Rack mounted

Two & Three Spectrum Analyzers in a 1U Rack Mount Configuration:

The D/TRSA utilizes two/three single board SBS spectrum analyzers in a 1U chassis offering two/three discrete inputs, all of which can be monitored and controlled simultaneously. This allows simultaneous real time monitoring and analysis of the desired carriers on the same screen via AVCOM remote control software. If your rack space is limited and you have the need for multiple spectrum analyzers then this system offers space saving advantages in a 1U package. Each board supports its own Ethernet/USB/RS-232 connectivity. When multiple screens are used in the GUI, this allows for real time monitoring of all carriers at the same time.

Mount Design for Remote Monitoring and Control
The RSA offers the integrator total flexibility in a 1RU chassis. Configuration option makes the RSA the spectrum analyzer of choice with many SATCOM facilities. The RSA can support up to 6 inputs. Up to 16 different RSA’s can be monitored simultaneously from three locations via IP using the AVCOM EVO GUI software. Other options include choice of input
connectors, LNB power, preamps if trying to view very low-level signals, attenuators if viewing higher level signals, and down converters for viewing higher input frequencies. Whether you need a custom design or a simple design for your SATCOM needs, the RSA offers versatility at its best.

Performance & Specifications
The RSA is designed for the measurement and analysis of communications and broadcast carriers, making link, L-Band carriers, IF, and 10MHz reference signals easy to measure, monitor, and store. The RSA provides excellent uplink, downlink frequency and amplitude accuracy along with resolution bandwidth (RBW) selection from 10kHz to 1Mhz. This is required to allow viewing and monitoring of Telemetry, Tracking, Command Systems (TT&C), data carriers found in many satellite systems, spread spectrum, and Wi-Fi as well. Variable reference levels (RL) from -10dB to -50dB make viewing of smaller to larger signals possible.