VNA3000 series vector network analyzer

VNA3000 series vector network analyzerAlthough it has a compact architecture, it can achieve high-precision testing. 8.5GHz frequency coverage for mainstream communication and sweep testing; The output power is adjustable from -55dBm to+13dBm, making it easy to drive low-noise amplifiers in all scenarios; 125dB dynamic range combined with 10Hz narrow intermediate frequency can stably capture weak signals; A scanning speed of 40 μ s/pts effectively improves the efficiency of production line testing; 0.003dB rms noise ensures data stability, 2/4 ports meet multi device and balance testing requirements, equipped with complete interfaces such as USB and LAN, achieving instrument performance and accurately supporting the entire process from research and development to mass production.

VNA3000 series vector network analyzerTechnical parameters:

Frequency range: 100kHz~8.5GHz

Number of ports: 2/4
Intermediate frequency bandwidth range: 10Hz to 3MHz
Dynamic range:>125dB
Frequency resolution: 1Hz
Output power setting range: -55dBm to+13dBm
Measurement speed: 40 μ s/pts

Selection of VNA3000 series vector network analyzer:

>125dB dynamic range

>The dynamic range of 125dB optimizes the link noise and reception sensitivity, ensuring measurement stability in long-distance high loss scenarios. Whether it is a weak signal outside the high attenuation filter band or a small reflected signal from a high isolation module, it can be stably captured to avoid the problem of bottom noise flooding

Unlock multi-dimensional signal insights beyond S parameters
S-parameter measurement
Used to accurately describe how the device under test (DUT) interacts with RF signals
Balance measurement
Balance measurement can directly output differential, common mode signals, and CMRR values, effectively simplifying the testing process of high-speed interfaces
Receiver measurement
Receiver ratio mode and infinite rate mode/can be flexibly switched
Wave quantity

Wavequantity measurement can independently analyze incident waves, reflected waves, and transmitted waves, supporting mixer and pulse measurement

Calibration, full coverage, precise embedding
Basic calibration
OSL、SOLT、SOLR、QSOLT、 Response calibration, enhanced response calibration, electronic calibration
Power calibration
Source power calibration, receiver power calibration
Calibration Assistance and Management
Port expansion and calibration kit management
Fixture simulation

Apply fixtures, remove embeddings

Time domain conversion analysis, easy to locate faults at a glance
Flexible configuration of time domain range
Free switching of transformation modes
Rich selection of door control types

Gate control shape parameters adjustable

Intelligent cursor search, quickly locate key features
Vernier difference, discrete, fixed/normal, tracking
Peak&Multi Peak, Target&Multi Objective

Bandwidth and notch search

40 μ s high-speed scanning, efficient collaboration
scan time
< 40μs/pts ( 100kHz IFBW )
< 157ms/pts ( 10Hz IFBW )
Maximum 10000 times average

Flexible collaborative delay aperture

Extreme verification is reliable and worry free
limit test
Simulate working conditions and comprehensively evaluate the device's ability to withstand pressure and reliability boundaries
ripple test
Accurately quantify in band flatness to ensure signal transmission consistency
Bandwidth verification

Accurately capturing passband characteristics, strict indicators can be determined through testing