System for simulation of ballistic object signals in radar and IR bands
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Trajectories of ballistic objects
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Trajectories of ballistic objects
-
Trajectories of ballistic objects
-
Ballistic object heating
-
Range images of ballistic objects
-
Range images of ballistic objects
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Trajectories of ballistic objects
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Trajectories of ballistic objects
Назначение
The radar and IR-band ballistic object signals’ simulation system is designed for modeling the motion, electromagnetic scattering and infrared radiation characteristics of ballistic objects.
Composition: The radar and IR-band ballistic object signals’ simulation system represents a hardware-in-the-loop suite comprising the following modules:- application software package*;
- computing system;
- interfacing equipment;
- technical and operating documentation set.
- database of parameters of the world’s main real ballistic targets and decoys;
- program for modeling and analysis of flight dynamics of ballistic objects;
- program for modeling and analysis of radar signals reflected from ballistic objects;
- program for modeling and analysis of infrared characteristics of ballistic objects;
- technical and operating documentation set.
Тактико-технические характеристики
|
Parameter |
Value |
|
|---|---|---|
|
Number of ballistic missile types in the database |
45 |
|
|
Number of ballistic missiles modeled simultaneously |
1 | |
|
Number of ballistic missile warheads modeled simultaneously |
up to 3 |
|
|
Number of ballistic missile decoys modeled simultaneously |
up to 10 |
|
|
Number of radars modeled simultaneously |
up to 2 |
|
|
Range of carrier frequencies of the radar signals modeled,GHz |
1-12 |
|
|
Modeled radar probing signal spectrum width: |
||
|
Narrow-band probing signal, MHz |
maximum 15 |
|
|
Wideband probing signal |
up to minimum 10% of the carrier |
|
|
Laws of modulation of the modeled radar probing signals |
simple square pulse, LFM, coded PSK |
|
|
Number of moving IR sensors moving simultaneously |
1 |
|
|
Working frequency ranges of the IR sensor modeled: |
||
|
Medium wavelength (MW), mc |
3-5 | |
|
Long wavelength (LW), mc |
8-12 | |
|
MTBF, hrs |
minimum 2000 |
|
The system parameters can be customized.
Достоинства
- High authenticity of simulated information, taking into account the atmospheric and plasma formation parameters.
- A wide range of carrier frequencies of the simulated radar signals. Possibility of modeling narrow-band and ultra wideband probing signals with different modulation laws. Multi-band modeling of infrared radiation characteristics.
- Possibility of analyzing the characteristics of electromagnetic scattering, infrared radiation, as well as characteristics of motion of real targets and decoys along the entire flight trajectory.
- Applicability in design and development of missile defense.
Manufacturer’s technical support and SPTA supply outside the warranty period are provided throughout the service life under separate contracts.
Qualification
special professional training.
special professional training.
- application software package*;
- computing system;
- interfacing equipment;
- technical and operating documentation set.
- database of parameters of the world’s main real ballistic targets and decoys;
- program for modeling and analysis of flight dynamics of ballistic objects;
- program for modeling and analysis of radar signals reflected from ballistic objects;
- program for modeling and analysis of infrared characteristics of ballistic objects;
- technical and operating documentation set.
The radar and IR-band ballistic object signals’ simulation system is designed for modeling the motion, electromagnetic scattering and infrared radiation characteristics of ballistic objects.
Composition: The radar and IR-band ballistic object signals’ simulation system represents a hardware-in-the-loop suite comprising the following modules:- application software package*;
- computing system;
- interfacing equipment;
- technical and operating documentation set.
- database of parameters of the world’s main real ballistic targets and decoys;
- program for modeling and analysis of flight dynamics of ballistic objects;
- program for modeling and analysis of radar signals reflected from ballistic objects;
- program for modeling and analysis of infrared characteristics of ballistic objects;
- technical and operating documentation set.
|
Parameter |
Value |
|
|---|---|---|
|
Number of ballistic missile types in the database |
45 |
|
|
Number of ballistic missiles modeled simultaneously |
1 | |
|
Number of ballistic missile warheads modeled simultaneously |
up to 3 |
|
|
Number of ballistic missile decoys modeled simultaneously |
up to 10 |
|
|
Number of radars modeled simultaneously |
up to 2 |
|
|
Range of carrier frequencies of the radar signals modeled,GHz |
1-12 |
|
|
Modeled radar probing signal spectrum width: |
||
|
Narrow-band probing signal, MHz |
maximum 15 |
|
|
Wideband probing signal |
up to minimum 10% of the carrier |
|
|
Laws of modulation of the modeled radar probing signals |
simple square pulse, LFM, coded PSK |
|
|
Number of moving IR sensors moving simultaneously |
1 |
|
|
Working frequency ranges of the IR sensor modeled: |
||
|
Medium wavelength (MW), mc |
3-5 | |
|
Long wavelength (LW), mc |
8-12 | |
|
MTBF, hrs |
minimum 2000 |
|
The system parameters can be customized.
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- High authenticity of simulated information, taking into account the atmospheric and plasma formation parameters.
- A wide range of carrier frequencies of the simulated radar signals. Possibility of modeling narrow-band and ultra wideband probing signals with different modulation laws. Multi-band modeling of infrared radiation characteristics.
- Possibility of analyzing the characteristics of electromagnetic scattering, infrared radiation, as well as characteristics of motion of real targets and decoys along the entire flight trajectory.
- Applicability in design and development of missile defense.
special professional training.
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