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General| Output Power | +13 dBm (typical) |
|---|---|
| Number of Ports | 2 or 4 |
| Dimensions | 426 mm (W) x 470 mm (D) |
| Power Requirements | 100 to 240 VAC, 50/60 Hz |
| Frequency Range | 10 MHz to 26.5 GHz (varies by model) |
Information on Keysight's channel partners for system solutions.
Discusses the sensitivity of PNA/PNA-X analyzers and measurement receivers.
Details features that improve data transfer rates and reduce test time.
Highlights analyzer flexibility and factors affecting measurement accuracy.
Explains optional capabilities for pulsed-RF antenna test applications.
Covers PNA family security features, specifically removable hard drives.
Lists supported measurement options for PNA/PNA-X across the 10 MHz to 110 GHz range.
Details accessories for S-parameter calibration, including calibration kits.
Lists accessories required for source power calibration.
Details controllers and modules for millimeter-wave configurations.
Lists OML Inc. modules for transmission and reception.
Details calibration kits and cable options from Virginia Diodes Inc.
Provides dimensions and equivalent designations for waveguide modules.
Covers module cable options and IF access for enhanced measurements.
Details options for time-domain, test set, and frequency offset capabilities.
Details components and considerations for the transmit site.
Covers calculations for effective radiated power, free-space loss, and AUT power.
Discusses dynamic range requirements and measurement accuracy factors.
Explains how to determine the required PNA sensitivity.
Covers selecting and configuring the LO source and its power requirements.
Discusses power levels at reference and test mixers.
Explains power levels at analyzer inputs and required sensitivity.
Details methods for measuring and calculating system measurement speed.
Discusses trade-offs and options for optimizing speed and dynamic range.
Covers options that enhance measurement sensitivity.
Explains the relationship and trade-offs between speed and dynamic range.
Describes the PNA-X N5242A network analyzer.
Describes the PNA-L N523xA network analyzer.
Describes the PNA N5222A network analyzer.
Shows rear connectors for the PNA E836xC network analyzer.
Shows rear connectors for PNA-X and N5264A measurement receiver.
Explains different configurations of the 85309B LO/IF distribution unit.
Guides on setting up the PNA LO for an 8.33 MHz IF signal.
Compares 8510/8530 system components with PNA replacements.
Describes Keysight's PNA Series microwave network analyzers.
Details various PNA Series hardware and software options.
Covers options for pulsed RF measurements.
Lists output power limits and remote mixer distance calculations.
Details various options for the 85309B unit.
Describes special options to increase LO output power for extended mixer distances.
Details the features and operation of 85320A test mixers.
Details the features and operation of 85320B reference mixers.
Specifies operating frequency ranges and maximum input levels for mixer modules.
Lists LO signal power and conversion loss data for mixer modules.
Details available test set options for the N5280/1A converter.
Provides physical dimensions for the N5280/1A frequency converter.
Lists detailed specifications for various Keysight amplifiers.
Explains PIN switch use for antennas with multiple test ports or polarization.
Details PIN switch use for measuring co- and cross-polarized responses.
Covers PIN switch use for rapid polarization switching in RCS applications.
Shows conceptual configurations for complex PIN switch setups.
Lists insertion loss and power handling for PIN switches.
Provides connector information for PIN switches.
Explains how to set drive levels for ON/OFF states of PIN switch ports.
Summarizes physical, environmental, and power specifications for PIN switches.
Defines key terms related to data security and declassification.
Explains procedures for managing PNA memory.
Explains how to blank screen information for security.
Details how to secure USB write capability.
Discusses security for remote access interfaces like LAN, GPIB.
Step-by-step guide to measuring 8510 noise levels.
Describes how to adjust PNA IF BW to match 8510 noise levels.
Steps for obtaining GPIB addresses of external sources.
Guides on configuring PNA analyzers to recognize external sources.
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