SMY02/B1
RÉSUMÉ TECHNIQUE SMY02/B1 :
Le SMY02 de Rohde & Schwarz est un générateur synthétisé performant, idéal pour des applications variées. Il couvre une fréquence de 9KHz à 2080MHz avec une sortie allant de -140 à +19dBm. Ce modèle intègre un vobulateur et prend en charge les modulations AM, FM et PM. Il est également équipé d’une interface GPIB pour une intégration facile dans les systèmes de test.
Type : Générateur synthétisé RF
Plage de fréquence : 9 kHz à 2080 MHz
Niveau de sortie : -140 à +19 dBm
Fonction : Vobulateur
Modulations : AM / FM / PM
Interface: GPIB
Applications : Tests RF ; validation récepteurs ; maintenance radio ; bancs de test automatisés
Le ROHDE & SCHWARZ SMY02 est un générateur synthétisé RF destiné aux applications de test, développement, maintenance et validation radiofréquence. Ce type d’instrument permet de générer des signaux RF stables et réglables afin de tester des récepteurs, caractériser des composants ou simuler des conditions de transmission en laboratoire et sur banc de test.
L’appareil couvre une plage de fréquence de 9 kHz à 2080 MHz, avec un niveau de sortie réglable de -140 à +19 dBm. Il prend en charge les modulations AM, FM et PM, permettant de reproduire différents types de signaux RF selon les besoins de mesure.
Le modèle SMY02 intègre une fonction vobulateur pour les balayages fréquentiels et dispose d’une interface GPIB, facilitant son pilotage à distance et son intégration dans des systèmes de test automatisés.
TYPICAL USE AND SECTOR
Pour ROHDE & SCHWARZ SMY02/B1
Le Smy02 rohde & schwarz smy02 vous permet de qualifier vos systèmes et garantit une mesure précise et fiable.
This refurbished instrument offers performance comparable to new and helps to reduce acquisition costs.
Applications :
- RF / microwave
- Electricity & testing
- Test benches
- Obsolescence
Sectors :
- Industrial maintenance
- Metrology & accredited laboratories
- Telecoms & networks
Designed for :
- R&D Project Manager
- Production 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
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Defence
Industrial maintenance
Metrology & accredited laboratories
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Industrial maintenance
Public research (CNRS, academic laboratories)
CSR & circular economy
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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.
Our buying guides and case studies
How to choose a reconditioned oscilloscope: 5 criteria that can't be mistaken
A reconditioned oscilloscope allows you to keep a bench operational, avoid manufacturer delays and control a technical budget without losing reliability. It's a useful solution when the aim is to quickly replace a critical device while retaining the same measurement procedures and compatibility with the existing equipment.
MBDA case study: how a reconditioned RF generator saved a critical test bench
In less than thirty days, Axitest secured two reconditioned Rohde & Schwarz RF generators for an MBDA test bench that had become unusable.
How do you choose your Keysight or Teledyne LeCroy oscilloscope for monitoring complex signals?
The two giants of electronic measurement, Keysight (direct heir to HP and Agilent) and Teledyne LeCroy, have occupied a central place in R&D, teaching and metrology laboratories for decades. But while their instruments may seem comparable, their philosophies and strengths differ profoundly. This article will help you to understand their differences...
Customer case study: quality control of electrical cables at LAPP MULLER using reconditioned equipment
In the electrical wiring industry, every continuity or insulation test determines the safety and performance of installations.
How to prepare for a COFRAC audit with reconditioned instruments: 6 key steps
A COFRAC audit is not just an administrative control; it is an examination of technical competence and metrological traceability. The use of reconditioned instruments is not an obstacle if each stage of preparation is controlled. With rigorous organisation, a well-monitored reconditioned instrument can be easily integrated into the ISO 17025 standard.
How a CNRS laboratory avoided 4 months of downtime and €91,000 in additional costs thanks to a reconditioned test device
A CNRS laboratory was able to keep its measurement chain operational by replacing an Agilent E4446A spectrum analyser that had broken down with a reconditioned model delivered in 48 hours.
5 tips to extend the lifespan of your reconditioned appliances
Refurbished equipment retains all its technical value if it is properly maintained. With a few simple preventive maintenance and metrological checks, it is possible to significantly extend its lifespan and guarantee its reliability.
Customer case: takeover of measurement equipment at Airbus
Taking back measurement equipment at Airbus involved inventorying, sorting and upgrading equipment accumulated over several programmes. Each piece of equipment was directed towards reuse, repair or responsible dismantling with Ateliers Sans Frontières, then documented in a complete traceability system.
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