Viral R&s Znb 20 Vector Network Analyzer - 4-ports - Znb20 Vna Win Embedded Std Series [h85RaYCO]

4-Port Vector Network Analyzer - R&S ZNB 20

The R&S ZNB 20 Vector Network Analyzer is a cutting-edge instrument designed for precision measurements in high-frequency applications. This 4-port analyzer is a powerful tool for engineers and researchers, offering unparalleled performance and reliability. With its advanced features, the ZNB 20 ensures accurate and efficient testing, making it an essential component in any lab or testing environment.

• High Precision: The R&S ZNB 20 delivers exceptional measurement accuracy, ensuring reliable results for your critical applications.
• Wide Frequency Range: From 9 kHz to 20 GHz, this analyzer covers a broad spectrum, making it suitable for a wide range of applications.

Technical Specifications and Properties

The R&S ZNB 20 is equipped with a robust set of specifications that make it a standout in its class. With a part number of 1311.6010K64 and a model number of ZNB20, this analyzer is part of Rohde and Schwarz's premium line of test equipment. The SKU is 19-75356, and its reference number is 23-107739.

• 4-Port Configuration: The 4-port design allows for complex measurements, enabling you to analyze multiple signals simultaneously.
• Win Embedded Std: The R&S ZNB 20 comes with a user-friendly interface that runs on Win Embedded Std, ensuring compatibility and ease of use.

Practical Applications and Benefits

The R&S ZNB 20 Vector Network Analyzer is ideal for a variety of applications, including wireless communication, aerospace, and defense industries. Its high precision and wide frequency range make it suitable for complex measurements in demanding environments.

• Wireless Communication: The analyzer is perfect for testing components and systems in cellular networks, satellite communications, and wireless infrastructure.
• Aerospace and Defense: Its rugged design and reliable performance make it a trusted tool for aerospace and defense applications, ensuring accurate testing of critical systems.