Styles by Object | Radar Report Styles | Radar Graph Styles

Report Style: System Properties

Reports the settings in the Radar Basic->System property page.

Data Provider:System Properties

Type: Fixed data.

Availability: Reports

Column Listing

ColumnColumn NameElementTypeDimensionDescription
1MonostaticMonostaticTextUnitlessReports out that the radar has been set to use mono-static operation. In Monostatic operation, a common antenna is used for both transmitting and receiving. (Continuous Wave radars are modeled to use identical, co-located antennas.).
2TransmitterTransmitterTextUnitlessReports out the radar that serves as the transmitter in a bi-static radar system. Only mono-static radars may serve as the bi-static transmitter.
3Antenna TypeAntenna TypeTextUnitlessReports out which antenna type has been selected(i.e. Pencil Beam, Gaussian, Parabolic, Aperture, Dipole, etc.).
4WavelengthWavelengthReal NumberSmallDistanceThis field defaults to 10 cm wavelength. If the user has entered another wavelength this will be reported out. This option is available only for Monostatic operation, since, for Bistatic operation, frequency / wavelength is determined by the other radar serving as the bi-static transmitter.
5FrequencyFrequencyReal NumberFrequencyReports out the range of frequencies of those to which the receiver responds. Defaults to a frequency of 2.998 GHz. If the user has entered a desired frequency this value will be reported out. This option is available only for Monostatic operation, since, for Bistatic operation, frequency / wavelength is determined by the other radar serving as the bi-static transmitter.
6Peak PowerPeak PowerReal NumberPowerThe peak output power of the transmitter. It is available only for Monostatic operation, since, for Bistatic operation, peak power is determined by the other radar serving as the bi-static transmitter.
7Other Gain/LossOther Gain/LossReal NumberRatioReports out the additional gains and losses the user has chosen to apply to the radar. These are the gains and losses that affect performance but are not defined using built-in analytical models. STK allows you to model these by specifying miscellaneous gains and losses that can be added to the equation.
8System TemperatureSystem TemperatureTextUnitlessThe system's inherent noise characteristics which either the user has defined or has allowed STK to calculate.
9Constant System TemperatureConstant System TemperatureReal NumberTemperatureReports out the user selected constant system temperature value.
10Receiver Noise FigureReceiver Noise FigureReal NumberRatioThe noise figure represents the contribution to the total system noise by the gain stages of the receiver. It can be thought of as a factor that describes the noise level in a receiver relative to that in a theoretically perfect receiver. The noise figure is always greater than 0 dB.
11Transmission Line LossTransmission Line LossReal NumberRatioThe transmission line loss is the loss of the transmission line between the antenna and receiver.
12Transmission Line TemperatureTransmission Line TemperatureReal NumberTemperatureThe transmission line temperature is the physical temperature of the receiver transmission line.
13Antenna NoiseAntenna NoiseTextUnitlessNoise that the antenna receivers from radiating bodies within its radiation pattern. Given as a temperature, antenna noise is a function of the direction in which the antenna is pointing, its radiation pattern and the state of the surrounding environment.
14Antenna Noise - Constant TemperatureAntenna Noise - Constant TemperatureReal NumberTemperatureThe antenna noise as a constant temperature, specified by the user.
15Antenna Noise - External FileAntenna Noise - External FileTextUnitlessReports out the filename of the external antenna noise temperature file. The antenna noise temperature can be given in a user-specified file that describes antenna noise temperature (in Kelvin) as a function of the ground elevation angle (in degrees).
16Antenna Noise - Use EarthAntenna Noise - Use EarthTextUnitlessUse the Earth as part of the calculation of the system temperature for antenna noise.
17Antenna Noise - Use SunAntenna Noise - Use SunTextUnitlessUse the Sun when calculating the system temperature for antenna noise.
18Antenna Noise - Use AtmosphereAntenna Noise - Use AtmosphereTextUnitlessUse the atmosphere when calculating the system temperature for antenna noise. Available only for a Facility, Place, or Target.
19Antenna Noise - Use RainAntenna Noise - Use RainTextUnitlessUse rain when calculating the system temperature for antenna noise. Available only for a Facility, Place, or Target.
20Antenna Noise - Use CosmicAntenna Noise - Use CosmicTextUnitlessUse the cosmic background noise when calculating the system temperature for antenna noise. Available only for Vehicles.
21Antenna Noise - OtherAntenna Noise - OtherReal NumberTemperatureAllows the user to enter noise from other sources for the calculation of the system temperature for antenna noise.