MG3692A + 2A-3-4
RÉSUMÉ TECHNIQUE MG3692A + 2A-3-4 :
Le générateur de fréquences ANRITSU MG3692A est un appareil performant conçu pour des applications variées. Il offre une bande passante allant de 10 MHz à 20 GHz avec une puissance de sortie de +17 dBm. Ce modèle prend en charge plusieurs modulations et inclut une interface GPIB pour une connectivité facile.
Le générateur de fréquences ANRITSU MG3692A est un appareil de haute performance. Voici ses caractéristiques techniques :
Type d’appareil : Générateur de signaux RF / micro-ondes
Plage de fréquences : 10 MHz à 20 GHz
Puissance de sortie : jusqu’à +17 dBm
Modulations : selon options installées
Interface: GPIB
Le ANRITSU MG3692A Signal Generator est un générateur de signaux micro-ondes haute performance conçu pour les applications de test RF, développement de systèmes de communication et validation de composants hyperfréquences. Il permet de générer des signaux stables et précis pour les essais en laboratoire, en production ou en R&D.
Avec une plage de fréquences de 10 MHz à 20 GHz, le MG3692A est adapté aux applications nécessitant des signaux RF couvrant une large bande de fréquences, notamment dans les domaines des télécommunications, radar, électronique hyperfréquence et tests de composants RF.
L’appareil offre une puissance de sortie pouvant atteindre +17 dBm, permettant l’injection de signaux RF dans différents systèmes de test. Selon la configuration et les options installées, il peut également prendre en charge différentes formes de modulation utilisées dans les systèmes de communication.
Grâce à son interface GPIB, le générateur peut être facilement intégré dans des systèmes de test automatisés et des environnements de mesure pilotés par ordinateur.
TYPICAL USE AND SECTOR
Pour ANRITSU MG3692A + 2A-3-4
Le générateur de fréquences ANRITSU MG3692A + A-3-4-11-15A-16 vous permet de caractériser vos systèmes et réduit vos délais de développement.
This reconditioned instrument offers performance comparable to new and helps to reduce acquisition costs. By choosing second life, you benefit from rapid availability without compromising on accuracy.
Applications :
- RF / microwave
- Electricity & testing
- Test benches
- Obsolescence
Sectors :
- Electronics & instrumentation
Designed for :
- RF Systems Engineer
- Electronics engineer
This reconditioned equipment can be made available quickly with ISO 17025 verification, and combines reliability, economy and durability.
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Industrial maintenance
Metrology & accredited laboratories
CSR & circular economy
Metrological verification: what the new ISO 10012 means for your measuring instruments
Industrial maintenance
Metrology & accredited laboratories
Public research (CNRS, academic laboratories)
MBDA case study: how a reconditioned RF generator saved a critical test bench
Defence
Industrial maintenance
Telecoms & networks
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Frequently asked questions about Frequency generators
01
What is the purpose of a frequency generator?It produces a sinusoidal or modulated signal at a specific, stable and adjustable frequency. It is a reference source used to test the frequency response of a device, power an RF circuit or simulate a clock on a measurement bench.
02
What's the difference between a function generator and an RF generator?The frequency generator focuses on the purity and stability of a sinusoidal signal, often at a fixed or variable frequency but without complex modulation. The RF generator covers a wider range and offers modulations (AM, FM, IQ), while the function generator produces various shapes (square, triangle, pulse).
03
In what contexts are these devices used?In metrology to check frequency responses, in production to power input circuits, in R&D for gain or filtering analysis, or in telecoms for bandwidth and intermodulation tests.
04
What technical criteria should be examined?Frequency range, temperature stability, long-term drift, phase noise level, modulation or synchronisation options, and control interfaces (LAN, USB, GPIB).
05
Is it worth buying a reconditioned frequency generator?Yes, especially for the top-of-the-range models still used in industry. As long as frequency stability and spectral purity are verified, these devices remain reliable for critical applications.
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