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Agilent 8753A RF Network Analyzer (300 kHz – 3 GHz) with 85046A Test Set
The Agilent 8753A RF Network Analyzer is a high-performance, versatile instrument designed for precise S-parameter measurements in the 300 kHz to 3 GHz frequency range. This analyzer is ideal for testing and characterizing a wide range of RF and microwave components, including amplifiers, filters, antennas, and mixers, making it an essential tool for engineering, production, and research in industries such as telecommunications, aerospace, and electronics.
Paired with the Agilent 85046A test set, the 8753A delivers excellent measurement accuracy and performance for both passive and active devices, providing key insights for component design, system integration, and performance verification.
Key Features:
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Wide Frequency Range (300 kHz – 3 GHz):
The Agilent 8753A covers a wide frequency range, enabling you to test a variety of RF and microwave devices used in wireless communications, satellite systems, radar, and more. -
Comprehensive S-Parameter Measurements:
Supports full two-port measurement capabilities, including S11, S21, S12, and S22, ideal for testing both passive and active devices like amplifiers, filters, mixers, and antennas. -
High Measurement Accuracy:
Features high-precision measurements with excellent magnitude and phase accuracy to provide reliable and repeatable results, even for complex devices. -
85046A Test Set:
The included 85046A test set provides high-performance measurements by offering high isolation and low insertion loss, making it an ideal companion for the 8753A to extend measurement capabilities. -
Time Domain Analysis (Optional):
The analyzer supports time-domain analysis with optional software, enabling users to observe the behavior of components over time and troubleshoot devices in the time domain for deeper insight. -
Built-in Display and User Interface:
The 8753A features a built-in, easy-to-read graphical display for real-time measurement visualization. The user-friendly interface allows quick configuration and easy interpretation of results, even for complex measurements. -
Calibration & Error Correction:
The 8753A supports multiple calibration techniques, including SOLT (Short-Open-Load-Thru), ensuring that measurements are accurate and corrected for systematic errors. Error correction helps eliminate fixture losses and cable effects. -
Remote Control and Automation:
The 8753A is equipped with GPIB (IEEE-488), RS-232, and Ethernet interfaces, allowing it to be easily integrated into automated test systems or used for remote testing, increasing testing efficiency. -
Multi-Channel Testing:
With the option for multi-channel operation, the 8753A can perform simultaneous measurements across multiple channels, improving testing throughput and efficiency for high-volume production.
Applications:
✔ RF and Microwave Component Testing: Ideal for testing filters, amplifiers, mixers, antennas, and cables.
✔ Antenna and Cable Testing: Suitable for testing the performance of antennas, cables, and connectors.
✔ Wireless Communications: Test cellular, Wi-Fi, satellite, and radio frequency systems.
✔ Radar Systems: Assess components and subsystems for military and aerospace radar applications.
✔ Research and Development: Widely used in universities and labs for microwave research and prototype testing.
Benefits:
- Versatile Measurement Capabilities for testing both active and passive RF devices.
- Wide Frequency Range (300 kHz – 3 GHz), making it suitable for a variety of RF and microwave applications.
- Highly Accurate Measurements with excellent magnitude and phase accuracy.
- Time Domain Analysis for deeper insights into device behavior.
- Remote Control and Automation for high-throughput testing and integration into production environments.
- User-Friendly Interface with a built-in display for quick and easy configuration and interpretation.
The Agilent 8753A RF Network Analyzer, when paired with the 85046A test set, provides precise, high-quality measurements and is an indispensable tool for testing and characterizing RF devices in development, manufacturing, and quality control. Its wide frequency range, advanced features, and integration options make it perfect for use in telecommunications, aerospace, and research applications.
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