Keysight Essential Benchtop Vector Network Analyzers

Videos

This video introduces Keysight Essential Benchtop Vector Network Analyzers (VNAs), providing reliable throughput and accurate RF characterization for foundational network analysis. Essential VNAs are designed for engineers validating passive devices, high‑speed interconnects, and RF subsystems across commercial, aerospace, automotive, and research environments. With support for S‑parameters, phase response, group delay, and time‑domain analysis, these analyzers provide essential measurement capability in a dependable benchtop platform.

Essential VNAs offer dynamic range up to 100 dB, enabling accurate characterization of low‑power responses and detailed device behavior. With optional time‑domain reflectometry (TDR) capabilities, engineers can evaluate high‑speed digital links, detect impedance discontinuities, and assess signal integrity in modern high‑bandwidth systems. Optional software applications support cable and antenna testing, passive component verification, materials measurements, and advanced device modeling. With 2‑port configurations and frequency coverage up to 18 GHz, Essential VNAs deliver versatile performance for a wide range of network‑analysis needs.
 

Key features include:

  • Passive Component Test: Measure antennas, attenuators, filters, and other passive devices with S‑parameters, phase response, and group‑delay analysis.
  • 100 dB Dynamic Range: Ensure stable, repeatable measurements and capture low‑power responses accurately.
  • Signal Integrity Analysis: Use TDR capabilities to evaluate high‑speed interconnects, identify discontinuities, and optimize digital signal paths.
  • Specialized Software: Optional applications support cable/antenna testing, materials characterization, and advanced device modeling.
     

Essential Benchtop Vector Network Analyzers provide dependable RF and microwave characterization with wide dynamic range, accurate S‑parameter performance, and flexible software options. Engineers performing foundational network analysis, passive‑component verification, and signal‑integrity evaluation can rely on Essential VNAs for precise, repeatable measurements.