Vector Network Analyzer

SNA3308/SNA3308U

The SNA3308/SNA3308U are vector network analyzers (VNAs) from the same series, covering a frequency range of 10 MHz to 8.5 GHz. Both models integrate 4 ports into a single device, making them suitable for RF performance test of cables, PCBs, filters, and more.

The SNA3308 features a PXIe standard 3U design, compressing the 4-channel VNA into just 2 slots. This design effectively saves space and reduces costs, making it ideal for highly integrated and automated test systems. It enhances test efficiency and simplifies scaling.

The SNA3308U, on the other hand, adopts a portable USB design with Type-C and Thunderbolt interfaces. Its portable design allows you to perform testing tasks anytime, anywhere, without being limited by location.

These two vector network analyzers are designed to meet diverse testing needs, including laboratory measurements, production line testing, and on-site portable testing.

Technical Indicators

Vector Network Analyzer
Model
SNA3308
SNA3308U
Bus Interface
PXIe
Type-C (Thunderbolt)
Frequency
Frequency Range
10MHz – 8.5GHz
Frequency Resolution
1Hz
Full Frequency Accuracy
±5 ppm
Number Of Test Ports

4

Port Switchover Time
≤1ms
Measurement Bandwidths
 100Hz – 300KHz
Dynamic Range
 125dB
Power
Power Range
-30 dBm – +5dBm
Power Accuracy
±1.5 dB
Power Resolution
0.05dB
Harmonic Distortion
-20dBc
Non-harmonic Spurious
-20dBc
Damage Level
>+26dBm
Noise Floor
-125dBm/Hz
Trace Noise Magnitude (If Bandwidth 1 kHz)
0.003 dB rms
Trace Noise Phase (If Bandwidth 1 kHz)
0.05 deg rms
Directivity
45dB
Source Match
40dB
Vector Network Analyzer
Load Match
45dB
Input Power
9V DC – 15V DC
Size
SNA3308
PXIe 2 slot
SNA3308U
324mm×189mm×97mm

 

Software

The interactive software features a clean and intuitive design, catering to both automated testing and interac-tive use scenarios. It supports testing functions such as S-parameters, time-domain TDR/TDT, and noise figure measurements, meeting the application needs for filter, mixer, and high-speed connector testing.