Analyseurs de Spectre
ANALYSEURS DE SPECTRE
Découvrez les produits dédiés à vos applications.
PARTENAIRES PRINCIPAUX
Présentation
HAROGIC Technologies est l’un des leaders dans la production d’appareils de test de radiofréquences et d’équipements de réception et de transmission. C’est un partenaire et fournisseur fiable qui développe, fabrique et commercialise une large gamme d’équipements de tests et d’émission-réception pour l’industrie et les opérateurs d’infrastructures.
SA Series
SAN-400 40 GHz Compact Real-Time Spectrum Analyzer/Receiver
9kHz~40GHz real-time spectrum analyzer/receiver;
Superheterodyne digital receiver architecture;
Typical image suppression and IF rejection>75dBc;
100MHz analysis bandwidth with adjustable sampling rate;
40GHz DANL=-141dBm/Hz, Phase Noise=-86dBc/Hz@10kHz
SAE-200 20 GHz Compact Real-Time Spectrum Analyzer/Receiver
9kHz~20GHz real-time spectrum analyzer/receiver;
Superheterodyne digital receiver architecture;
9kHz~9GHz typical image suppression>90dB, typical IF rejection>90dB;
9~20 GHz typical image suppression>60dB, typical IF rejection>90dB;
100MHz analysis bandwidth with adjustable sampling rate
SAE-90 9.5 GHz Compact Real-Time Spectrum Analyzer/Receiver
9kHz~9.5GHz real-time spectrum analyzer/receiver;
9kHz~9.5GHz typical image suppression>90dB, typical IF rejection>90dB;
100MHz analysis bandwidth with adjustable sampling rate;
1.2THz/sec spectrum sweep speed
SAM-80 8.5 GHz Compact Real-Time Spectrum Analyzer/Receiver
9kHz~8.5GHz real-time spectrum analyzer/receiver;
Integrated 100kHz-6.3GHz analog signal generator (option);
100MHz analysis bandwidth, 300GHz/sec spectrum sweep speed;
FPGA based digital signal processing
SAM-60 M3 6.3 GHz Compact Real-Time Spectrum Analyzer/Receiver
9kHz~6.3GHz real-time spectrum analyzer/receiver;
Integrated 100kHz-6.3GHz analog signal generator (option);
100MHz analysis bandwidth;
300GHz/sec spectrum sweep speed
SAN-60 M2 6.3 GHz Compact Real-Time Spectrum Analyzer
9kHz~6.3GHz real-time spectrum analyzer;
Integrated 100kHz-6.3GHz analog signal generator (option);
25MHz analysis bandwidth, 100GHz/s sweep speed;
Typical phase noise: 1GHz carrier -110dBc/Hz@10kHz;
SAN-45 4.5 GHz Compact Real-Time Spectrum Analyzer/Receiver
9kHz~4.5/6.3GHz real-time spectrum analyzer/receiver;
Integrated 100kHz-6.3GHz analog signal generator (option);
Equiped with preamplifier, DANL: -160dBm/Hz, residual response: -110dBm;
Typical phase noise: -110dBc/Hz@1GHz 10kHz offset;
Bandwidth: 6.25MHz, spectrum sweep speed> 20GHz/s
NX Series
NXN-400 40 GHz Network Node Spectrum Analyzer
9kHz-40GHz real-time spectrum analyzer;
Superheterodyne digital receiver architecture;
9kHz~40GHz typical image suppression >75dBc, typical IF rejection>75dBc;
100MHz analysis bandwidth with adjustable sampling rate
NXE-200 20 GHz Network Node Real-Time Spectrum Analyzer/Receiver
9kHz-20GHz real-time spectrum analyzer/receiver;
9kHz-9GHz typical image suppression>90 dB, typical IF rejection>90dB;
9~20GHz typical image suppression>60 dB, typical IF rejection>90dB;
100MHz analysis bandwidth with adjustable sampling rate
NXE-90 9.5 GHz Network Node Spectrum Analyzer/Receiver
9kHz-9.5GHz real-time spectrum analyzer/receiver;
Superheterodyne digital receiver architecture;
9kHz-9.5GHz typical image suppression>90dB, typical IF rejection>90dB;
100MHz analysis bandwidth with adjustable sampling rate
NXM-80 8.5 GHz Network Node Spectrum Analyzer
9kHz~8.5GHz real-time spectrum analyzer
100kHz-6.3GHz analog signal generator (option)
100MHz analysis bandwidth, 163GHz/sec spectrum sweep speed
Provides 1PPS, latitude and longitude information and timestamp
NXN-60 6.3GHz Network Node Spectrum Analyzer
9kHz-6.3GHz real-time spectrum analyzer;
Integrated 100kHz-6.3GHz analog signal generator (option);
DANL: -160dBm/Hz, residual response: -110 dBm;
1GHz phase noise: -110dBc/Hz@10 kHz offset;
NXM-60 6.3 GHz Network Node Spectrum Analyzer/Receiver
9kHz-6.3GHz real-time spectrum analyzer/receiver
Integrated 100kHz-6.3GHz analog signal generator (option)
100MHz analysis bandwidth, 78GHz/sec spectrum sweep speed
FPGA based digital signal processing
