Siglent SNA5002A Vector Network Analyzer

Product no.: SNA5002A


can be shipped within 5-10 days

6,600.00

Netto

incl. 19% VAT

Volume Discounts on request       

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Available delivery methods: Siglent Promotional shipping, DHL Express Delivery, DHL standard delivery | Switzerland, DHL standard delivery, DHL standard delivery, DHL standard delivery, Promotional shipping, Own carrier number
 

SNA5000A vector network analyzer series

With a frequency range from 9 kHz to 8.5 GHz, the SNA5000A series provides reliable automatic measurements and numerous functions, available in models with 2 and 4 channels.

 

 

Network analyzer SNA5002A

The vector network analyzer SNA5002A has a frequency range from 9 kHz to 4.5 GHz and has 2 channels. Designed to give instant insight into scatter, difference and time domain measurements. The Vector Network Analyzer is an effective tool for determining the Q factor, bandwidth and insertion loss of a filter. The device offers an impedance conversion, movement of the measuring plane, limit value test, ripple test, device simulation and adjustments when removing / inserting adapters. There are five types of sweeps: linear frequency, log frequency, power sweep, CW time and segment sweep mode. The SNA5000A series VNAs also support scatter parameter correction from SOLT, SOLR, TRL, Response and Enhanced Response for greater flexibility in R&D and manufacturing applications. The Siglent SNA5000A have a very well thought-out and easy-to-use operation, which at the same time offers extensive comfort functions for all tasks. The menu navigation is intuitive to use and all functions and parameters are easy to use thanks to a graphic display. A total of five sweep types are possible, including linear frequency mode, logarithmic frequency mode, power sweep mode, CW time mode and segment sweep mode.

SNA5002A-front
 

Key Features

  • Bandwidth 9 KHz to 4.5 GHz
  • Rated output power 180 W, 360 W, 720 W, 1080 W.
  • USB interface, USB host interface, LAN control interface
  • HDMI video interface
  • Embedded web server provides remote control through a web browser without the need for drivers or software
  • Frequency resolution: 1 Hz
  • Level resolution: 0.05 dB
  • IFBW range: 10 Hz ~ 3 MHz
  • Supports bias teas
  • Remote control via SCPI / Labview / IVI based on USB-TMC / VXI-11 / Socket / Telnet / WebServer
  • 12.1 inch touch screen
  • Output level setting range: -55 dBm ~ +10 dBm
  • Dynamic range: 125 dB
  • Calibration Types: Response Calibration, Enhanced Response Calibration, Full One Port Calibration, Full Two Port Calibration, Full Three Port Calibration, Full Four Port Calibration, TRL Calibration

 

 

 

Measurement types & tests of the SNA5002ASNA5002A-Back

The following measurement types & tests are available for the SNA5002A spectrum analyzer.

  • Scattering parameter measurement
  • Difference parameter measurement
  • Receiver measurement
  • Time domain parameter analysis
  • Limit test
  • Ripple test
  • Impedance conversion
  • Fixture simulation
  • Remove / insert adapter

 

 

 

Highlights

 

 

SNA5_Smith

 

S-parameters and balance measurement

For the S-parameter measurement at 4 connections, several measurement curves can be added in different windows with the formats Log Mag, Lin Mag, Phase, Delay, Smith, SWR, Polar, etc. This is used to track transmission & reflection, load adjustment and directivity analysis. Measurement curves can be saved as references and limit values ​​for pass / fail tests can be added.

SNA5DynamicRange

 

Low noise floor & high dynamic measurements

The system dynamic range, the difference between the measurement power available at the test port and the noise floor of the receiver, are critical parameters of a VNA. The dynamic range of the SIGLENT SNA5000A series can be up to 125 dB @ 10 Hz and thus meets all specific requirements for RF tests, such as the simultaneous testing of in-band and out-of-band filters.

TDREyeMaskSNA5

 

Extended time domain analysis (TDR)

The SNA5000A supports the extended time domain analysis for measuring the impedance as a function of the distance in order to differentiate between inductive and capacitive transitions. With time domain gating we can isolate different sections of the device and see the effects in the frequency domain. Another application for TDR is the location of faults in coaxial cables in cellular and CATV installations.

Embedding_and_De_embedding

 

Embedding & de-embedding

In the RF and microwave domains, a major challenge is to effectively eliminate the deleterious effects of devices. In most cases, the test result includes the characteristics of the effect because the specific effect connects the test terminal of the device and the input terminal of the device during the SMD test. The SNA5000A uses several methods to minimize the effect caused by the fixture effect.

Calibration_Kit

 

Calibration kit

The SNA5000A supports the extended time domain analysis for measuring the impedance as a function of the distance in order to differentiate between inductive and capacitive transitions. With time domain gating we can isolate different sections of the device and see the effects in the frequency domain. Another application for TDR is the location of faults in coaxial cables in cellular and CATV installations.

SNA5000A_Serie

 

Device series SNA5000A

The SNA5000A series provides great user-friendliness and accessibility with an intuitive touch screen (12.1 inch) & numerous remote control options such as a free web interface. The numerous interfaces make working and transferring data sets easier. The SIGLENT vector network analyzers of the SNA5000A series have a frequency range from 9 kHz to 8.5 GHz, whereby models with 2 and 4 connections are available.

 

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