The Rigol RSA5000 series is a compact and light weight spectrum analyzer series with premium performance standard spectrum analysis capabilities combined with a Real-Time Spectrum Analyzer which makes it possible to never miss any signal that is longer than 7.45 µs in duration. Engineers integrating WiFi, Bluetooth and other modern RF technologies are confronted with complex challenges like frequency hopping signals, channel conflict, and spectrum interference. Real-Time Spectrum Analyzers bring the dimension of time to RF Analysis making it easier to monitor and characterize these complex RF systems. The RSA5000 combines industry leading Realtime performance (7.45µs 100% POI), rich data displays, and advanced triggering options allowing the user to quickly capture, identify and analyze these complex events.
Rigol's new RSA5000 series spectrum analyzers redefines the product category of general purpose spectrum analyzer by adding Real-Time spectrum trigger and analysis capabilities and sets a new level performance and price. The RSA5000 family features a 10.1” touchscreen display, compact design and easy-to-use interface and operations, making it ideal for benchtop or field apps in RF and wireless testing and production such as IoT, RFID, analog and digital modulated signals. Embedded-System-Designer can cross trigger and analyze bus signals like IC2, SPI with RF Signals.
The Real-Time-Bandwidth of 25 MHz (40 MHz optional) and the Frequency-Mask-Trigger let you visualize, isolate and capture signals to analyze their behavior over amplitude, frequency and time. The new spectrum analyzer offers the ability to trigger and capture signals by 100% if longer than 7.45 µs in duration. The RSA5000 have RBW settable down to 1 Hz, a DANL (displayed average noise level) down to -165 dBm (typical) and a 1ms Full Span Sweep in its general-purpose spectrum analyzer mode.
EMI filter and detector such as 9KHz, 120kHz and Quasi-Peak as example are standard.
Extendibility: 40MHz Real-Time-Bandwidth, Pre-Amplifier, High Stability Clock, Advanced Measurement Kit, EMI Pre-compliance Test Software can be added optional.
9 kHz to 3.2 or 6.5 GHz Frequency Range
10.1” Capacitive touchscreen display
Displayed Average Noise Level as low as -165 dBm with opt. PreAmplifier
Real-Time Analysis Bandwidth of 25 MHz standard (40 MHz option)
Frequency-Mask-Trigger, IF-Power-Level-Trigger and external Trigger
7 Real-Time visualization modes
100 % POI as low as 7. 45 µs
1 Hz Minimum Resolution Bandwidth (RBW)
1 ms full span sweep speed
EMI RBW and Detector standard (200 Hz, 9 kHz, 120 kHz, 1 MHz)
Tracking Generator and VSWR measurements available
|Frequency Range||9 kHz - 3.2 / 6.5 GHz|
|Frequency Resolution||1 HZ|
|Span||0 Hz (zero Span) 100 Hz - 3.2 / 6.5 GHz|
|DANL||-136 dBm (-165 dBm with optional preamplifier)|
|Display||25,7 cm (10.1") TFT-Color-LCD Touchdisplay (1024 × 600 Pixel)|
|Interfaces||USB-Host, USB, LAN, GPIB|
|Dimensions||410 mm × 224 mm × 135 mm|
You will find the specifications of the RSA5000 series here.
|Models||Max. Bandwidth||EMI/QuasiPeak||Adv. Meas. Kit||Preamplifier||Tracking Generator|
High performance swept Spectrum performance and advanced measurement solutions allow users to fully characterize antennas, amplifiers, filters, mixers, and the functional parameters of transmitters & phase-locked loops.
The RSA5000 series combines real time capture and swept capture capabilities with a flexible form factor allowing an engineer to select their preferred test techniques, interface, and use modes. With the frequency ranges of 3.2 GHz and 6.5 GHz, the RSA5000 is ideal for analysis of components and complex signals in EMI, IoT, Wi-Fi, cellular, and a variety of other wireless communication applications.
With the RSA5000 series engineers are able to see their complex RF signals hop between frequency and then analyze the signal with a number of different visualization and measurement techniques.
All RSA5000 series spectrum analyzers come standard with a real time bandwidth of 25 MHz by increasing the bandwidth to 40 MHz users are able to see up to 60% more bandwidth but also also improves the instruments 100% POI to 7.45 microseconds.