Introduction：
FSV3000 is a new spectrum analyzer serial product from R&S (ROHDE & SCHWARZ), Germany, represented and sold by Shenzhen EUTTEST, which is a replacement and upgrade for the old FSV. FSV has the advantage of making measurements at the push of a button, capturing rare events using event-based operation, and simple script programming using the SCPI logger! - Immediate setup and execution of complex measurements.
The R&S FSV3000 is designed for high measurement speeds. This is a major advantage especially in production environments, which benefit from fast measurement times for spectrum measurements, high-speed signal demodulation and fast switching of measurement modes between different measurements. It can also analyze fewer standards, including 5G NR, with digital modulation for cellular and wireline with up to 200 MHz analysis bandwidth.
The R&S FSV3000 replaces the discontinuedR&S FSV Spectrum Analyzer
Features of the FSV 3000:
- Frequency range from 10 Hz to 4 GHz/7.5 GHz/13.6 GHz/30 GHz/44 GHz/50 GHz
- Extended frequency range up to 325 GHz with external harmonic mixers
- Extended frequency range up to 50 GHz for optimal performance signal analysis with external front ends from Rohde & Schwarz
- Analysis bandwidth up to 200 MHz
- SSB phase noise at 10 kHz offset (1 GHz): < -114 dBc (1 Hz)
- Third order intercept (TOI) at 1 GHz: +18 dBm (typical)
- DANL at 1GHz: -151 dBm
- DANL at 1 GHz with optional preamplifier: -165 dBm
- Preparing for cloud-based testing
- 10 Gbit/s LAN interface (optional)
- User interface with multi-touch display and SCPI logger
- and event-based actions
- Measurement applications for analog and digital signals
- Analysis, including 5G NR
Features a multi-touch display:
Basic RF measurements often require configuration of center frequency, span, level, and resolution bandwidth, which can be tricky to find when measuring unknown signals. Finding the ideal settings can be tricky when measuring unknown signals, but the R&S FSV3000 is extremely easy to operate with its multi-touch display and intuitive menu structure. A single finger swipe on the screen adjusts the center frequency or reference level. Two-finger gestures adjust the display span or level range. The R&S®FSV3000 embedded SCPI recorder accelerates the programming of executable control scripts. All manual user input is converted to SCPI commands that can be exported as pure SCPI or to popular programming languages and tools such as C++, Python and MATLAB.
Intelligent external signal generator control function:
Many measurements require signal generators to provide simple CW signals or modulated carriers. For such applications, the R&S®FSV3000 and generators such as the R&S®SMBV100B Vector Signal Generator go far beyond conventional signal tracing. With the help of a coupling manager, the analyzer can directly control the signal generator. Frequency or level changes on the analyzer are taken over directly by the generator. The user interface of the generator can be displayed on the analyzer, so that the user can operate the entire setup from a single screen.The SCPI logger can also be coupled. Manual settings on either instrument are recorded in a single script. Advanced amplifier measurements with digital pre-distortion are possible. The analyzer provides pre-distorted waveforms directly to the generator. The hardware allows for better phase synchronization with an optional 1 GHz clock reference.
Supports all modern wireless standards:
- The R&S®FSV3000 provides the standard for signal analysis options for all modern wireless and cellular communications, namely
- 3GPP 5G NR
- EUTRA / LTE / LTE-Advanced
- NBIoT downlink
- Wideband Code Division Multiple Access (CDMA) (telecommunications)
- GSM / EDGE / EDGE
- Wireless LAN: IEEE 802.11a/b/g/n/p/ac/ax/be
- Bluetooth: basic rate/enhanced data rate/low power consumption
Technical parameters：
The R&S FSV3000 is available in one of the following sub-models depending on test frequency requirements:
- R&S ® FSV3004: 10 Hz-4 GHz
- R&S ® FSV3007: 10 Hz-7.5 GHz
- R&S ® FSV3013: 10 Hz-13.6 GHz
- R&S ® FSV3030: 10 Hz-30 GHz
- R&S ® FSV3044: 10 Hz-44 GHz
- R&S ® FSV3050: 10 Hz-50 GHz
The above models share the following parameters:
<<<<提醒：左右滑动表格>>>> | frequency aging | 1 x 10^6/year or 1 x 10^7/year |
| bandwidths | 1Hz-10MHz |
| RRC Filter | 18kHz (NASA) 24.3kHz (4-wire) 3.84 MHz (3GPP), 4.096 MHz |
| I/Q demodulation bandwidth | 28MHz |
| Display Average Noise Level (DANL) | -151 dBm (typical) |
| Third Order Intercept (TOI) | > 15 dBm, 18 dBm (typical) |
Options:
FSV3000 is an option for general-purpose measurement applications:
<<<<提醒：左右滑动表格>>>> | Measurement Applications | measured parameter | measurement function |
| R&S ® FSV3-K6 pulse measurement | Pulse parameters:- Timing: pulse width, pulse repetition interval, duty cycle, rise and fall time, settle time, time stamp, leave time
- Frequency: carrier frequency, pulse frequency difference, FM rate, frequency deviation, frequency error
- Power: peak power, average power, peak average power power ratio, pulse power ratio
- Phase: carrier phase, inter-pulse phase difference, phase deviation, phase error
- Range: drop, ripple, overshoot width, top/bottom power, average turn-on power, average transmitted power
Power, min/peak power, peak to average/peak to min power ratio, pulse to pulse power ratio | - Point pulse measurement: frequency, amplitude, phase with pulse, trend and histogram All parameters
- Pulse statistics: standard deviation, mean, max, min
- pulse meter
- User-defined Measurement parameters
|
| R&S ® FSV3-K7 Modulation Analysis AM/FM/PM Modulation Single Carrier | - Modulation Depth (yes)
- Frequency Deviation (FM)
- Phase Deviation (p.m.)
- modulation frequency
- THD and SINAD
- carrier force
| - AF Spectroscopy
- radio frequency spectrum
- Autofocus Range Display
- Autofocus Filter (low pass and high pass)
- Weighted filters (international telephone and telegraph conference calls)
- static noise
|
| R&S ® FSV3-K8 Bluetooth® Basic Rate/Enhanced Data Rate/Low Energy Measurement | - Package Type
- Packet length
- output force
- Delta Frequency (Δf)
- frequency drift
- endothelial cell fibrosis
| - radio frequency spectrum
- RF envelope
- horoscope
- Demodulator Waveform
- notation
|
| R&S ® FSV3-K18 Amplifier Measurements R&S ® FSV3-K18D Direct DPD measurements R&S ® FSV3-K18F Frequency response and group delay R&S®FSV3-K18M Memorize the polynomial potassium dihydrogen phosphate | - a.m./a.m., a.m./p.m., Ethernet VMs
- Width of AM/AM and AM/PM curves
- Amplitude, phase and group delay versus frequency (R&S®FSV3-K18F)
- Polynomial Coefficients (R&S®FSV3-K18)
- Memory polynomial Coefficients (R&S®FSV3-K18M)
| - General Amplifier Measurements
- Polynomial Based Digital Pre-Distortion
(R&S®FSV3-K18) - Direct digital pre-distortion (R&S®FSV3-K18D)
- Memory polynomial Pre-distortion (R&S®FSV3-K18M)
- Control and synchronization of external signal generators, e.g. R&S®SMBV100B vector signal generator
- Characteristic Dynamic Behavioral Dual-Port
installations - Real-time memory DPD (using Hammerstein model) (R&S®FSV3-18M)
|
| R&S ® FSV3-K30 Noise figure and gain measurements based on the Y-factor method | - noise figure
- noise temperature
- attainment
- factor
| - Analyzer Noise Correction (Phase II Correction)
- Measured at the frequency converter device under test
- The A generator is controlled as a Lo at a frequency -
Conversion Measurement |
| R&S ® FSV3-K40 Phase Noise Measurement | - SSB phase noise
- Remaining FM and remaining PM
- judder
| - 1 Hz to 10 GHz Offset Range
- Resolution bandwidth and number of selection averages
For each offset range - Definable Evaluation Range For residual FM/phase modulation
- signal tracking
- Optional Inhibited False emissions
|
| R&S ® FSV3-K54 EMI Measurement | EMI Diagnostics and Pre-compliance Measurements in the Line and commercial and military standards: - Riot Voltage
- Riotous forces
- radiation disturbance
| - EMI detector and resolution bandwidths are compliant with CISPR 16-1-1, MIL-STD-461 and DO-160.
- Limit line libraries as specified in this latest electromagnetic interference
(an official) standard - Test automation and reporting for fast and repeatable measurements
- Sensor Factor For antennas, cables, link-integrated networks (LISN), ETC.
- Supported R&S®ELEKTRA Electromagnetic Compatibility (EMC) Test Software
|
| R&S ® FSV3-K60 Short-term measurements R&S ® FSV3-K60C Short linear FM measurements R&S ® FSV3-K60H Short Jump Measurement R&S ® FSV3-K60P Transient Phase Noise Measurement | - Frequency hopping signals: dwell time, stabilization time, switching time, frequency deviation, power, phase deviation, power ripple
- Linear FM signals: frequency deviation, linear FM start, linear FM length, linear FM rate, linear FM state deviation, phase deviation, power, power ripple
| - Spectrogram and spectrogram section, table display, frequency, frequency error, phase and amplitude vs. time, FFT spectrum
- Pan and zoom function allows selection of analysis area using touch gestures; supports spectrogram, frequency domain and time domain trace displays
- Stage noise
- Frequency and Phase Deviation Spectrogram
- Trend graphs and histograms For all parameters
- Linear FM and jump statistics: standard deviation, mean, maximum and minimum values
- User-defined Measurement parameters
|
| R&S ® FSV3-K70 Vector Signal Analysis R&S ® FSV3-K70M multimodulation analysis R&S ® FSV3-K70P BER PRBS Measurements | Digital modulation single-carrier analysis refinement in place level:- Ethernet Virtual Machine
- exchange rates
- Stage error
- error of magnitude (of earthquake)
- Carrier Frequency error
- symbol rate error
- Synchronization/Synchronization Skew
- sift
- Synchronization/Synchronization Offset, Synchronization/Synchronization Imbalance, Product Error
- amplitude sag
- forces
- Small number of errors Speed of known data streams
- Few Errors Speed of Few Streams Generation and Pseudo-Random Sequences
Transfer Register (R&S®FSV3-K70P) - The analyzed vectors have modulated signals and a variety of
Modulation, e.g. Digital Video Broadcasting (DVB-S2) (R&S®FSV3-K70M) | - eye chart
- Chart of the constellations
- vector graphics (computer)
- bar chart
- equalizer
- A variety of modulation formats, for example:
- 2FSK to 64FSK
- MSK, GMSK, DMSK
- Multiple phase shift keying
(e.g. BPSK, QPSK, 8PSK, 3π/8-8PSK, etc.) - 16QAM to 1024QAM
- 16APSK (DVB-S2), 32APSK (DVB-S2), 2ASK, 4ASK
- User definable constellations
|
| R&S®FSV3-K96 OFDM signal analysis | Analyze custom OFDM signals:- EVM (pilot, data, pilot and data)
- EVM with carriers and symbols
- frequency error
- Sampling Clock Error
- Synchronization/Synchronization Offset
- Gain imbalance
- orthogonality error
- Power & Time
- power spectrum
- Electricity, carriers, symbols
- Channel flatness
- group delay
- impulse response
- bitstream
| - Chart of the constellations
- carbon-carbon isotope derivative
- Channel estimation and compensation using phase, time and level tracking
- Configuration File Wizard
- Freely configurable navigation and data carriers and modulation schemes
|
FSV3000 Option for communication system measurements for wireless applications:
<<<<提醒：左右滑动表格>>>> | Measurement Applications | forces | modulation quality | spectral measurement | different | Special features |
| R&S ® FSV3-K10 GSM/EDGE/ EDGE Evolution | - power measurements in the time domain.
Includes carrier power | - Ethernet Virtual Machine
- Phase/Frequency Error
- Origin Offset Suppression
- Chart of the constellations
| modem spectroscopy | | - Single's bursting and more than bursting.
- Automatic detection of modulation format
|
| R&S ® FSV3-K72/-K73 3GPP FDD (WCDMA) | - Code Domain Power
- Code domain power versus time
- carbon-carbon isotope derivative
| - Ethernet Virtual Machine
- peak code field error (in computing)
- Chart of the constellations
- Synchronization/Synchronization Offset
- error in residual code field (computing)
- Synchronization/Synchronization Imbalance
- Access imbalances
- Center frequency error (code chip rate error)
| - Spectral Mask
- Neighborhood Resistance
- Power Measurement
| - Channel table with channels for base stations
- timing offset
- Power and Time
| - Automatically detects active channels and decodes useful information
- Automatic detection of encryption codes
- Automated Detected
High-speed downlink packet access Modulation format - Supports compressed mode signals
- Support for HSPA and HSPA+ (HSDPA+ and HSUPA+)
|
| R&S ® FSV3-K91 Wireless Local Area Network IEEE 802.11a/b/g R&S ® FSV3-K91P Wireless Local Area Network IEEE 802.11p R&S®FSV3-K91N Wireless Local Area Network IEEE 802.11n R&S ® FSV3-K91AC Wireless Local Area Network IEEE 802.11ac R&S ® FSV3-K91AX Wireless Local Area Network IEEE 802.11ax R&S ® FSV3-K91BE Wireless Local Area Network IEEE 802.11be | - Force versus time
- Rupture Force
- crest factor
| - Ethernet Virtual Machine (Pilot, Data)
- Ethernet Virtual Machine Relative Carrier
- Ethernet Virtual Machine Relative Symbol
- Chart of the constellations
- Synchronization/Synchronization Offset
- Synchronization/Synchronization Imbalance
- Access imbalances
- Center Frequency error
- Symbolism. Bell error.
- Group delay
| - Spectral Mask
- Neighborhood Resistance
- Power Measurement
- spectral flatness
| - bitstream
- Signal site
- Horoscope Relative Carrier
| - Automatic detection of burst type
- automatic checking
MCS Index - Automatic bandwidth detection
- Automatic detection of protection intervals
- Payload estimation burst length
- IEEE 802.11ax PPDU format: HE SU PPDU.
HE MU PPDU, HE Trigger-based PPDU, HE Extended Range SU PPDU - IEEE 802.11be PPDU format: EHT MU PPDU (compressed, uncompressed).
Ethernet Trigger Protocol-based data unit |
| R&S ® FSV3 -K100 -K101 -K104 -K105 European Mobile Broadband/LTE TDD and FDD uplink and downlink | - Force time and frequency domain measurements
- carbon-carbon isotope derivative
| - Ethernet Virtual Machine
- Chart of the constellations
- Synchronization/Synchronization Offset
- Access imbalances
- orthogonality error
- Center frequency error (symbol clock error)
| - Spectral Mask
- Neighborhood Resistance
- Power Measurement
- spectral flatness
| - bitstream
- Distribution of generalized lists
- Average after many measurements
| Automatic detection of modulation format, cyclic prefix length and cell ID |
| R&S ® FSV3-K102 European Mobile Broadband/LTE Multiple Input Multiple Output (MIMO) | | -K104 modulation quality measurements for each individual MIMO path | | | - Multiple Input Multiple Output (MIMO) Time Alignment for
R&S®FSV3-K100/-K104 - Interband carrier aggregation time alignment
|
| R&S ® FSV3-K103 EU Trade Advisory Board/ LTE-Advanced uplink | | | - Multi-Carrier Neighborhood Resistance
For FDD and TDD - SEM of continuously aggregated component carriers
| | |
| R&S ® FSV3-K106 European Mobile Broadband/LTE Narrowband IoT Downlink Measurements | - Force time and frequency domain measurements
| - Ethernet Virtual Machine
- Chart of the constellations
- frequency error
- sampling error
| - Spectral flatness, ACLR, scanning electron microscopy
| - Distribution of generalized lists
| - Individual protection belt and in-belt operation
- Automatic detection of cell identification numbers
|
| R&S ® FSV3-K144 5G NR downlink measurements R&S ® FSV3-K145 5G NR uplink measurements R&S ® FSV3-K147 5G NR Portfolio AC Impedance/SEM/Error Voltage Measurement R&S ® FSV3-K148 5G New Airports Relative. Extension of uplink/downlink measurements R&S ® FSV3-K171 5G New Airports Relative. Extension of uplink/downlink measurements R&S®FSV3-K175 ORAN Extended Measurement | | - Ethernet Virtual Machine
- Evaluating Virtual Machines xPDSCH
- Chart of the constellations
- Synchronization/Synchronization Offset
- Synchronization/Synchronization Imbalance
- Access imbalances
- Center Frequency error
| | - List of distribution summaries
- Channel table with channels for base stations
| - Automatic detection of cell identification numbers
- Supports multiple bandwidth sections
|
| R&S ® FSV3-K544 Frequency Response Correction | - SnP files in Touchstone file format
| - Calibration of the frequency response (amplitude and phase) of the measuring device
| - Frequency Response Correction
| - SnP files in Touchstone file format
| - Calibration of the frequency response (amplitude and phase) of the measuring device
|
FSV3000 Optional accompanying documentation:
<<<<提醒：左右滑动表格>>>> | Title of document | PD Number |
| R&S®FSV3000 Specification Sheet | 5216.1334.22 |
| R&S®VSE Vector Signal Exploration Software Brochure | 3607.1371.12 |
| R&S®FSSNS Noise Sources Product Brochure | 5216.2718.12 |
| EMI Measurement Applications for Signal and Spectrum Analyzers -R&S®FSW-K54, R&S®FSV3-K54, R&S®FPL1-K54, R&S®FSV-K54 Product Brochure | 3608.3949.12 |
| R&S®FE50DTR Front-End Expansion 36 GHz-50 GHz Brochure | 3609.5551.12 |
| R&S®FE44S Front-End Extension 24 GHz-44 GHz Brochure | 3609.5545.12 |
All the main technical parameters and options of FSV3000 are listed above, if you are interested in FSV3000, please contact us for quotation information.
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