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Agilent Technologies' New Source-Corrected Noise-Figure Measurement Option Extends Single-Connection Multiple-Measurement Capabilities of the PNA-X Network Analyzer

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With a single connection to the amplifier, the PNA-X network analyzer offers fast, high accuracy measurements of S-parameters, noise figure, compression, IMD, harmonics, and more.

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With a single connection to the amplifier, the PNA-X network analyzer offers fast, high accuracy measurements of S-parameters, noise figure, compression, IMD, harmonics, and more.

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Agilent's unique noise-figure-calibration technique uses an ECal module as an impedance tuner to remove the effects of imperfect system source match. The result is noise-figure-measurement accuracy that surpasses standalone Y-factor-based noise figure analyzers or spectrum analyzer solutions.

Image 2:
Agilent's unique noise-figure-calibration technique uses an ECal module as an impedance tuner to remove the effects of imperfect system source match. The result is noise-figure-measurement accuracy that surpasses standalone Y-factor-based noise figure analyzers or spectrum analyzer solutions.

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An example measurement of fully error-corrected amplifier gain (S21) and noise figure from 500 MHz to 26.5 GHz, performed with a single connection to the amplifier.

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An example measurement of fully error-corrected amplifier gain (S21) and noise figure from 500 MHz to 26.5 GHz, performed with a single connection to the amplifier.

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The PNA-X is the new standard in microwave network analysis.

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The PNA-X is the new standard in microwave network analysis.

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An example screen image of the PNA-X measuring S-parameters (upper left), gain and phase compression (upper right), intermodulation distortion (lower left), and noise figure (lower right), all with a single connection to the amplifier under test.

Image 5:
An example screen image of the PNA-X measuring S-parameters (upper left), gain and phase compression (upper right), intermodulation distortion (lower left), and noise figure (lower right), all with a single connection to the amplifier under test.

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Agilent's unique noise-figure-calibration technique uses an ECal module as an impedance tuner to remove the effects of imperfect system source match, thereby providing accurate measurements of 50-ohm noise figure. Measurement accuracy surpasses standalone Y-factor-based noise figure analyzers or spectrum-analyzer-based solutions.

Image 6:
Agilent's unique noise-figure-calibration technique uses an ECal module as an impedance tuner to remove the effects of imperfect system source match, thereby providing accurate measurements of 50-ohm noise figure. Measurement accuracy surpasses standalone Y-factor-based noise figure analyzers or spectrum-analyzer-based solutions.

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PNA-X source-corrected noise figure measurements expand Agilent’s leadership and excellence in noise-figure analysis.

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PNA-X source-corrected noise figure measurements expand Agilent’s leadership and excellence in noise-figure analysis.

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With a single connection to the amplifier and a unique noise-figure-calibration technique that uses an ECal module as an impedance tuner, the PNA-X offers high accuracy noise figure measurements as well as measurements of S-parameters, compression, harmonics, and IMD.

Image 8:
With a single connection to the amplifier and a unique noise-figure-calibration technique that uses an ECal module as an impedance tuner, the PNA-X offers high accuracy noise figure measurements as well as measurements of S-parameters, compression, harmonics, and IMD.

Download JPEG (0.1MB)

Download TIF (0.9MB)

 

Related Information
  Press Release:

Agilent Technologies Extends High-Performance Noise-Figure Measurement Technique to 50 GHz
(2012-November-28)

Agilent Technologies' New Source-Corrected Noise-Figure Measurement Option Extends Single-Connection Multiple-Measurement Capabilities of the PNA-X Network Analyzer
(2007-September-03)

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