Contact us
Call
Call us at
Available 6:00 AM – 5:00 PM (PST) Business Days
Download
Download Manuals, Datasheets, Software and more:
Feedback
RSA5000B
Please note, the supply of RSA5000B Real Time Spectrum Analyzers is limited. Tektronix recommends that you consider the RSA7100B for performing high bandwidth (up to 800 MHz), lower phase noise measurements or consider the USB RSA (500, 600, or 306B) for portable field ruggedized real time spectrum analysis.
Visualize and characterize devices and components with precision and accuracy using the powerful, industry leading RSA5000B Real Time Spectrum Analyzer. This advanced spectrum analyzer makes high performance and sensitivity measurements for spurious signals much faster than other spectrum analyzers, so you can conduct conventional measurements and troubleshoot quickly, accurately and successfully. See all spectrum / Signal analyzers »
Max Frequency Range
1 Hz to 26.5 GHz
Max Real Time BW and SDFR
165 MHz @ -80 dBc
DANL @ 2 GHz, preamp
-167 dBm/Hz
TOI @ 2 GHz
+17 dBm
RSA5000B
Outstanding RF performance, every day
With its outstanding RF performance, generous feature set and easily accessible standard controls, you can rely on the RSA5000B every day. The impressive sweep speed with high sensitivity lets you complete a 10 GHz span sweep with a noise floor of -110 dBm/Hz in just 22 seconds, and multiple traces, markers and standard measurements are always at the ready.
Highlights
- Familiar, independent controls: RBW, VBW, Quasi Peak detector, Zero-Span
- Comprehensive measurements: Channel Power, OBW, ACRL, Spurious, CCDF, Spectrogram
- Simultaneously see events in frequency, time domains, and real time
Wideband signal analysis: design with confidence
The RSA5000B offers signal analysis that’s both wide and highly accurate. The accuracy allows you to make higher margins in your measurements. The fact that it is wide allows you to rest assured that you’ll find what you’re seeking.
Highlights
- Wideband analysis with great dynamic range: 165 MHz with 80 dBc SFDR
- Frequency Response for 165 MHz BW: ±0.4 dB, 1.5°
- Options for WLAN, Bluetooth, ZigBee, Pulsed Analysis, and more
See real problems in real-time: DPX® technology
Discover the most difficult, hard-to-find problems with industry-best, powerful real-time architecture. Advanced, proprietary DPX® technology lets you see RF characteristics practically invisible to a conventional spectrum analyzer. Fully controllable and independent settings for Span, RBW, VBW in real time displays.
Fundamentals of Real Time Spectrum Analysis
Wide Band Acquisition Bandwidth Options
Highlights
- Detect any signal greater than 434 nsec with 100% probability of intercept—the industry’s best performance
- Fastest FFT engine: up to 3.125M FFTs/second
- Most complete: DPX Spectrum, DPX Spectrogram, DPX Zero Span
- Most powerful triggers: Frequency Mask, DPX Density, Runt, Level, Time Qualification for all triggers
| Model | Frequency Range | Real-Time Bandwidth | Minimum Event Duration for 100% POI | SFDR (typical) | List Price | Configure And Quote |
|---|---|---|---|---|---|---|
| RSA5126B | 1 Hz - 26.5 GHz | 25 MHz, 40 MHz, 80 MHz, 125 MHz and 165 MHz | 0.434 μs | -80 dBc | - | Configure & Quote |
| RSA5103B | 1 Hz - 3 GHz | 25 MHz, 40 MHz, 80 MHz, 125 MHz and 165 MHz | 0.434 μs | -80 dBc | - | Configure & Quote |
| RSA5106B | 1 Hz - 6.2 GHz | 25 MHz, 40 MHz, 80 MHz, 125 MHz and 165 MHz | 0.434 μs | -80 dBc | - | Configure & Quote |
| RSA5115B | 1 Hz - 15 GHz | 25 MHz, 40 MHz, 80 MHz, 125 MHz and 165 MHz | 0.434 μs | -80 dBc | - | Configure & Quote |
| Model | Frequency Range | Real-Time Bandwidth | Minimum Event Duration for 100% POI | SFDR (typical) | List Price | Configure And Quote |
|---|---|---|---|---|---|---|
| RSA5126B | 1 Hz - 26.5 GHz | 25 MHz, 40 MHz, 80 MHz, 125 MHz and 165 MHz | 0.434 μs | -80 dBc | - | Configure & Quote |
| RSA5103B | 1 Hz - 3 GHz | 25 MHz, 40 MHz, 80 MHz, 125 MHz and 165 MHz | 0.434 μs | -80 dBc | - | Configure & Quote |
| RSA5106B | 1 Hz - 6.2 GHz | 25 MHz, 40 MHz, 80 MHz, 125 MHz and 165 MHz | 0.434 μs | -80 dBc | - | Configure & Quote |
| RSA5115B | 1 Hz - 15 GHz | 25 MHz, 40 MHz, 80 MHz, 125 MHz and 165 MHz | 0.434 μs | -80 dBc | - | Configure & Quote |
| Tektronix RSA5000B |
Tektronix RSA7100A |
Tektronix RSA607A |
Keysight MXA N9020B |
Keysight EXA N9010B |
R&S FSV |
R&S FSL |
|
|---|---|---|---|---|---|---|---|
| Frequency Range | 1 Hz to 3, 6,2, 15, 26.5 GHz | 16 kHz to 14, 26.5 GHz | 9 KHz to 3, 7.5 GHz | 10 Hz to 26.5 GHz | 10 Hz to 3.6, 7, 13.6, 26.5, 32, 44 GHz | 10 Hz to 40 GHz | 9 kHz to 3 GHz, 6 GHz, 18 GHz |
| Maximum BW | 165 MHz | 800 MHz | 40 MHz | 160 MHz | 40 MHz | 160 MHz | 28 MHz |
| SFDR at Maximum Capture BW | -80 dBc | -60 dBc | -70 dBc | -69 dBc | -80 dBc | -65 dBc | -60 dBc |
| Phase Noise: 1 GHz CF, 10 KHz offset | -109 dBc/Hz | -134 dBc/Hz (typ mean) | -94 dBc/Hz | -113 dBc/Hz | -107 dBc/Hz | -106 dBc | -98 dBc |
| Third-order Intercept at 2 GHz | +17 dBm | + 24 dBm (typ) | +15 dBm | +16 dBm | +18 dBm | +13 dBm | +10 dBm |
| Displayed Noise with Preamp, 2 GHz |
-164 dBm/Hz | -164 dBm/Hz | -161 dBm/Hz | -163 dBm/Hz | -160 dBm/Hz | -150 dBm/Hz | -152 dBm/Hz |
| ACLR DyN/Amic Range (WCDMA) | -75 db | -67 db | -68 dB | -73 dB | -73 dB | -73 dB | Not Specified |
| Amplitude Accuracy @ 2 GHz | ±0.3 dB | ±0.13 dB (typ) | ±0.2 dB | ±0.23 dB | ±0.27 dB | ±0.4 dB | ±0.5 dB |
| RTSA: Min. Event Duration for 100% Probability of Intercept, full amplitude | 0.434 µsec | 0.70 µsec | 100 µsec | 3.57 µsec | N/A | N/A | N/A |
| RTSA: max number of FFT/sec | 3,125,000 | 1,470,000 | 10,000 | 292,969 | N/A | N/A | N/A |
| RTSA: Multiple Domain Displays | Yes | Yes | Yes | Yes | N/A | N/A | N/A |
| RTSA: Multiple Domain Correlated Markers | Yes | Yes | Yes | N/A | N/A | N/A | N/A |
Radar and EW done right
Verify and validate that radar and electronic warfare systems and subsystems are working as intended, and troubleshoot when they are not. Control analysis from the time domain to get better insights into the frequency domain to ensure proper operation. See and test the smallest details and the larger trends of pulsed signals.
Highlights
- Pulse Measurement (Opt 20) characterizes 31 pulse parameters
- Cumulative statistics on millions of pulses for long term trend analysis
- Best triggering: find the pulses you need to investigate further
- Real Time DPX Spectrum and Zero Span help view trends and provide insight
Spectrum Management and Spectrum Monitoring
Unmatched "stare" bandwidth helps detect, classify and locate signals of interest, making the RSA5000 ideal for interference hunting. Detect bursted signals of interest and low signal-to-noise ratio signals other analyzers miss, and rely on long record spectrogram for signal history and frequency mask trigger with alarms aids documentation and unattended monitoring.
Quickly Identify Intermittent and Interfering Signals with Real-Time Spectrum Analysis
Highlights
- 165 MHz real time bandwidth with 80 dBc SFDR
- Swept DPX display finds transient signals across entire 26.5 GHz frequency range
- Real time DPX spectrogram with over 60,000 traces records hours of high POI spectrum traces
- Streaming IQ option for 3rd party device long term signal recording
EMI Pre-compliance & Diagnostics
Perform pre-compliance measurements with quasi-peak detector and spurious measurements to quickly asses DUTs and ensure they will pass final EMI compliance testing. If there are failures, use powerful Real Time Spectrum Analysis (RTSA) to understand the mechanism and quickly identify root cause.
Board-level EMI Debug with a Real Time Spectrum Analyzer
Highlights
- Spurious measurements with pre saved limits to the FCC, CISPR, ETSI, ANSI standards
- Faster measurements for high sensitivity: spend less time with spurious measurements due to unique wide band spectrum analysis architecture
- Quasi-peak detector lets you test the same way the Compliance lab tests
- Real time displays to visualize and investigate failures: save time by seeing live RF spectrum
RF troubleshooting for the most difficult problems
Discover infrequently occurring signals, trigger on them, capture the signal into memory and analyze the signal fully. Track down problems with the interaction of hardware and software, power supply noise, and other difficult to measure aspects in the RF space.
Highlights
- See the signals that other analyzers miss, in real time
- Save time and gain insight with synchronized frequency, time and modulation displays without switching between modes