| Model: | GNS8340 |
|---|---|
| Brand: | SENNAV |
| Origin: | Made In China |
| Category: | Electronics & Electricity / Other Electrical & Electronic |
| Label: | - |
| Price: |
US $1
/ pc
|
| Min. Order: | 1 pc |
| Last Online:20 Sep, 2019 |
GNS8340 Multi-constellation Navigation signal Simulator
Technical specification
GNS8340 multi-constellation simulator is a multi-constellation multi-frequency analog source for global satellite navigation system, which is designed and developed for various user computers, production testing, teaching demonstration, equipment testing and routine testing applications.
The GNS8340 multi-constellation simulator provides satellite navigation signal simulation for global satellite navigation systems. 12 satellite signals per frequency, supports signal simulation output of BD / GPS / GLONASS / GALILEO constellations combined with arbitrary frequency points, provides high stability standard 1PPS pulse signal and 10MHz clock signal output. It can meet the application needs of various types of integrated navigation user terminal equipment design and development, production testing, teaching demonstration, equipment testing and routine testing.
It can complete satellite orbit simulation, satellite clock error simulation, delay differential TGD simulation, ionospheric delay simulation, tropospheric delay simulation, earth rotation effect simulation, relativistic effect simulation, ground atmospheric parameter simulation, user trajectory simulation, etc.
It has static and dynamic trajectory generation and testing capabilities; independent setting of pseudo-range, power and carrier initial phase for each channel; generating navigation message capability for constellation model; multi-path signal simulation capability; programmable signal scene generation capability; atmospheric layer and ionospheric model parameter setting capabilities; as well as observation data and navigation message recording and output functions.
The carrier frequency, code rate, information rate, pseudo range initial value, and carrier phase of each channel can be set independently.
The simulator is stable, mainly for power calibration, users need to have universal testing instruments, such as spectrometers and oscilloscopes. We will train the user how to calibrate. If the user needs, within guarantee period, simulator can be returned to the factory for full system calibration.
| Model | GNS8340 |
| Optional Constellation and Carrier |
GPS: L1C/A,L2 GLONASS: G1,G2 |
| Signal scale |
Channels of each signal: GPS/GLOASNS: 12 The number of multipath in each signal: 4 |
| Signal dynamic parameters |
Maximum speed: ±10,000m/s The maximum acceleration: ±1,000 m/s2 The maximum jerk: ±3,000 m/s3 |
| The precision of the signal |
Pseudo range accuracy: ±0.05m Change rate of pseudo range accuracy: ±0.005m/s Channel consistency: 0.5ns |
| The signal quality |
Spurious in band: -45dBc Harmonic power: -40dBc |
| Signal level |
Standard value: -150dBm~-60dBm Resolution: 0.2dB Accuracy: 0.5dB |
| The external interface |
The RF output (N type): 1 1PPS pulse signal (BNC type): input 1, output 1 10MHz clock signal (BNC type): input 1,output 1 |
| External reference input |
1PPS pulse :1 10MHz clock signal:1 |
| Standard reference output |
1PPS pulse signal:1 10MHz clock signal:1 |
| Power supply |
AC, 50 Hz±10%, 220 V-250V, DC ripple ≤3% Automatic protection when power supply is abnormal |
| Working environment |
Working temperature: -10 ℃ -55 ℃ Humidity: 10%-75% (22 ℃), ≥ 90% (45 ℃) |
| Storage and transportation |
Impact: ≤ 9g/s Vibration: ≤ 0.1g (10Hz-100Hz) Humidity: ≤ 98% Storage temperature: -45 ℃ -75 ℃ |
| Size | Standard 4U case |
| APP software | Professional software |
