S-Parameters
Scattering Parameters quantifies high frequency RF power waves propagation through a network.
See Also: Vector Network Analyzers
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PNA-L Microwave Network Analyzer
N5231B
Perform basic analysis of passive components and simple active devices Measure S-parameters with good accuracy up to 13.5 GHz in cost-sensitive applications Get the world's best price-to-performance ratio for microwave manufacturing Configure an economical solution for signal-integrity measurements and materials characterization Accelerate insight into component behavior using a multi-touch display and intuitive user interface Every spec verified, adjustments included Lock in support & peak performance from the start
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PNA Microwave Network Analyzer
N5224A
Reach for unrivaled excellence in your measurements and designs Transform deeper understanding into better designs with the PNA's outstanding measurement integrity Meet your toughest measurement challenges with the highest performing microwave network analyzer in the industry Get the best accuracy with Keysight's S-parameter measurements Meet your specific budget and measurement needs by customizing to just the right level of performance. Every spec verified, adjustments included Lock in support & peak performance from the start
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FieldFox Handheld Microwave Analyzer, 32 GHz
N9950A
32 GHz max frequency Carry world's most integrated handheld W analyzer: standard model includes cable and antenna analyzer Expand capabilities with optional VNA, spectrum analyzer, built-in power meter, vector voltmeter, and more Save time by measuring DTF and TDR in a single sweep Simultaneously measure all four S-parameters Make accurate SA measurements ( 0.5 dB) without needing warm-up Easily measure average and pulse power with a USB sensor
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Predicting Microwave and RF Designs Virtually
RF Module
The RF Module is used by designers of RF and microwave devices to design antennas, waveguides, filters, circuits, cavities, and metamaterials. By quickly and accurately simulating electromagnetic wave propagation and resonant behavior, engineers are able to compute electromagnetic field distributions, transmission, reflection, impedance, Q-factors, S-parameters, and power dissipation. Simulation offers you the benefits of lower cost combined with the ability to evaluate and predict physical effects that are not directly measurable in experiments.
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Probing Solutions
ES62X-CMPS
The ES62X-CMPS compact manual probe station is a rugged wafer probing solution designed for high reliability, compact size and low investment cost. It enables manual wafer level measurements up to 300 mm wafers. The probing station can also be used for TLP, HMM, HBM, LV-Surge, RF, S-parameter and DC-measurements. Micro positioners with vacuum as well as magnetic base can be attached. The chuck has a vacuum interface for the wafer and is electrically isolated. Multiple 4 mm connectors can be used to connect a voltage potential to the wafer backside.
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WavePulser 40iX High-speed Interconnect Analyzer
WavePulser 40iX Series
WavePulser 40iX is the ideal single measurement tool for high-speed hardware designers and test engineers. The combination of S-parameters (frequency domain) and Impedance Profiles (time domain) in a single acquisition with a deep toolbox provides unmatched characterization insight of high-speed interconnects.
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FieldFox Handheld Microwave Vector Network Analyzer
N9928A
26.5 GHz max frequency Carry the world's most integrated handheld T/R VNA analyzer Expand your measurement flexibility with optional 2-port VNA, time-domain, vector voltmeter, cable and antenna analyzer and more Save time by simultaneously measuring all four S-parameters with a single connection Perform accurate testing with QuickCal, full 2-port unknown thru Cal, TRL Easily measure average and pulse power with a USB power sensor
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Vector Network Analyser
LA19-13-02
The LA19-13-02 is a PC-driven Vector Network Analyser suitable for measuring a wide range of devices from 3 MHz to 3 GHz with 100 Hz resolution. Its full s-parameter test set includes bias-Ts for biasing active devices. It is housed in a small lightweight package making it very portable.
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FieldFox C Handheld Microwave Analyzer, 6.5 GHz
N9914C
Capture elusive signals with up to 120 MHz gap-free, real-time bandwidth. Capture elusive signals with up to 120 MHz gap-free, real-time bandwidth. Measure all four S-parameters simultaneously with 115 dB dynamic range. Make accurate spectrum analyzer measurements (± 0.3 dB) without warmup. Perform over-the-air measurements for 5G NR and LTE. Use GPS/GNSS for geolocation and timestamping.
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Active Hot Parameters For M98xxA PXIe VNA
S95111B
S95111B active hot parameters are available on M98xxA PXIe vector network analyzers and provide a more accurate method to test hot S-parameters, gain, and output power than traditional methods by utilizing X-parameter technologies. Restricted to 50 GHz.
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FieldFox Handheld Microwave Vector Network Analyzer
N9927A
18 GHz max frequency Carry the world's most integrated handheld T/R VNA analyzer Expand your measurement flexibility with optional 2-port VNA, time-domain, vector voltmeter, cable and antenna analyzer and more Save time by simultaneously measuring all four S-parameters with a single connection Perform accurate testing with QuickCal, full 2-port unknown thru Cal, TRL Easily measure average and pulse power with a USB power sensor
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Noise Receiver Modules And Noise Switching Modules
MT7553 Series
Noise Parameters are the non-50Ω extensions of Noise Figure, and are an important modeling and model validation tool to understand how a device-undertest’s performance changes as a function of source impedance. Noise Parameter measurements are typically performedusing a Vector Network Analyzer (VNA) to measure the S-Parameters of the DUT, and a Noise Analyzer (either Noise Figure Analyzer NFA or Spectrum Analyzer SA) to measure the noise power of the DUT. Noise parameters are calculated from a combination of knownsource impedances, S-parameters and noise powers.
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Cable Assembly with 2.4mm Male Connectors
Y1740A
The Y1740A is a flexible cable with excellent phase stability. This cable is recommended for accurate S-parameter measurements using the following Keysight vector network analyzers: Streamline Series VNA, M983xA/M980xA Series PXIe VNA, or M981xAS series PXIe Vector Component Analyzer (VCA).
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ENA Vector Network Analyzer
E5063A
2-port, 50 ohm, S-parameter test set Select the VNA frequency option that best suits your test needs and budget, and upgrade options at any time Boost efficiency and productivity with the consistent measurement framework of the industry-standard vector network analyzer Enhance your PCB manufacturing test capability with Option 011Easier operation with support for 6 languages via softkey & the embedded help manual in English/Simplified Chinese Every spec verified, adjustments included Lock in support & peak performance from the start
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S-parameter Measurement System
DPS21
Unlike a coaxial tube type or a wave guide tube type, this method does not make errors caused by air-gap as specimens are not put into a fixture. Practical data can be obtained even at the rough, uneven surfaces where the specimen is placed on.It enables compactness and measuring specimens by plane wave because of direct installment of lens with an antenna.It enables measurement by monitoring S21 and S11 parameter with connections of a test fixture to a vector network analyzer and PC.
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S-Parameter Measurement System
DPS08
KEYCOM provides S-parameter method measurement systems in two modes, the reflection mode and the transmission mode, to address the individual purposes. Both modes measure the complex permittivity (εr) and complex permeability (μr) at the same time, and the proper usage is as follows.
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PNA-L Microwave Network Analyzer
N5235B
Perform basic analysis of passive components and simple active devices Measure S-parameters with good accuracy up to50 GHz in cost-sensitive applications Get the world's best price-to-performance ratio for microwave manufacturing Configure an economical solution for signal-integrity measurements and materials characterization Accelerate insight into component behavior using a multi-touch display and intuitive user interface Every spec verified, adjustments included Lock in support & peak performance from the start
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Real-time S-Parameter And Power Measurement Uncertainty
S96015B
See real-time measurement uncertainty for S-parameters and power measurements with the measurement traces on one screen. Estimate uncertainty reliably and apply more realistic limit lines for pass/fail tests for better production yield rates
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Active Hot Parameters
S93110B
S93110B active hot parameters is available on PNA-X Series network analyzers (N524xB) and provides more accurate method to test hot S-parameters, gain and output power, etc. than traditional methods by utilizing X-parameter technologies.
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ENA Vector Network Analyzer
E5071C
9 kHz to 4.5/6.5/8.5/14/20 GHz2- or 4-port, 50 ohm, S-parameter test set Improve accuracy, yield and margins with wide dynamic range 130 dB, fast measurement speed 8 ms and excellent temperature stability 0.005 dB/CObtain design confidence through complete characterization of high-speed serial interconnects with enhanced time domain analysis option Protect your investment with upgradability across all of the options Every spec verified, adjustments included Lock in support & peak performance from the start
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Signal Integrity TDR and VNA Software
80SICON IConnect
IConnect software is the efficient, easy-to-use, and cost-effective solution for measurement-based performance evaluation of gigabit interconnect links and devices, including signal integrity analysis, impedance, S-parameter and eye diagram tests, and fault isolation.
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ENA Vector Network Analyzer
E5061B
Select the best configuration for your test needs from a wide variety of test set options: 100 kHz to 1.5 GHz/ 3 GHz, 2-port, 50 or 75 ohm, transmission/reflection or S-parameter test set Address a broad range of applications with the LF-RF option (Option 3L5/3L4/3L3): 5 Hz to 3 GHz, 2-port, 50 ohm, S-parameter test set, gain-phase test port, built-in DC bias source Combine network analysis and impedance analysis to customize your application in a single instrument (Option3L5/3L4/3L3 plus 005) Every spec verified, adjustments included Lock in support & peak performance from the start
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Metrology
Rosenberger Hochfrequenztechnik GmbH & Co. KG
Network analyzers are used to measure so-called scatter parameters (S-parameters). These describe the behaviour of electrical components with the help of wave magnitudes. Whether simple cables, filters, amplifiers or complex subsystems, the following applies to all these components: Different loads can have unseen effects on the measured values over time.
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110 GHz Lightwave Component Analyzer
N4372E
The N4372E lightwave component analyzer helps you with optoelectronic tests with its measurement capability of 110 GHz in an extended wavelength range. It also offers RX testing up to 110 GHz in the full 1260 nm to 1620 nm range. It has a built-in optical power meter that enables you to check and control the operating power. The N4372E lightwave component analyzer's optical transmitter input port connects to an auxiliary tunable laser to verify S-parameters over wavelength.
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Digital Interconnect Test System, Reference Solution
When you need to measure advanced S-parameters with a fast, low-cost and easy-to-use test solution, the Digital Interconnect Test System gives you a significant edge. It provides a full 32-port vector network analyzer (VNA) configured within a single PXI chassis – ideal for high-speed cable testing. And lets you test any linear passive interconnect faster and easier, including backplanes, connectors and PCBs. Sharpen your edge with Keysight’s Digital Interconnect Test System that enables signal integrity characterization of multiport interconnect products.
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FieldFox C Handheld Microwave Analyzer, 10 GHz
N9915C
Capture elusive signals with up to 120 MHz gap-free, real-time bandwidth. Measure all four S-parameters simultaneously with 115 dB dynamic range. Make accurate spectrum analyzer measurements (± 0.3 dB) without warmup. Perform over-the-air measurements for 5G NR and LTE. Use GPS/GNSS for geolocation and timestamping.
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product
PNA-L Microwave Network Analyzer
N5234B
Perform basic analysis of passive components and simple active devices Measure S-parameters with good accuracy up to43.5 GHz in cost-sensitive applications Get the world's best price-to-performance ratio for microwave manufacturing Configure an economical solution for signal-integrity measurements and materials characterization Accelerate insight into component behavior using a multi-touch display and intuitive user interface Every spec verified, adjustments included Lock in support & peak performance from the start
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Active Hot Parameters For E5081A ENA-X And E5080B ENA
S96111B
The S96111B active hot parameters are available on ENA-X or ENA network analyzers and provide a more accurate method to test hot S-parameters, gain and output power than traditional methods by utilizing X-parameter technologies. Restricted to 50 GHz.
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PNA Microwave Network Analyzer
N5225B
Meet your toughest measurement challenges with the highest performing microwave network analyzer in the industry Measure S-parameters with the smallest uncertainty and highest stability Efficiently characterize active components with applications that simplify setups Meet your specific budget and measurement needs by customizing to just the right level of performance Accelerate insight into component behavior using a multi-touch display and intuitive user interface Every spec verified, adjustments included Lock in support & peak performance from the start
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Vector Network Analyzer
R42XXE
The R42XXE Vector Network Analyzers are designed for measuring of S-parameters, VSWR and impedance of waveguide networks in the full frequency ranges of standard waveguides between 33 and 170 GHz. Frequency accuracy is ±0.2%. The measurement range of reflection factor modulus is from 0 to 1. The measurement range of reflection factor phase is from 0 to ±180° for 0.1< |Гx|<1 with accuracy ±7.5 o in 18-75 GHz frequency range and ±9.6° in 75-170 GHz frequency range. The measurement range of t...show more
