Main Features:
- It has a dynamic range of up to 140dB for accurate measurement of devices with high rejection ratio
- The test speed of 4us/point can greatly improve the production line test efficiency
- Higher stability can meet the needs of high-precision testing;
- Its functions are more abundant; in addition to the standard time domain analysis function, there are automatic fixture removal function and advanced time domain analysis function for selection
- It is smaller in size and lighter in weight, and more testing instruments can be arranged in the same footprint.
- It has two models, namely, overhead (2U) and desktop (5U);
- It has a four-port option, and a single connection can realize measurement of all 16 S-parameters of the four-port network, and measurement of balance parameters;
- It has powerful data analysis capabilities, such as ripple test, bandwidth test, limit test and other functions, which is convenient for users to determine the qualification and improve the test efficiency;
- It has a LAN interface for remote control and system interconnection and comes with six USB ports
- It can record SCPI instructions synchronously and generate scripts with one click.
- It uses 12.1-inch screen to display multi-parameters on the same screen, with multi-touch operation.
Wide Dynamic Range
It has a dynamic range of up to 140dB (IFBW=10Hz) for accurate measurement of devices with high rejection ratio.
Super Fast Sweep
Its sweep speed is significantly improved compared with the previous-generation products, which can improve the measurement reaction speed and improve the measurement efficiency in high-speed cable testing, chip production line testing, filter commissioning and other fields.
Fast Analysis of Signal Integrity
It has the function of generating and analyzing virtual eye diagram based on network parameters. Depending on the standard of high-speed digital communication, it can perform efficient Pass/Fail testing using a pre-defined eye diagram template. It can apply jitter, noise and other interference on the simulated eye diagram, and simulate the simulated eye diagram of different positions of high-speed link in real environment by adding correction algorithms such as pre-weighting and equalization.
Desktop Model (2U)
It is applicable to automatic testing, system integration, unmanned factory, and other application scenarios.



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