Many Real-Time analyzers leave this value unspecified or make it dependent on the PC, but the RSA5000’s platform makes it possible to specify a 100% POI as low as 7.45 µs and to specify how that changes based on real-time span and RBW settings.
It is the only way to know if your power measurements are accurate given a signal’s on time. Probability of Intercept is an important specification for any serious Real-Time Spectrum Analyzer. Expanding the Real-Time bandwidth of the RSA5000 Series Analyzer to 40 MHz with the RSA5000-BW40 option makes it faster and easier to capture, isolate, and debug wider bandwidth signals with a single setup.Ĭapture pulsed transmissions as short as 7.45 µs with guaranteed capture and power accuracy. RF debugging is already a complicated challenge. View wider band and hopping signals at one time without additional setup making identifying and analyzing signals of interest faster and easier.Įngineers debugging time is a critical resource in any new design process. The RSA5000 makes a full span sweep in just 1 ms making it possible to capture many of these signals on the first pass and quickly get a more comprehensive understanding of the local transmissions before moving to real-time for additional analysis.
Quickly evaluating a broad spectrum for signals of interest and possible signs of interference or unwanted transmissions can be time consuming as many of these signals are moving to shorter and shorter durations. Utilize the fast 1 millisecond full span sweep to quickly identify signals of interest. For best accuracy get a VNA Calibration Kit, but no other additional hardware is required. Analyze group delay, smith, polar, VSWR, and more characteristics with the included VNA functions. Use the new RSA5000N models to conduct S Parameter calculations for S11 and S21 as well as Distance To Fault measurements.
In addition to locating and isolating lower power signals across the spectrum, this makes it possible to more precisely characterize all of the critical RF components within the transceiver design including attenuators, filters, mixers, and antennasĪdds S11, S21, and DTF measurement capabilities to the suite of RF tests with VNA mode included on the RSA5000N modelsĬomplete RF analysis requires complex debugging steps including Vector Network Analysis. Using the optional PreAmplifier the RSA5000 enables engineers to accurately view signals down to a noise floor of -165 dBm. View lower powered signals (harmonics, interference sources) and ease trouble-shooting in swept and real-time mode. RSA5000 Datasheet & Specs Compare Rigol Product FeatureĭANL as low as -165 dBm with optional preamp
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