Extension Of Calibration To 5 Yrs, 4 Scheduled
External Generator Control
High Pass Filter Improved Dynamic Range For Measurement Of Harmonics, Suppression Of Fundamental Signals From 300 MHz To 1.8 GHz
Signal And Spectrum Analyzer 10Hz To 50GHz
Solid State Drive, 64 GB With Analyzer Firmware For Exchange Against Standard SSD For Instruments With IPC11 CPU Board
RF Preamplifier, 20 dB 100kHz To 50GHz
High Stability OCXO With Low Phase Noise
Cross Correlation For Phase Noise Analyzer Includes R&SFSWP-B4
Signal Source For Additive Phase Noise Measurement, Model Dependent From 10 MHz To Max. 18 GHz
Extension Repair Coverage 4 Years 1 To 5Yrs
Cord Power
Qty: 1USB Drive with Phase Noise Getting Started Guide
Qty: 12.92 (F-F) ADAPTER
Qty: 1Cross Correlation For Phase Noise Analyzer
Signal And Spectrum Analyzer 10Hz To 50GHz
RF Preamplifier, 20 dB 100kHz To 50GHz
High Stability OCXO With Low Phase Noise
Adapter 2.4mm(f) - 2.4mm(f)
Qty: 1Cord Power
Qty: 1Adapter 2.92 mm(f) - 2.4 mm(f)
Qty: 1Software and Manuals
Qty: 1Signal Source For Additive Phase Noise Measurement, Model Dependent From 10 MHz To Max. 18 GHz
Signal And Spectrum Analyzer 10Hz To 50GHz
Cross Correlation For Phase Noise Analyzer Includes R&SFSWP-B4
Accessory 19" Adapter BW2010, Cabinet 5HU 1/1
Cord Power
Qty: 1Handle Kit 19 in ZZA-KN5 5HU 1-1
Qty: 11.85MM F-F ADAPTER
Qty: 1FSW / FSWP MANUALS ON USB DRIVE
Qty: 1Extension To 320 MHz Signal Analysis Bandwidth
Signal And Spectrum Analyzer 10Hz To 50GHz
RF Preamplifier, 20 dB 100kHz To 50GHz
Cross Correlation For Phase Noise Analyzer Includes R&SFSWP-B4
Signal Source For Additive Phase Noise Measurement, Model Dependent From 10 MHz To Max. 18 GHz
Resolution Bandwidth >10 MHz, 20 MHz And 50 MHz Additionally
Noise Figure Measurement Application Noise Source Required
Pulse Measurement Application
Transient Measurement Application
Accessory 19" Adapter BW2010, Cabinet 5HU 1/1
Cord Power
Qty: 1Handle Kit 19 in ZZA-KN5 5HU 1-1
Qty: 11.85MM F-F ADAPTER
Qty: 1FSW / FSWP MANUALS ON USB DRIVE
Qty: 1Signal And Spectrum Analyzer 10Hz To 50GHz
Support For Harmonic Mixers, Includes LO/IF Ports For External Mixers
RF Preamplifier, 20 dB 100kHz To 50GHz
Cross Correlation For Phase Noise Analyzer Includes R&SFSWP-B4
Signal Source For Additive Phase Noise Measurement, Model Dependent From 10 MHz To Max. 18 GHz
Resolution Bandwidth >10 MHz, 20 MHz And 50 MHz Additionally
Measurement application for detection and display of low level spurious signals
Modulation analysis application for modulation analysis of analog (AM, FM, PM) modulated single carrier signals, R&S®FSWP-B1 required (software license)
Cord Power
Qty: 1Cable RF SMA(m) -SMA(m) 1 m
Qty: 2FSW / FSWP MANUALS ON USB DRIVE
Qty: 11.85MM F-F ADAPTER
Qty: 1Signal And Spectrum Analyzer 10Hz To 50GHz
Support For Harmonic Mixers, Includes LO/IF Ports For External Mixers
RF Preamplifier, 20 dB 100kHz To 50GHz
Cross Correlation For Phase Noise Analyzer Includes R&SFSWP-B4
Signal Source For Additive Phase Noise Measurement, Model Dependent From 10 MHz To Max. 18 GHz
Resolution Bandwidth >10 MHz, 20 MHz And 50 MHz Additionally
Extension to 80 MHz signal analysis bandwidth, includes microwave preselector bypass option R&S®FSWP-B1 required
Noise figure measurement application noise source required, R&S®FSWP-B1 required Preamplifier R&S®FSWP-B24 recommended
Measurement application for detection and display of low level spurious signals
Cord Power
Qty: 1Cable RF SMA(m) -SMA(m) 1 m
Qty: 2FSW / FSWP MANUALS ON USB DRIVE
Qty: 11.85MM F-F ADAPTER
Qty: 1Signal and spectrum analyzer 10HZ to 50GHz
RF Preamplifier, 30 dB
Cross correlation for phase noise analyzer
Signal source for additive phase noise measurement
USB Drive with Phase Noise Getting Started Guide
Qty: 1Cord Power
Qty: 12.92 (F-F) ADAPTER
Qty: 1Signal and spectrum analyzer 10HZ to 50GHz
Support for harmonic mixers, includes LO/IF ports for external mixers
RF Preamplifier, 30 dB
Cross correlation for phase noise analyzer
Signal source for additive phase noise measurement
Cord Power
Qty: 1Cable RF SMA(m) -SMA(m) 1 m
Qty: 1FSW / FSWP MANUALS ON USB DRIVE
Qty: 11.85MM F-F ADAPTER
Qty: 1Signal And Spectrum Analyzer 10Hz To 50GHz
Support For Harmonic Mixers, Includes LO/IF Ports For External Mixers
RF Preamplifier, 20 dB 100kHz To 50GHz
Extension To 320 MHz Signal Analysis Bandwidth
Cross Correlation For Phase Noise Analyzer Includes R&SFSWP-B4
Cord Power
Qty: 1Software and Manuals
Qty: 11.85MM F-F ADAPTER
Qty: 1Signal And Spectrum Analyzer 10Hz To 50GHz
Cross Correlation For Phase Noise Analyzer Includes R&SFSWP-B4
Signal Source For Additive Phase Noise Measurement, Model Dependent From 10 MHz To Max. 18 GHz
Modulation analysis application for modulation analysis of analog (AM, FM, PM) modulated single carrier signals, R&S®FSWP-B1 required
Accessory 19" Adapter BW2010, Cabinet 5HU 1/1
Cord Power
Qty: 1Handle Kit 19 in ZZA-KN5 5HU 1-1
Qty: 11.85MM F-F ADAPTER
Qty: 1FSW / FSWP MANUALS ON USB DRIVE
Qty: 1Signal And Spectrum Analyzer 10Hz To 50GHz
High Pass Filter Improved Dynamic Range For Measurement Of Harmonics, Suppression Of Fundamental Signals From 300 MHz To 1.8 GHz
RF Preamplifier, 20 dB 100kHz To 50GHz
Cross Correlation For Phase Noise Analyzer Includes R&SFSWP-B4
Signal Source For Additive Phase Noise Measurement, Model Dependent From 10 MHz To Max. 18 GHz
Resolution Bandwidth >10 MHz, 20 MHz And 50 MHz Additionally
Measurement application for detection and display of low level spurious signals
Adapter 2.4mm(f) - 2.4mm(f)
Qty: 1Adapter 2.92 mm(f) - 2.4 mm(f)
Qty: 1Cord Power
Qty: 1Software and Manuals
Qty: 1Signal And Spectrum Analyzer 10Hz To 50GHz
Support For Harmonic Mixers, Includes LO/IF Ports For External Mixers
RF Preamplifier, 20 dB 100kHz To 50GHz
Cross Correlation For Phase Noise Analyzer Includes R&SFSWP-B4
Signal Source For Additive Phase Noise Measurement, Model Dependent From 10 MHz To Max. 18 GHz
Resolution Bandwidth >10 MHz, 20 MHz And 50 MHz Additionally
Cord Power
Qty: 1Cable RF SMA(m) -SMA(m) 1 m
Qty: 2FSW / FSWP MANUALS ON USB DRIVE
Qty: 11.85MM F-F ADAPTER
Qty: 11.85MM F-F ADAPTER
Qty: 1FSW / FSWP MANUALS ON USB DRIVE
Qty: 1Rohde & Schwarz FSWP Spec Sheet
Content is AI-generated. Verify critical details with manufacturer-provided resources.
The Rohde & Schwarz FSWP50 extends phase noise analysis capabilities to 50 GHz, covering frequencies from 1 MHz to 50 GHz when DC coupled (10 MHz to 50 GHz AC coupled). At 50 GHz carrier frequency with the R&S FSWP-B61 cross correlation option, it achieves phase noise sensitivity of -119 dBc/Hz at 1 kHz offset and -138 dBc/Hz at 10 kHz offset. This makes it ideal for characterizing millimeter wave oscillators, synthesizers, and frequency converters used in 5G, satellite communications, and radar systems.
The FSWP50 delivers exceptional phase noise sensitivity that scales with carrier frequency. With the R&S FSWP-B61 option at 100 MHz carrier, it measures -166 dBc/Hz at 1 kHz offset and -170 dBc/Hz at 10 kHz offset. At 10 GHz, sensitivity is -133 dBc/Hz at 1 kHz and -152 dBc/Hz at 10 kHz offset. At the maximum 50 GHz carrier, it maintains -119 dBc/Hz at 1 kHz and -138 dBc/Hz at 10 kHz offset. These specifications enable accurate characterization across the entire microwave and millimeter wave spectrum.
The R&S FSWP50 provides comprehensive offset frequency coverage from 10 millihertz to 30 percent of the carrier frequency for input signals up to 3.33 GHz. For higher carrier frequencies above 3.33 GHz, the offset range extends from 10 mHz to 1 GHz, allowing detailed characterization of both close-in and far-out phase noise. This wide offset range is essential for evaluating oscillator performance across multiple decades of offset frequencies, from ultra-low frequency flicker noise to wideband noise floor measurements.
Yes, the FSWP50 includes transient analysis capabilities for characterizing frequency settling behavior and frequency jumps in oscillators and synthesizers. It offers narrow mode frequency resolution for detailed analysis from 256 MHz to 8 GHz, as well as wide mode operation across the same range for faster capture of transient events. The instrument can also perform Allan deviation and Allan variance measurements to quantify oscillator stability over various time intervals, critical for evaluating frequency references in precision timing applications.
The R&S FSWP50 exhibits excellent spurious suppression with spurious level specifications that depend on carrier frequency and offset. For carriers below 1 GHz, spurious signals from 10 Hz to 1 kHz offset are less than -90 dBc, and less than -100 dBc for offsets above 1 kHz. For carriers at or above 1 GHz, the spurious specification adjusts by 20 log(fin/GHz), ensuring predictable performance across the full frequency range. This low spurious content prevents false peaks from obscuring real phase noise characteristics.
Yes, with the optional R&S FSWP-B21 LO/IF connections for external mixers, the FSWP50 can be extended to even higher frequencies beyond its native 50 GHz range. The option supports both single external mixer configurations and dual external mixer cross correlation mode when combined with the R&S FSWP-B60 or R&S FSWP-B61 cross correlation options. This allows phase noise testing of sources operating at V-band, W-band, and higher millimeter wave frequencies while maintaining the FSWP50's excellent measurement sensitivity and accuracy.
The FSWP50 provides dedicated baseband noise measurement functionality covering 10 mHz to 30 MHz when DC coupled or 10 MHz to 30 MHz when AC coupled. This mode allows direct characterization of baseband signals, VCOs without upconversion, and measurement of noise on DC control voltages. The instrument can measure baseband noise level characteristics and perform VCO characterization including frequency, RF power, and DC supply current measurements, making it valuable for oscillator design verification and troubleshooting.
The FSWP50 features a high-stability internal reference oscillator with standard aging of ±1 x 10^-7 per year. With the optional R&S FSWP-B4 OCXO precision frequency reference, aging improves dramatically to ±5 x 10^-8 in the first year and ±3 x 10^-8 per year thereafter. The OCXO option also provides exceptional temperature stability of ±1 x 10^-9 over the 0 degrees C to +50 degrees C operating range and initial calibration accuracy of ±5 x 10^-9, ensuring the instrument's own reference does not limit phase noise measurement accuracy.