LABSAT Labsat 3 GNSS 시뮬레이터 (P/N: RLLS03-1RP, Single constellation, Record & Replay)

Simultaneous RF Constellations: 1

Constellations: GPS, Galileo, SBAS & QZSS / GLONASS / Beidou

RF Constellation Centre Frequency (MHz): 1575.4/1602.00/1561.098

Record

Number of Satellites: All in view

Sampling frequency: 16.368 MHz

Bandwidth: 9.66 MHz per constellation

Quantisation modes per channel:

Single constellation mode: 1 bit I&Q; 2 bit I&Q

Multiple constellation mode: N/A

Data Format: I & Q

Input noise figure: 2.7 dB

Minimum Input gain: 44 dB

Input AGC dynamic range: 59 dB

Active Antenna Voltage Supply: 2.8 – 3.3 volt

Replay

Output DAC SNR: 40 dB

Output I & Q crosstalk: 95 dB

Output LO phase noise: -93 dBc/Hz @ 10kHz

Output LO feedthrough: > 40dB below signal level

Output quadrature phase error: 1 degree RMS

Output mixer sidebands: > 30dB below signal level

Output Signal Level: -73dBm/MHz to -103dBm/MHz in 1dB steps

System

GNSS system SNR loss*:

- 0.35 dB 2-bit mode

- 0.8 dB 1-bit mode

Reference oscillator accuracy: 

- TCXO +/- 2.5 ppm

- OCXO +/- 0.3 ppm

Reference oscillator aging: 

- TCXO +/-1 ppm / year

- OCXO +/- 0.3 ppm / year

Reference oscillator stability:

- TCXO +/- 0.05 ppm / °C

- OCXO +/- 0.05 ppm / °C

Reference oscillator phase noise: 

- TCXO -130 dBc/Hz @1kHz

- OCXO -145 dBc/Hz @1kHz

External reference input: 10MHz 50Ω 0.5V to 3V p-p

User Control: 6 Button Membrane Keypad

Display: Backlit LCD Dotmatrix

Additional Logging: 1 channel CAN, RS232 or Digital (firmware upgrade)

Removable Battery Pack: Li_Polymer 2260mAh

Media Storage Included: 32 GB SD Card & 1TB USB HDD

SD Card Media: Class 10 max size 512GB (FAT32)

Operating Voltage: 8V to 30VDC

Size: 167mm x 128mm x 43mm

Weight:  960g with battery (910g without battery)

Operating Temperature:  -20°C to +60°C. Note: Battery will not charge below 0°C or above +45°C (charger shuts down outside this range). Unit will shut down outside operating temperature range.

Storage Temperature:  –20°C to +60°C . Note: Battery will discharge whilst in storage and discharge rate will increase at higher storage temperatures.