Rohde amp; S ZNA67 is a high-performance vector network analyzer that covers 10 MHz – 67 GHz, offering 2 or 4 port configurations with typical dynamic range gt;140 dB， Display an average noise level of about -150 dBm, suitable for high-precision S-parameter measurement of millimeter wave devices.
Rohde&Schwarz Vector Network AnalyzerR&S ZNA67
The brand to which this instrument belongs has long been deeply involved in the fields of testing, measurement, and communication technology, focusing on providing reliable electronic testing solutions for various industries. Its instrument products have been recognized by the industry for their precise performance indicators, stable operating performance, and good scene adaptability. It has accumulated deep technical reserves in the fields of communication, aerospace, semiconductors, and education and research. The R&S ZNA67 focuses on network analysis from radio frequency to millimeter wave, suitable for high-frequency applications such as 5G, satellite communication, radar, etc., and can meet the full cycle testing needs of radio frequency devices from research and development to mass production.
Ultra wide frequency coverage and high dynamic rangeFrequency coverage of 10 MHz – 67 GHz, typical dynamic range>140 dB, displayed average noise level of about -150 dBm, suitable for high-precision testing of high suppression filters or low insertion loss devices.
Multi source and multi receiver architectureIntegrate up to 4 internal phase coherent signal sources and 8 independent receivers, support multi-channel phase measurement and short scanning time, and adapt to parallel testing of multi port devices such as filters, multiplexers, and antenna arrays.
Pulse and Nonlinear Testing CapabilityBuilt in up to 4 internal pulse modulators and pulse generators, supporting pulse RF signal analysis, suitable for pulse characteristic testing of radar modules or power amplifiers; The AM-AM and AM-PM nonlinear characteristics of the measurable amplifier.
Multi functional measurement and signal integritySupport time-domain analysis (fault location), eye diagram and vector mixer measurement, provide frequency conversion measurement for mixers/inverters without local oscillator access, ensure signal integrity and meet advanced mixer testing requirements.
Flexible Expansion and System IntegrationCompatible with 1.85mm (positive) connectors, expandable to 110 GHz/1.1 THz through R&S ZVA-Z/ZC frequency converter; Optional direct channel access and step attenuator, expand power range, adapt to external testing settings and system integrationRohde & Schwarz.
Efficient calibration and remote controlBuilt in advanced calibration technology (such as TRL/LRL/LRM) reduces system errors and supports fixture embedding function; Compatible with SCPI instruction set, supports real-time measurement uncertainty calculation (METAS VNA Tools), improves testing accuracy and automation efficiency.
Development and validation of millimeter wave devicesAdapt to high-frequency applications such as 5G millimeter wave, satellite communication, and radar, perform high-precision S-parameter, group delay, and insertion loss measurements on devices such as filters, multiplexers, and antenna arrays, and support characteristic analysis of high suppression system devices.
Mass production testing of RF componentsRelying on high dynamic range and multi port parallel testing capabilities, it meets the production and testing needs of RF components such as filters, amplifiers, and high-speed connectors, supports automated testing processes, and improves production line efficiency.
Radar and Aerospace TestingSupport pulse RF signal analysis and nonlinear characteristic measurement, adapt to the pulse characteristics and anti-interference performance verification of radar modules, power amplifiers, and satellite communication devices.
High speed digital and signal integrityEmbedding functions through time-domain analysis and fixtures for fault location (such as cable breakpoint detection) and signal integrity verification of PCBs, high-speed signal lines, or connectors.
Frequency conversion and mixer testingSupport vector mixer measurement and frequency conversion measurement without local oscillator access, research and performance verification of compatible mixers, frequency converters, and other devices.
Analysis of High Frequency Characteristics of MaterialsHigh frequency magnetic permeability and dielectric constant (1 GHz – 18 GHz) of measurable materials, suitable for RF material development and characteristic evaluation.
