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E8364B PNA Series Network Analyzer, 10 MHz to 50 GHz
Category:
Network analyzer
Desktop network analyzer
Product Attachment:
- Product Description
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- Brand: 是德科技
- Commodity name: E8364B PNA Series Network Analyzer, 10 MHz to 50 GHz
- Brand: Keysight Technologies
High-Performance Vector Network Analyzer E8364B: 50GHz Ultra-Wideband Measurement, Empowering High-Frequency Electronics Innovation
The E8364B, a core product in Keysight's PNA series, is a vector network analyzer designed for high-frequency, high-precision component testing. Its 10 MHz to 50 GHz ultra-wide frequency coverage, combined with excellent dynamic range and flexible calibration techniques, is widely used in cutting-edge fields such as 5G communication, millimeter-wave radar, and semiconductor R&D, providing engineers with efficient and reliable test solutions.学ぶI. Core Technical Specifications
Ultra-Wide Frequency Coverage and High-Precision Measurement
E8364B basic model supports 10 MHz to 50 GHz broadband measurement, which can meet the testing needs of most high-frequency components (such as millimeter-wave antennas, RF chips). With optional expansion modules, the frequency range can be further extended to higher bands (requires confirmation based on specific configuration).Industry-Leading Dynamic Range and Stability- 104 dB Dynamic Range : Achieves industry-leading signal capture capability within the 50 GHz band, clearly distinguishing weak signals from strong interference.学習
- <0.006 dB Trace Noise : Extremely low noise level ensures measurement stability and repeatability, especially suitable for high-precision R&D scenarios.学ぶ
- <26 microseconds / point measurement speed : Supports 32 independent channels, with up to 16,001 measurement points per channel, significantly improving batch test efficiency.学習
Intelligent Calibration and Multi-Parameter Analysis Capabilities- TRL/LRM Calibration Technology : Supports high-precision calibration in complex scenarios such as on-wafer, in-fixture, waveguide, and antenna, ensuring consistency across different test environments.学ぶ
- Multi-Parameter Synchronous Measurement : Can simultaneously measure key parameters such as mixer conversion loss, return loss, isolation, and group delay, and supports amplifier gain compression, intermodulation distortion (IMD), and pulsed RF tests.学習
II. Application Areas and Advantages
5G Communication and Millimeter-Wave Technology
The E8364B can accurately analyze S-parameters of 5G base station antenna arrays and RF front-end modules. Its wide dynamic range and low noise characteristics help efficient debugging of millimeter-wave signals (such as 28 GHz, 39 GHz bands), shortening product time-to-market. Typical applications include:- Millimeter-wave Antenna Gain and Pattern Test
- RF Chip Linearity and Power Consumption Optimization
- Base Station RF Module Integration Test
Semiconductor and Materials R&D
In conjunction with TRL/LRM calibration technology, the E8364B can perform high-resolution measurements on wafer-level devices, supporting:- Characterization of RF chips (e.g., GaN power amplifiers)
- Dielectric constant testing of new microwave materials (e.g., high-frequency PCB substrates)
- Process validation of semiconductor processes (e.g., photolithography, etching)
Radar and Military Electronic Systems
In radar component testing, the E8364B's wide dynamic range and low noise characteristics can effectively evaluate the performance of transmit/receive modules, ensuring system reliability in complex electromagnetic environments:- Radar Antenna Beamforming and Sidelobe Suppression Test
- Amplitude and Phase Consistency Calibration of Phased Array Radar Components
- Evaluation of Anti-Interference Capability for Military Electronic Equipment
III. Design Highlights and User Value
Modularity and Scalability
The instrument supports optional function modules such as time-domain analysis and vector error correction, allowing users to flexibly configure it according to their needs, adapting to diverse scenarios from basic testing to high-end research. For example:- Adding a pulse test module can meet the pulsed signal analysis needs of radar systems
- Configuring a multi-port expansion module enables rapid testing of Multiple-Input Multiple-Output (MIMO) antenna systems
Convenient Operation and Data Management
Intuitive graphical interface combined with automated test software simplifies operation procedures and generates professional reports. Data storage and export functions support seamless integration into R&D management systems, improving collaboration efficiency.学ぶLong-Term Investment Protection
Keysight's hardware design and calibration algorithms ensure the instrument maintains high precision during long-term use, while its modular design supports future functional upgrades, extending equipment lifespan. For example, software upgrades can add testing support for the latest communication standards (such as 6G).IV. Typical Configurations and Industry Cases
- Basic Configuration : 10 MHz to 50 GHz frequency range, 2-port measurement, suitable for general RF component testing.学ぶ
- Extended Configuration : Adding a pulse test module or multi-port extension can meet the complex testing needs of radar systems and high-speed communication equipment.学ぶ
- Industry Case Study : A research team at a certain university used the E8364B for millimeter-wave antenna array optimization, successfully increasing antenna gain by 3dB and shortening the R&D cycle by 20% using its high-precision measurement data.学習
V. Alternative Models and Technological Evolution
The E8364B has been discontinued, and its functions are succeeded by E8364C and N52 series PNA-X Network Analyzers inherited. The new generation products have been upgraded in the following aspects:
- Higher Frequency Coverage The N5235B supports 10 MHz to 50 GHz, and the N5244B supports 10 MHz to 67 GHz.
- Stronger nonlinear measurement capabilities Integrated built-in pulse generator and harmonic measurement module, supporting more complex RF signal analysis.
- Intelligent test process Automated testing and data analysis are achieved through PathWave software, improving testing efficiency.
The E8364B vector network analyzer, with its superior performance, flexible configuration, and wide applicability, has become a classic tool for engineers in the high-frequency electronics field. Whether in laboratory R&D or production line testing, its precise data support and efficient testing capabilities create significant value for users. -
Option Type Specific Option Function Description Notes Basic Hardware Configuration Standard Configuration Frequency range 10 MHz to 50 GHz, supporting 2-port S-parameter measurement. No official frequency extension options. 4-Port Expansion Some documents mention that it can be upgraded to a 4-port test set via an option (such as the 146/246 option similar to the N5230C). Compatibility needs to be confirmed with the official. Hardware version and firmware compatibility need to be verified. Calibration and Measurement Enhancement N4691D Electronic Calibration (ECal) Module Supports fast automated calibration, reducing calibration time and complexity, compatible with 2.4mm connectors. Needs to match the test frequency range and connector type. HP85052B Calibration Kit 3.5mm calibration kit, supporting TRL/LRM calibration technology, suitable for high-precision measurement scenarios such as wafers, fixtures, and waveguides. Needs to match the test frequency range and connector type. HP85056A Calibration Kit 2.4mm calibration kit, compatible with higher frequency millimeter-wave device testing. Needs to match the test frequency range and connector type. TRL/LRM Calibration Support Built-in algorithm supports high-precision fixture and wafer-level measurements. No additional options required, it is a built-in function. Dynamic Uncertainty Analysis Evaluate the error range of the measurement results to improve data reliability (may require software option support). Need to confirm whether a separate software option is required. Function Expansion and Advanced Measurement UNL Option Expands the power range and provides a bias T-type connector, suitable for active device testing. Compatibility with E8364B needs to be verified. H85 Option Expands the power range, supporting high-power device testing. Compatibility with E8364B needs to be verified. 080 Option Frequency offset mode, enhances the accuracy of nonlinear measurements. Need to confirm whether a separate software option is required. 010 Option Time Domain Reflectometry (TDR), used for filter tuning, fault location, etc. No additional options required, it is a built-in function. Integrated Spectrum Analysis Function Enables integrated network and spectrum testing. Some documents do not clearly state whether a separate option is required. It is recommended to refer to the official documentation. Software and Automation Pulse RF Test Kit Supports pulse signal measurement and analyzes the response characteristics of devices under pulse excitation. Requires option support (such as the H08 option similar to E8363B), compatibility needs to be verified. Nonlinear Measurement Software Such as mixer test algorithms, including vector error correction technology. Need to confirm whether a separate software option is required. GPIB/USB/LAN Interface Supports remote control and automated test processes. Standard configuration, no additional options required. Other Useful Options 19-inch Rack Mount Bracket Suitable for standard rack deployment, improving laboratory integration. Specific codes need to be referenced from the official documentation. Bias T-Type Connector Provides DC bias capability, suitable for active device testing. Some options (such as UNL) are already included; confirm whether separate configuration is needed. Key Tips:
- Compatibility Verification :Compatibility of 4-port expansion, high-power testing (H85), pulse RF test kit, etc., needs to be confirmed with the E8364B hardware version and firmware.
- Calibration Kit Matching :Calibration kits (such as HP85052B) must strictly match the test frequency range and connector type (such as 3.5mm).
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