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Vector Network Analyzers - NI PXIE-5630 6 GHz Vector Network Analyzer w/Time Domain Analysis -- 781219-02
Description: The NI PXIe-5630 is a 6 GHz, 2-port vector network analyzer (VNA) with support for vector measurements of transmission and reflection (T/R) coefficients, which are also represented as the forward S-parameters S11 and S21. The 10 MHz to 6 GHz frequency range, a wide dynamic range of greater than 100
- Instrument Type: PC-Based Instrument / Module
- Frequency Range: 1.00E7 to 6.00E9 Hz
- Frequency Resolution: 10 Hz
- Output Power Range: 1.00E-3 to 3.16 milliwatts
Description: NI PXIE-5632 VNA, 300 kHz - 8.5 GHz, 2-port, Dual Sources
- Frequency Range: 300000 to 8.50E9 Hz
- Connection to Host: Other
Supplier: Hensley Technologies, Inc.
Description: The Agilent E5061B is a network analyzer, covering the broad frequency range of 5 Hz to 3 GHz , in one instrument. Applications range from general RF measurements such as filter and amplifier test to LF (low frequency) measurements such as loop-gain evaluation of DC-DC converters. The wide
Spectrum Analyzers and Signal Analyzers - NI PXI-5660 2.7 GHz RF Vector Signal Analyzer, 32 MB -- 778284-01
Description: The NI PXI-5660 is a modular 2.7 GHz RF vector signal analyzer (VSA) optimized for automated test. It provides high-throughput RF measurements in a compact, 3U PXI package. The PXI-5660 features a wide real-time bandwidth, a highly stable timebase, and flexible software tools that can handle
- Mounting Type: Fixed
- Analyzer Type: PC-Based
- Test Type: Modulation
- Frequency Range: 9000 to 2.70E9 Hz
Description: The Rohde & Schwarz, Inc. ZVC network analyzer is an instrument which measures the complex transmission and reflection characteristics of two-port devices in the frequency domain. It does this by sampling the incident signal, separating the transmitted and reflected waves, and then performing
Spectrum Analyzers and Signal Analyzers - 4.0 MHz-1.0 GHz Vector Impedance Analyzer w/ Spectrum Analyzer and Frequency Domain Reflectometer -- AEA Technology VIA Echo 1000SF (6025-5150)
Description: The Echo is a hand-held Vector Impedance Analyzer (Vector Network Analyzer), Spectrum Analyzer, Power Meter, and Frequency Domain Reflectometer (FDR) in one instrument. Echo models come in frequency ranges of 4MHz-to-1.0GHz or 4MHz-to-2.5GHz. The VIA Echo Network Analyzer was designed
- Frequency Range: 4.00E6 to 1.00E9 Hz
Spectrum Analyzers and Signal Analyzers - Network/Spectrum/Impedance Analyzer -- Keysight Agilent HP 4395A
Description: , and S parameters. As a vector network analyzer, the Keysight Agilent HP 4395A operates from 10Hz to 500MHz with 1 mHz resolution; and its integrated synthesized source provides -50 to + 15dBm of output power with 0.1 dB resolution. The dynamic magnitude and phase accuracy are +/-0.05dB and +/-0.3deg
Supplier: Electro Rent Corporation
Description: The FieldFox RF Analyzer is the world’s most integrated handheld instrument for wireless network installation and maintenance. It combines cable/antenna analysis, spectrum analysis, interference analysis, power meter measurements, vector network analysis, and a vector voltmeter into one
- Instrument Type: Portable / Benchtop Instrument
- Frequency Range: 100000 to 6.00E9 Hz
- Display Options: Video Display
- Operating Temperature: 14 to 131 F
Description: calibrations Reliable solid-state switching Straight-forward non-insertable device calibration The Keysight Agilent HP 85099B RF electronic calibration (ECal) module makes calibration of vector network analyzers fast, easy and accurate. The new RF ECal system is now easily controlled by one of two
Supplier: Hensley Technologies, Inc.
Description: The Agilent 85091C RF electronic calibration (ECal) module makes calibration of vector network analyzers fast, easy, and accurate. ECal is a precision, single-connection calibration technique for your vector network analyzer. Performing a full two-port calibration takes less than half the time
Supplier: Maury Microwave Corporation
Description: When properly calibrated against known standards, Vector Network Analyzers (VNAs), provide the most accurate means of determining the one- and two-port network characterisitics of RF and microwave devices. Calibration effectiveness (a VNA's ability to reduce error terms to negligible values
- Calibrator Style: Portable, Other Specific Calibration
- Signal / Waveform Generator Output: Yes
- Frequency Range: 1 to 1.00E10
- Application Software Included: Yes
Supplier: Maury Microwave Corporation
Description: These metrology grade sliding terminations achieve a high level of accuracy, stability and repeatability as impedance standards for calibrating vector network analyzers (VNAs) and in other critical, precision measurement applications. These instruments feature a one-piece inner and outer conductor
- Terminator Type: Coaxial Terminator
- RF Connector Type: 2.92 mm
- Frequency Range: 4.00E9 to 4.00E10 Hz
- Power Rating: 500 milliwatts
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ValueTronics International, Inc.
Anritsu MS4623B RF Vector Network Analyzer
Anritsu MS4623B Features: Frequency: 10MHz-6GHz. Power range: +7 to –85 dBm. Level accuracy: ±1 dB. Sweep range: 20 dB Minimum. Harmonics: –30 dBc. Stability: <5 ppm / year. The Anritsu MS4623B is an instrument which measures the complex transmission and reflection characteristics of two-port devices in the frequency domain. It does this by sampling the incident signal, separating the transmitted and reflected waves, and then performing ratios that are directly related... (read more)
Browse Vector Network Analyzers Datasheets for ValueTronics International, Inc.
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Time Domain for Vector Network Analyzers Application Note
Vector Network Analyzers (VNAs) are very powerful and flexible measuring instruments. Their basic capability is to measure the S-parameters of an RF or microwave device and display the result in the frequency domain. This provides valuable data for the design engineer to develop a design
Time Domain for Vector Network Analyzers (.pdf)
Vector Network Analyzers (VNAs) are very flexible measuring instruments-the microwave engineer's most powerful tool. Their basic capability is to measure the S-parameters of an RF or microwave device and display the result in the frequency domain. This provides valuable data for the design engineer
Understanding Frequency Accuracy in Crystal Controlled Instruments
Synthesizers, vector network analyzers, frequency counters, spectrum analyzers and many other instruments must accurately create or measure frequency. However, their accuracy is affected by time, temperature, frequency and even gravity. This paper explains these effects in understandable terms
Amplifier Testing With The 37300C VNA
Vector Network Analyzers (VNA) are designed to measure S-parameters of RF and Microwave devices and circuits. S-parameters are by definition ratios and as such the actual test power utilized is not critical. When amplifier S-parameters are measured it becomes important to know approximate input
Three and Four Port S-parameter Measurements
Calibrations are the critical first step to multiport vector network analyzer (VNA) measurements and there are many choices. A mixed-mode S-parameter representation for balanced devices is also increasingly important and relatively easy to understand. With the increasing use of multi-port
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A Low-Cost Hands-On Laboratory for an Undergraduate Microwave Course
Measurements obtained are then compared to meas- urements performed on an actual vector network analyzer instru- ment , and to an additional scalar network analyzer built by the stu- dents based on laboratory-grade directional couplers.
Broad-band poly-harmonic distortion (PHD) behavioral models from fast automated simulations and large-signal vectorial network measurements
...managed the Computer Aided Engineering, Modeling, and Advanced Characterization Group Microwave Technology Center, where he led the establishment of capabilities including characterization and modeling with advanced pulsed bias, pulsed S-parameters, and large-signal vector network analyzer instruments for proprietary research and...
0.5-GHz cw mode-locked Nd:glass laser
Each modulator was impedance- matched to 50 ohm using a Vector Network Analyzer instrument .
An analysis of electromagnetic coupling between array antennas
The instrument include: vector network analyzer instrument , signal source, signal analyzers, test pattern control system, plenty absorbing material, cables, and so on.
New Trends for the Nonlinear Measurement and Modeling of High-Power RF Transistors and Amplifiers With Memory Effects
Next, an advanced device modeling method based on large-signal data from a modern nonlinear vector network analyzer instrument , coupled with modeling approaches based on advanced artificial neural network technology, will be presented.
The high frequency circuit model based on scattering parameters equal division
Scattering Parameters of the port network is easily measured by vector network analyser instrument .