GIGA Electronics Ltd
Our low frequency spectrum analyzer flagship from 1Hz up to 30MHz. Best screening against interferences incl. real-time USB Analyzer-Software for MAC-OS, Linux, Windows.
Optional Software EMF-Monitor allows access to unlimited RSA Analyzers from one centralized location, eliminating trips to difficult locations
Contains a fully equipped internal PC!
Our 19" inch Spectrum Analyzer can be used in any standard 19" rack. The RSA Series offers the possibility to control the analyzer via LAN / WLAN or USB. These interfaces allow a complete integration into an existing network. The Spectrum Analyzer can either be remotely controlled via MCS software or via the optional web interface (Software "EMF-Monitor"). The system is based on a Linux operating system and can be expanded or customized manually (VPN, GSM dial-up, etc.).
Based on a patented spectrum analyzer method Aaronia can offer a professional EMF measurement at a spectacular price level.
Detect sources of interference, find out more about their causes, determine the frequency and intensity of the signal sources, measure limits and more.
All SPECTRANs are developed, individually produced and calibrated in Germany at the Aaronia factory. This guarantees highest standard so that Aaronia can offer every customer a full 10 years warranty for all SPECTRAN spectrum analyzers.
The EMF Monitor offers a USB interface with real-time remote control to your PC or MAC. The free USB/LAN controlled analyzer software, which is available for MAC OS, Linux and Windows, transforms any SPECTRAN into a powerful desktop measurement solution with great features (e.g. unlimited display size, multiple window display, histogram, waterfall diagram, unlimited number of markers, enhanced limits display, recording feature etc.).
All SPECTRAN units can be equipped with various options which highly expand the functionality.
Each SPECTRAN will be shipped with many accessories.
Remote controlled Spectrum Analyzer for the professional user up to 6GHz incl. real-time remote analyzer software for MAC-OS, Linux, Windows.
Optional Software EMF-Monitor allows access to unlimited RSA Analyzers from one centralized location, eliminating trips to difficult locations
Our latest 19" rack mount Spectrum Analyzer generation offers a vastly enhanced feature set with better screening, significantly faster sample time, more dynamic range, better IP3, reduced phase noise and greater demodulation bandwidth compared to the previous V3 series.
Contains a fully equipped internal PC!
Our 19" inch Spectrum Analyzer can be used in any standard 19" rack. The RSA Series offers the possibility to control the analyzer via LAN / WLAN or USB. These interfaces allow a complete integration into an existing network. The Spectrum Analyzer can either be remotely controlled via MCS software or via the optional web interface (Software "EMF-Monitor"). The system is based on a Linux operating system and can be expanded or customized manually (VPN, GSM dial-up, etc.).
RF spectrum monitoring made easy.
The 9.4GHz remote-controlled RF Spectrum Analyzer for the "pro" at an incredible price incl. real-time Analyzer-Software for MAC-OS, Linux, Windows. Supports up to +40dBm RF input power to meet any Pre-Compliance measurement.
Optional Software EMF-Monitor allows access to unlimited RSA Analyzers from one centralized location, eliminating trips to difficult locations
NEW: 9kHz frequency extension (Option 900)
The Option 900 extends the effective frequency range to 9kHz - 9.4GHz, a bandwidth which could previously only offer considerably more expensive spectrum analyzers.
Our latest Analyzer generation offer a vastly enhanced feature set with significantly faster sample time, more dynamic range, better IP3, reduced phase noise and greater demodulation bandwidth compared to the previous V3 series. The flagship HF-RSA 9000 is suitable for Pre-Compliance and EMC/EMI tests. Its incredibly high -170dBm sensitivity (1Hz @ 3.6009GHz with preamp) sets it worlds apart from even its most current and extremely expensive competitors! But see yourself.
Contains a fully equipped internal PC!
Our 19" inch Spectrum Analyzer can be used in any standard 19" rack. The RSA Series offers the possibility to control the analyzer via LAN / WLAN or USB. These interfaces allow a complete integration into an existing network. The Spectrum Analyzer can either be remotely controlled via MCS software or via the optional web interface (Software "EMF-Monitor"). The system is based on a Linux operating system and can be expanded or customized manually (VPN, GSM dial-up, etc.).
Aaronia presents the world's first RF / EMC “camera system”, the "SPECTRAN RF VIEW”.
The system allows real-time visualization of RF Fields and EMC measurements in unlimited resolution.
The SPECTRAN RF VIEW consists of a complex measurement unit at each "pixel". Each unit consists of a Spectrum Analyzer of the SPECTRAN RSA series and connected isotropic broadband antenna (e.g. OmniLOG 70600) which are all connected via network to a central server..
The antennas are arranged in equal distance in an X / Y grid. The measurement data (amplitude and/or frequency) are visualized as a "chessboard-display". Each field of the chessboard represents a measurement unit.
An RF camera with 8x8 points (64 pixels resolution) requires 64 measurement units that way.
This resolution seems to be rather small but already allows amazingly detailed measurements of antenna spreading characteristics or the graphical classification of radiated emissions during an EMC test.
Typical EMC scanners are very limited from the area they can scan. It´s only possible to use them on quite small PCBs.
The SPECTRAN RF VIEW on the other hand works with unlimited size e.g. EMC chambers are no problem.
The other benefit is the speed: A EMC scanner is a scanner and not a camera, so it is quite slow (depending on system it can take hours) and does not offer a real time picture.
The SPECTRAN RF VIEW saves considerable measurement time and allows very detailed information on the spreading patterns of emissions. The system can be extended to any size in order to reach much higher resolutions and is already successfully in use for research purpose and product evaluation of a leading telecommunications provider.
The next evaluation step is the extension to a 3D camera system (additional Z-axis) to obtain more complex information.