse
Chord Length
SOH
CAH
TOA
Atmospheric Attenuation
Attenuation due to water and oxygen
Attenuation due to combined water and oxygen
Calculate Atmospheric Losses

The Radar Analysis Toolbox is a collection of valuable equations handy for the RF engineer in the field. The user can input values for each variable, press solve the equation, and plot these equations all from the palm of their hand. No more gathering data and then running back to the office to solve quick calculations. The Radar Analysis Toolbox quickly plots and solves single or swept values, providing performance estimates to keep your technical discussions moving and validating those complicated signal to noise ratios.

With over 50 interactive equations to select from, we hope you find the application as useful as we do! And we look forward to your comments and suggestions.

Categories and equations included are:

Radar Equations
Single Value Analysis
Received Power - Monostatic
Received Power - Bistatic
Signal-to-Noise Ratio [SNR]
Maximum Detection Range
Swept Value Analysis
Received Power - Monostatic
Received Power - Bistatic
Signal-to-Noise Ratio [SNR]
Maximum Detection Range
Communication Equations
Single Value Analysis
Energy Per Symbol - to - Noise Power Spectral Density Ratio [Eb/No]
Carrier - to - Noise Ratio [C/N]
Carrier - to - Noise Density Ration [C/No]
Energy Per bit - to - Noise power Spectral Density Ratio [Eb/No]
Complementary Equations
Time-Bandwidth Product
Range Resolution - Pulse Width
Range Resolution - Bandwidth
Duty Cycle
Power Density
Electric Field Intensity
Maximum Unambiguous Doppler Velocity
Doppler Frequency
Maximum Unambiguous Range
Maximum Unambiguous Range & Doppler Velocity - Frequency Dependence
Effective Isotropic Radiated Power ]EIRP]
dB Conversions
Friis Equation
Noise Power and Density
Shannon - Hartley Limit
RCS Equations
Sphere
Rectangular Flat Plate
Dihedral
Trihedral - Triangular Plate
Trihedral - Square Plate
Trihedral - Curved Plate
Cylinder
Circular Flat Plate
Finite Cone
Semi-Infinite Cone
Ogive
Paraboloid
Helpful Antenna Equations
Far Field Distance
Reactive Near Field Distance
Parabolic Reflector Gain
Parabolic Antenna Beamwidth Estimate
Antenna Downtilt Ground Coverage
Helpful Geometry Equations
Hypotenuse
Chord Length
SOH
CAH
TOA
Atmospheric Attenuation
Attenuation due to water and oxygen
Attenuation due to combined water and oxygen
Calculate Atmospheric Losses

The Radar Analysis Toolbox is a collection of useful equations for the engineer in the field. The user can solve, and chart these equations in the palm of their hand. No more needing to run back to the office to run some quick calculations. The app provides an easier method for quickly plotting out, or solving single values of, performance estimates to keep the technical discussions moving or validating that received signal to noise ratio.

Equation categories include:
- Radar Equations
- Complementary RF Equations
- RCS Equations
- Helpful Antenna Equations
- Helpful Geometry Equations
- Atmospheric Attenuation

With over 40 equations to select from, we hope you find the application as useful as we do and look forward to comments and suggestions.

The Radar Analysis Toolbox is a collection of useful equations for the engineer in the field. The user can solve, and chart these equations in the palm of their hand. No more needing to run back to the office to run some quick calculations. The app provides an easier method for quickly plotting out, or solving single values of, performance estimates to keep the technical discussions moving or validating that received signal to noise ratio.

Equation Categories include:
- Radar Equations
- Complementary Equations
- RCS Equations
- Helpful Antenna Equations
- Helpful Geometry Equations
- Atmospheric Attenuation

With over 40 equations to select from, we hope you find the application as useful as we do and look forward to comments and suggestions.