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Vector Network Analyzer (ENA) / 4-port Test Set / 100 kHz to 53 GHz / Second Source / 1.85 mm (m)
$ 177,337.52 Save 25% List Price $ 236,450.03
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• 4-business-hour technical response
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Cannot ship to:
Unit only ships within China.
Unit ships worldwide.
Industry's Most Flexible and Integrated ENA Vector Network Analyzer
As devices become highly integrated, complete characterization requires a complete RF and microwave measurement solution. The E5080B provides R&D performance up to 53 GHz and advanced test flexibility. Best-in-class dynamic range, trace noise, and temperature stability guarantee reliability and repeatability.
The E5080B ENA Vector Network Analyzer enables complete device characterization for passive components, amplifiers, mixers, and frequency converters. You can perform more tests with one box with integrated features such as DC sources, bias tees, pulse generators, pulse modulators, and internal second source. Gain deeper insights with software applications including spectrum analysis, mixer measurements, and noise figure. Choose from a 2- or 4-port option with frequency coverage from 9 kHz up to 20 GHz or for higher frequencies, 100 kHz up to 53 GHz.
The E5080B utilizes the same measurement science as other Keysight vector network analyzers (VNAs) such as the PNA, PXI, and USB VNA. A common software platform makes it easy to choose the right level of performance to match budget and measurement needs. This commonality guarantees measurement consistency, repeatability, and a common remote-programming interface across multiple instruments in R&D and manufacturing.
- Wide frequency coverage from 9 kHz to 4.5/6.5/9/14/20 GHz or 100 kHz to 26.5/32/44/53 GHz
- Fully capture device performance with a wide dynamic range of 140 dB
- Achieve complete device characterization with optional built in DC sources, bias tees, pulse generators and pulse modulators
- Consistently test between R&D and production with the same UI and SCPI commands as high-end PNAs
- Improve throughput by performing spectrum analysis, pulsed-RF measurements, vector mixer measurements, noise figure, and more on a single instrument
|172||Add GPIB interface|
|175||Add analog input and output|
|1E5||Add high stability timebase|
|S96202B||Core software for E5080B to 53 GHz|
|S96201B||Core software for E5080B to 20 GHz|
|021||Add pulse modulator to internal 1st source|
|022||Add pulse modulator to internal 2nd source|
|S96202B||Core software for E5080B to 53 GHz|
|S96007B||Automatic fixture removal|
|090||Spectrum analysis hardware, 9 kHz to 4.5 GHz|
|091||Spectrum analysis hardware, 9 kHz to 6.5 GHz|
|092||Spectrum analysis hardware, 9 kHz to 9 GHz|
|093||Spectrum analysis hardware, 9 kHz to 14 GHz|
|094||Spectrum analysis hardware, 9 kHz to 20 GHz|
|095||Spectrum analysis hardware, 100 kHz to 26.5 GHz|
|096||Spectrum analysis hardware, 100 kHz to 32 GHz|
|097||Spectrum analysis hardware, 100 kHz to 44 GHz|
|098||Spectrum analysis hardware, 100 kHz to 53 GHz|
|S96010B||Time domain analysis|
|S96011B||Enhanced time domain analysis with TDR|
|S96025B||Basic pulsed-RF measurements|
|S96029B||Noise figure measurements with vector correction|
|S96552B||Multiport calibration assistant|
|S96082B||Scalar mixer/converter measurements|
|S96083B||Vector and scalar mixer/converter measurements|
|S96084B||Embedded LO capability|
|S96089B||Differential and I/Q devices measurements|
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What is a Vector Network Analyzer?
High-performance Vector Network Analyzers (VNA) are used to characterize and analyze RF and Microwave devices such as amplifiers, filters, power dividers/combiners, switches, antennas, and more. VNAs provide engineers with accurate device measurements including S-parameters, noise figures, return loss, and more.
What is a Vector Network Analyzer used for?
A Vector Network Analyzer, a stimulus response testing equipment, is commonly used for research and development, design validation, failure analysis, and production testing by measuring the frequency response of component(s).
Does a VNA need to be calibrated?
Yes, all VNAs are calibrated to ensure the highest quality results. The calibration process involves adjusting the instrument to eradicate the hardware systematic errors using traceable standards for accuracy and phase measurements.
How do you calibrate a Vector Network Analyzer?
The calibration process can be done manually or automatically, but in most cases, the manual method is used. The common methods of calibration include SOLT and TRL based on different parameters to remove systematic errors. Manual calibration involves selecting a known stimulus signal from a list of available signals within the VNA's software, then adjusting the amplitude and phase until the value corresponds to that from the known stimulus source. The network analyzer should be periodically calibrated with a reference calibrator to ensure the analyzer is measuring correctly. Periodic calibration guarantees the match with International standards.
Does a VNA have error correction?
Some VNAs have built-in error correction that may compensate for a variety of errors including thermal drift, time delay, source-load mismatch and optical path length variations.
What is the difference between a Vector Network Analyzer vs Network Analyzer?
A Vector Network Analyzer measures the amplitude as well as phase characteristics of one and two-port devices such as wireless components, microstrip lines, and branched structures.
A Network Analyzer measures the network parameters of two-port and arbitrary number of ports devices such as amplifiers, filters etc.
What is the difference between a Vector Network Analyzer vs Spectrum Analyzer?
A Vector Network Analyzer measures complex component specifications at specific frequencies using a signal generator and a receiver.
A Spectrum Analyzer measures power across an entire frequency spectrum of the applied signal using a receiver only.
What is the difference between a Vector Network Analyzer vs Oscilloscope?
An oscilloscope measures external signals by representing voltage waveforms as a function of time, while a Vector Network Analyzer measures both the amplitude and phase monitoring the response of a network.
How does a VNA measure S11?
A VNA measures S11 by introducing a stimulus signal into the port of the device being tested, then measuring the reflected signal. The frequency at which this reflection occurs is then used to calculate S11.
What is the S21 parameter?
S21 is used to measure how well a device rejects signals that are passed through the input port and reflected on the output port. The power transferred from the first port to the next can be determined using the S21 parameter.
What are propagation and channel modeling?
Propagation and channel modeling is a technique for estimating the performance of wireless communications antennas and their effect on cell coverage.
The most significant parameters in propagation and channel modeling are path loss, Fresnel zone, path attenuation, and multipath fading.
What is a Smith chart?
A Smith chart is a graphic representation of a particular type of circuit operation. It shows the impedance, admittance, and conductance of an amplifier or other system component as it relates to frequency or voltage. In order to understand how a Smith chart operates, it is important to know the basics of transmission line theory.
What is Voltage Standing Wave Ratio?
Voltage standing wave ratio is the measure of the non-reactive voltage received at a point in space relative to cause by an AC source, thus representing the reflected power from the antenna source. It is typically specified as volts per meter (V/m) or millivolts per meter (mV/m).
How does a Vector Network Analyzer measure phase?
A Vector Network Analyzer measures phase by introducing a stimulus signal into the port of the device being measured. The degree of phase shift is then noted. A separate calibration is used to determine the degree of phase shift when no stimulus signal is applied.
How does a VNA measure amplitude?
A VNA measures amplitude by introducing a stimulus signal into the port of the device, then measuring the strength. The magnitude of the reflected signal is then used to calculate amplitude.
What are amplitude properties?
Amplitude properties include the amplitude at a particular frequency, amplitude ranges, amplitude linearity, and amplitude ratio measurements.