Comprehensive test and measurement service provider-Shenzhen Weike Electronic Technology Co.
New Architecture, Higher Accuracy
SNA6000A vector network analyzer adopts a new internal architecture with more powerful data processing capability and faster response speed, which can easily realize 4-port S-parameter measurements, differential (balanced) measurements, time-domain measurements, bandwidth, Q-value and other one-key measurements. And its dynamic range is up to135dBIt has extremely low phase noise, which helps engineers to obtain accurate and reliable test results even in demanding test scenarios.
Switch Matrix - Easily Realize Multi-Port Device Testing Needs
Switching matrix can make the connection of multi-port device testing easy, and it is also an important part of the automatic test system, playing the role of controlling the signal flow. DYNAM's SSM5000A series RF switching matrix, with a frequency range of 9kHz~26.5GHz, is compatible with all of DYNAM's vector network products, and a single unit can expand the output ports up to 24, which can be continued to be stacked. Compared with the traditional measurement method, the measurement speed is greatly improved by using RF switch matrix, which can help engineers easily realize the connection and test of vector network analyzer and multi-port DUT, and also greatly adapt to the production line use scenario.
Mixer Measurements
Mixers are important components of microwave millimeter wave systems, and their characteristics directly affect the performance of the equipment or instrument. In all stages of mixer development and production, it is necessary to measure its performance indicators.
Traditional vector network analyzers only have two ports and one built-in signal source, and need to use external signal source to provide the signal of local oscillation in order to measure the mixer, which is not only cumbersome to operate, but also slow to measure and has a large error. On the other hand, Tingyang SNA6000A series vector network analyzers have 4 ports and two independent signal sources built-in, which can directly measure the frequency conversion loss of the mixer without the need of external signal source and controller.
Traditional vector network analyzers only have two ports and one built-in signal source, and need to use external signal source to provide the signal of local oscillation in order to measure the mixer, which is not only cumbersome to operate, but also slow to measure and has a large error. On the other hand, Tingyang SNA6000A series vector network analyzers have 4 ports and two independent signal sources built-in, which can directly measure the frequency conversion loss of the mixer without the need of external signal source and controller.
Pulse measurement function
Enhanced Time Domain Analysis TDR
The SNA6000A supports an advanced time-domain analysis function (TDR) that accurately measures the characteristic impedance of a transmission line and helps locate the exact position of breaks or shorts. In addition, the SNA6000A's TDR function generates eye diagrams through internal simulation, enabling efficient waveform conformance testing without the need for an additional pattern generator. The eye diagram function can be used to visually analyze noise, jitter, and inter-code crosstalk in signal transmission, etc. The TDR function can be widely used in PCB impedance testing, material performance testing, and transmission line quality testing.
Accurate characterization and measurement of dielectric properties of materials
Tingyang Technology's complete solution for material measurement, including SNA series vector network analyzers, MT Material Measurement Analysis Software, KWR42A waveguide calibrators and fixtures, helps users to efficiently and accurately characterize and measure the dielectric properties of materials.The SNA series vector network analyzers combine excellent measurement integrity and affordability with measurement wizards to guide users through the material measurement process. Measurement results can be plotted in a variety of formats to help you better analyze your measurements, making them ideal for laboratories, research institutes, and educational environments.
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| model number | Output frequency range | port number | Amplitude resolution | IF bandwidth range | Output power setting range | dynamic range | Front Panel Jumpers |
|---|---|---|---|---|---|---|---|
| SNA6034A | 100 kHz - 26.5 GHz | 4 | 0.05dB | 10 Hz~3 MHz | -55 dBm ~ +10 dBm | 135dB | / |
| SNA6032A | 100 kHz - 26.5 GHz | 2 | 0.05dB | 10 Hz~3 MHz | -55 dBm ~ +10 dBm | 135dB | / |
| SNA6024A | 100 kHz - 13.5 GHz | 4 | 0.05dB | 10 Hz~3 MHz | -55 dBm ~ +10 dBm | 135dB | / |
| SNA6022A | 100 kHz - 13.5 GHz | 2 | 0.05dB | 10 Hz~3 MHz | -55 dBm ~ +10 dBm | 135dB | / |
| SNA6134A | 100 kHz - 26.5 GHz | 4 | 0.05dB | 10 Hz~3 MHz | -55 dBm ~ +10 dBm | 135dB | there are |
| SNA6132A | 100 kHz - 26.5 GHz | 2 | 0.05dB | 10 Hz~3 MHz | -55 dBm ~ +10 dBm | 135dB | there are |
| SNA6124A | 100 kHz - 13.5 GHz | 4 | 0.05dB | 10 Hz~3 MHz | -55 dBm ~ +10 dBm | 135dB | there are |
| SNA6122A | 100 kHz - 13.5 GHz | 2 | 0.05dB | 10 Hz~3 MHz | -55 dBm ~ +10 dBm | 135dB | there are |
| Specification | |||
|---|---|---|---|
| frequency range | 100kHz~13.5 GHz/26.5 GHz | port number | 2/4 |
| frequency resolution | 1 Hz | communications interface | LAN, USB Device, USB Host (USB-GPIB) |
| Amplitude resolution | 0.05 dB | remote control | SCPI / Labview / IVI based on USB-TMC / VXI-11/ Socket / Telnet / Webserver |
| IF bandwidth range | 10 Hz~3 MHz | DC bias function | be in favor of |
| Output power setting range | -55 dBm ~ +10 dBm | screen size | 12.1 inches |
| dynamic range | 135 dB | video output | HDMI |
| Calibration type | Response Calibration, Enhanced Response Calibration, Single Port Calibration, Full 2-Port Calibration, Full 3-Port Calibration, Full 4-Port Calibration, TRL Calibration | Measurement and analysis type | S-parameter measurement, differential (balanced) measurement, receiver measurement, time domain analysis, TDR, limit test, ripple test, bandwidth analysis, impedance conversion, port matching, de-embedding function, spectrum analysis function, frequency bias function, scalar mixer measurement, etc. |
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