Pico Technology (Pico Technology) is fully utilized in compact USB instruments, and its rich experience in high-performance sampling oscilloscopes and time domain reflectors, publishing value of low cost, high quality based on PC vectors Network Analyzer.
If you are working on handling high-speed data, communication, or computational related work, you often need to characterize the performance of high-frequency interfaces, equipment, multiplexing and antennas. Nowadays, engineers and system integration do not have time to cultivate themselves into microwave experts. They need an intuitive, accurate, fast, portable and low measurement instrument, and it is best to support 5G, Internet of Things, radar, and material imaging and other development applications.
Picovna 106 is a new USB-controlled professional and laboratory grade 300 kHz to 6 GHz vector network analyzer in the UK, with unparalleled performance and portability. Although its shape is small, the price is low, the instrument is fully functional, the error rate is small, with "quad RX" four receiver architectures. This allows both 8 and 12 error calibrations, without the design of the three receiver designs, there is an unacceptable switching error, delay, and unreliability. The instrument supports "enhancement isolation correction" and "unknown straight" and other convenient calibration methods.
Picovna 106 has excellent dynamic range at 10 Hz bandwidth, up to 118 dB, and at its maximum bandwidth 140 kHz, trace base noise is only 0.005 DB RMS. It takes only 190 microseconds at each frequency point to collect all four scatter parameters; that is, it can generate a test, math, view, and EDA simulation tools compatible within less than one-tenth second. 500 points 2 ports of the S2P Touchstone file! This performance is compared to other full-featured vector network analyzers. Under the conditions of the same cost, more than four times the performance can be obtained; in fact, Picovna 106 is used as a high dynamic range scalar network analyzer or single-port vector reflection meter, its cost-effectiveness higher. This breakthrough solution is very economical, not only available in classrooms, small businesses and even amneurry studios, but also meets the needs of microwave laboratory and experts. Picovna 106 also includes a Bias-T circuit to facilitate an offset or test excitation.
Picovna 106 has a small size, light weight, low price and high performance, suitable for on-site service, installation test, embedding and training. Its remote automation interface is suitable for test automation, which can be used as the reflection or transmission measurement core of the embedded component. Example measurement environments include broadband interconnection, three-dimensional wiring, antenna, component and subsystem assembly, installation and aging failures in production, calibration, circulation, and service industries.
Picovna 106 features Microsoft Windows software that support various drawing formats, can be used for dual ports or single port parameters and vector views. They can be saved or exported into a variety of graphics and table formats, including Touchstone. The software contains (no additional payment) Fourier transform into time domain, fault point position diagnostics, and pulse response measurement. All situations provide nominal impedance conversion (10 Ω to 200 Ω), converted using mathematical methods or using impedance matters, and performs limit tests on Cartesian drawing format.
Using manual or automatic reference plane offset (requires, it can include complete independent offset of each scatter parameter), which can eliminate unwanted measurements from feed lines, probes, or test clamps. Alternatively, you can embed or remove the independent network at each port based on each of the measured or synthetic Touchstone files. Usually, for any vector network analyzer, when the measurement and network data sets do not share the same frequency point, embedding and de-embedding are often required.
Pico Technology (Pico Technology) also includes two sets of utilities in its free Picovna 2 software to handle gain compression (P1DB) and distortion from amplitude to adjustment. Both utilities use port power scan at each test frequency. Both measurements were extracted using a second order interpolation method.
Calibration standards and interconnects for vector network analysis determine performance and prices. PICO Technology (Pico Technology) provides PC3.5 and SMA, yin and yang test ports by flexible and phase and flatness stable test wires. Four matching calibration standards with traceability data are installed on a convenient yin and yang Solt hood. Similar to the test wire, SMA and PC3.5 calibration standards use a strong high-precision stainless steel joint.
Original link: https://www.eeboard.com/news/pico/
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