The system is designed on the objectives for personal training of Air Traffic Safety and Electronics Personnel (EUROCONTROL, Specification for ATSEP CCC Initial Training).
Moving Target Indication (MTI) and pulse integration
Clutter processing (CFAR)
Doppler Filters (FFT)
MTD (Moving Target Detections)
Pulse Compression
Target Detection
Radar Transceiver for realistic training as used by Air Traffic Operators and Military.
Active radar for classroom and lab operation.
Low power, secure operation
Pulse radar with variable duty cycle
Test points for external measurements
Powerful radar image processor
Scope mode: all signals with a 4 channel virtual oscilloscope
Digital interactive monitor
Memory operation: classic radar with differential scan mode
Tracking mode with optical and acoustic lost/found indicator
Adjustable markers (VRM)
Adjustable anti‐clutter gain control (STC)
Adjustable decision threshold
Switchable echo signal filter
Proximity detector
All measurements are performed in real time. No sub‐sampling or substitution techniques.
Radar Cross Section (RCS) analysis allows the learner to understand varying detectability of objects based on material, absolute and relative size, reflection angle, distance and strength of the signal.
FSK (Frequency Shift Keying) operation mode for high resolution distance measurements of moving objects, when used in outside experiments.
Latest technologies: SMD multiprocessor technology, Microstrip based antennae.
Phased Array
The Remote-controlled Moving Target System consists of:
Real target detection. Remote controlled movable target for unlimited positioning and movement in the laboratory.
No limiting “target positioning table” or rail-based positioning system is required.
The mobile target consists of:
movable pallet 550mm X 550mm),
Tripod with Adapter
Radar – targets: Different targets representing various radar cross‐ sections (RCS) are supplied with the Radar Training System. A corner reflector is a retro‐reflector consisting of three mutually perpendicular, intersecting flat surfaces, which reflects electromagnetic waves back towards the source. The three intersecting surfaces often have square shapes. Modular aluminum corner reflector dimensions: Ø 30 cm. At X‐band the RCS of the 30 cm reflector is already almost 100 square meters.
Display
A‐scope display
Adjustable markers
The radar system display shall be also capable of generating a variable range marker
Experiments on background noise
Experimental simulation of artificial interference sources
Superior representation and analysis tools
Documentation and Training Handouts
Modern multimedia documentation
Training through experts optimized on the specific target groups.
