RADIO ALTIMETER TEST SET
Introduction of Radio Altimeter Simulator
DS-HES series radio altimeter simulators are photoelectric delay systems specially developed for various radio altimeter simulators’ production, measurements, and maintenance. The systems depend on the technology of the fiber-optic delay line, using fiber-optic lines as the carrier, and the feature of light delay to simulate RF microwave signals’ space transmission distance. In addition, with this technology, the systems can simulate and measure different heights’ transmission.
NEON’s radio altimeter test set mainly contains three models: standard case, portable and core module.
Features of Radio Altimeter Simulator
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Application of Radio Altimeter Simulator
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Working Principle of Radio Altimeter Simulator
Radio Altimeter Simulator is mainly composed of an RF attenuation module, electrical/optical conversion module, optical fiber delay module, optical/electrical conversion module, RF amplification module, adjustable attenuation module, power supply conversion module, microcomputer control, and touch display module. It is used to complete the altitude excitation of the radio altimeter in the laboratory environment.
Advantages of Radio Altimeter Simulator
Compare with the traditional SAM(surface acoustic wave) delay line system, the DS-HES series radio altimeter simulator have more advantages such as a wide working frequency band, high straight suppression ratio, triple transit signals that are immeasurable, long-life operation without calibration, and high work reliability.
Package&Shipment
Package
Why Choose Us
- +10 Years of experience in the industry
- Over 50 experienced employees, including 10 postgraduates and more than 5 experts
- High precise equipment and advanced technology
- Fast response and high-performance parameters
- Reliable, dependable, and friendly support
- Service both military and commercial markets
Specification of the Radio Altimeter Test Set
Parameter | Parameter values | Unit | Remark | ||
Min | Typical | Max | |||
Frequency range | 4 | – | 4.6 | GHz | |
Amplitude response | – | ±1.5 | ±2 | dB | |
Simulate height | 1 | – | 22000 | m | Extensible |
Simulate height’s accuracy | 0.50% | 1% | – | – | |
Maximum input power | – | 2 | Customized | W | Continuous wave |
– | 100 | Customized | W | Pulse wave | |
Input VSWR | – | 1.3 | 1.5 | – | |
Output VSWR | – | 1.3 | 1.5 | – | |
Impedance | – | 50 | – | Ω | |
Simulate attenuation’s adjustable range | – | 80 | Customized | dB | |
straight suppression ratio | 60 | 80 | – | dBc | |
triple transit signals | No | ||||
Operating Temperature Range | -40 | – | 70 | ℃ | Customized with quality grade |
Storage Temperature Rang | -55 | – | 85 | ℃ | |
Simulate height vs. Temperature | – | – | 7 | ppm/℃ | |
Simulate accuracy vs. Temperature | – | 3 | 6 | %/℃ | Can be compensated |
Warmly welcome to contact us to know more about Radio Altimeter Simulator and visit our factory at any time. Please feel free to let us know if there are any questions in Business.