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LK-DS-HES-P Radio Portable Altimeter Simulator
- Lata simulata altitudinis amplitudo (ab 0 ad 22000 supra);
- High Directivity Suppression Ratio;
- Alta simulatio altimetri accuratio (≥1‰)
- Configuratio simulata optionalis (plus quam 210 configurationes sustinet)
- Commutator manualis et commutator automaticus;
- Miniaturizatio voluminis, fortis compatibilitas electromagnetica, alta fides operis;
- Modus moderandi multiplex: UART, LAN, etc.
- Interfacies variarum suggestuum probationum normatum, ut PXI, VXI, LXI.
depictio producti
The LK-DS-HES series radio altimeter simulators are sophisticated optoelectronic delay systems meticulously engineered for the specific needs of radio altimeter simulator production, measurement, and maintenance. These systems are predicated on the advanced fiber-optic delay line technology, harnessing the properties of optical fiber as the transmission medium and leveraging the inherent light delay to emulate the spatial propagation characteristics of RF microwave signals. This technological approach enables the simulation and precise measurement of transmissions at varying altitudes, providing a versatile tool for a range of applications.
Distinct from conventional Surface Acoustic Wave (SAW) delay line systems, the DS-HES series is characterized by a number of superior attributes: Extended Frequency Bandwidth；Enhanced Directivity Suppression； Management of Triple Transit Signals；Sustained Operation Without Calibration；Elevated Operational Reliability.
These distinguishing features establish the LK-DS-HES series as a cutting-edge solution for advanced radio altimeter simulator applications, offering improved performance and dependability compared to traditional SAW delay line systems.
Technical Specifications
Proprietates electricae/opticae
| Parameter | Valores parametri | Unit | Attende | ||
| min | typical | Max | |||
| frequency range | 4 | - | 4.6 | Pentium | |
| Responsio amplitudinis | - | ± 1.5 | ± 2 | dB | |
| Altitudinem simula | 1 | - | 22000 | m | Extensible |
| Simula accuratam altitudinis | 0.5% | 1% | - | - | |
| Maximum input potentia | - | 2 | nativus | W | Continua undam |
| - | 100 | nativus | W | Unda pulsatilis | |
| initus VSWR | - | 1.3 | 1.5 | - | |
| VSWR output | - | 1.3 | 1.5 | - | |
| IMMINENTIA | - | 50 | - | Ω | |
| Simula spatium attenuationis adaptabile | - | 80 | nativus | dB | |
| proportio suppressionis recta | 60 | 80 | - | dbc | |
| signa transitus triplicia | nullum | ||||
| Operans temperatus range | -40 | - | + 70 | ℃ | Gradu qualitatis aptatus |
| Temperaturae repositionis intervallum | -55 | - | + 85 | ℃ | |
| Altitudinem contra Temperaturam simula. | - | - | 7 | ppm/ | |
| Simula accuratiam contra temperaturam | - | 3 | 6 | % / ℃ | Compensari potest |
Sarcinae et paxilli (Unitas: mm [unciae])
gb magnitudine
panel
Coniunctor RF: SMA-K (Adaptatus)
Conector DC: DE-9PS (Adaptatus)
Applications
Locus: Altimetrum radiophonicum pro radar, AEW, satellite, helicoptero et cetera.
Altimetri accuratiam metire
Securititatem investigationis et vestigationis metire
Mensura aliorum parametrorum
