Description .da-ilf-gsep{background: #2445a2, align:center} .da-ilf-gsep h3{ color: #FFFFFF !important, } .da-popup-img { margin: 70px auto, padding: 20px, background: #fff, border-radius: 5px, width: 50%, position: relative, transition: all 0.5s ease-in-out, max-width: 800px, } .da-popup-img h2 { margin-top: 0, color: #333, font-size:14px, } .da-popup-img .da-close { position: absolute, top: 0px, right: 10px, transition: none, font-size: 30px, font-weight: bold, text-decoration: none, color: #333, } .da-popup-img .da-close:hover { color: #888888, } .da-popup-img .da-content { max-height: 600px, overflow: auto, } .da-sm-img{ box-shadow: 1px 2px 3px #eeeeee, border-radius: 5px, } .da-sm-img:hover{ box-shadow: 1px 1px 2px 1px #aaa, transition: all 0.5s ease-in-out, } .da-img { max-width: 100%, max-height: 600px, margin: auto, } .da-overlay { position: fixed, top: 0, bottom: 0, left: 0, right: 0, background: rgba(0, 0, 0, 0.7), transition: opacity 50ms, visibility: hidden, opacity: 0, z-index: 1000, } .da-overlay:target { visibility: visible, opacity: 1, } .da-ilf-wrap ul.2{style=’list-style-type: circle,} Aaronia RSA 80120 V5 Real-time RF/EMF Data-Logger with integrated PC (9KHz – 12GHz) Aaronia V5 Real-time RF/EMF Data-Logger with integrated PC × Real-Time Remote Spectrum Analyzer
SPECTRAN V5 RSA Series Remote controlled, fast and interconnected
Aaronia presents the SPECTRAN V5 X, a USB Real-Time Spectrum Anaylzer designed to capture even shortest signal transmissions. It’s scanning speed and recording time is without competition, the Analyzer scans 20GHz in less than 20mS making it World ́s fastest remote controllable Spectrum Analyzer.
With this Spectrum Analyzer you can master all the challenges. Wether it is for spectrum monitoring, RF and microwave measurements, Interference hunting, EMC testing or Wi-Fi and wireless network measurements, the SPECTRAN V5 X is the ideal Spectrum Analyzer for making reliable and fast measurements.
The included PC analysis software RTSA Suite transf orms the RSA into a fully-featured Benchtop Spectrum Analyzer. Available in 4 different versions the RSA offers a solution for almost every application.
Remote controllable Spectrum Analysis
The SPECTRAN RSA Spectrum Analyzer Series offers an incredible performance at an unbeatable price-performance ratio in a noble 19inch rack-housing.
Each RSA unit can be mounted into a common 19“ instrument rack and requires one height unit (1U) only. Thus the RSA is perfectly suitable for stationary use in lab oratories as well as, thanks to the low power consumption, for mobile use in measuring vehicles or satellite broadcasting vans.
The Analyzer is remote controllable through the USB interface or Lan/Ethernet, allowing a continuous logging and streaming of any frequency range and direct access to the Analyzer through each PC connected to the Internet.
SPECTRAN V5-X – Solutions for every application
The SPECTRAN V5-X series is available in different versions, each specially equipped for it´s specific application. Besides the Handheld version Aaronia offers the USB (X & OEM) series, remote-control Analyzers (19“ RSA and outdoor box) and military grade Countersurveillance Receivers (XFR V5 PRO).
RTSA Suite
Aaronia´s real-time Software „RTSA Suite“ offers powerful analysis features. An intuitive layout combined with useful display options helps to identify, capture, demodulate and track signals up to 20GHz. Simply connect the V5 X via USB to a suitable PC/Laptop and enjoy the advantages of the RTSA Suite.
- High-resolution persistence spectrum display of the current sweep, Average, Min / Max, peak, RMS, etc.
- Marker function with unlimited number of different markers (min, max, delta, AVG, OBW..)
- Intuitive drag and drop zoom, shortkeys etc.
- The RTSA Software displays several views at once (Spectrum, 3D Waterfall, Histogram, etc.)
- The window size can be adjusted freely, therefore a full utilization of e.g. FULL HD or 4K displays is possible
- Spectrogram / Waterfall View for the identification of frequency hops, measurements of pulse rate, analysis of time variant spectra and the tuning of a VCO




