Product Overview

3671 Series Vector Network Analyzers include 3671C (100kHz/10MHz ～ 14GHz), 3671D

(100kHz/10MHz～20GHz), 3671E (100kHz/10MHz～26.5GHz). 3671 series vector network analyzers

provide multiple calibration types including frequency response, single port, response isolation, enhanced

response and full dual-port, electronic calibration etc., They can offer various display formats such as

logarithmic amplitude, linear amplitude, standing-wave, phase, group delay, Smith chart and polar

coordinates, etc. They are equipped with several standard interfaces: USB, LAN, GPIB, VGA and HDMI

etc. Besides all measurement functions same as traditional vector network analyzer, through configuration

of functional options, 3671 analyzers are also capable of multifunctional & comprehensive parameter test

of amplitude-frequency characteristics, phase-frequency characteristics and group delay characteristics.

The 3671 series vector network analyzer retains the characteristics of high-end vector network analyzers,

including performance indicators, instrument appearance, display effects, software interface, etc., while

controlling the volume, weight, wind noise, etc. of the instrument to create a good experience for

customers. The product can be widely used in radar, communication, navigation and other fields, and is an

indispensable test equipment in the scientific research and production process of national defense industry

and universities.

Main Characteristics

⚫ Wider frequency coverage, the starting frequency as low as 100kHz

⚫ Optional IF bandwidth, the maximum IF bandwidth up to 30MHz

⚫ Advanced calibration methods, available calibration guidance, flexible calibration types, compatible

with various calibration kits

⚫ Available in multiple display formats such as logarithmic amplitude, linear amplitude, standing-wave,

phase, Smith chart

⚫ Chinese/English operation interface,12.1-inch 1280*800 high resolution touch screen

⚫ Record/run, one-click operation greatly simplifies the measurement setting steps and improves the

efficiency

⚫ Advanced time-domain analysis included TDR impedance measurement, eye diagram analysis

function