Descriptions:
Coaxial calibration kits are standard devices used for vector network analyzer calibration, ensuring measurement accuracy by eliminating systematic errors. Their core function is to provide known reflection/transmission characteristics (such as open circuit, short circuit, and matched load).
Typical Applications:
Communication Testing: Scattering parameter calibration for 5G base stations and satellite communications.
Instrument Verification: Detection of systematic errors in network analyzers.
Industrial Fields: High-frequency signal calibration in automotive electronics and aerospace
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Features： High-Frequency Performance: Support DC~110GHz frequency range,with 1.0mm interface adapters achieving up to 110GHz. Low Loss: Insertion loss as low as 0.2dB/3GHz, VSWR ≤1.25. High Reliability: Withstands voltage up to 1500V, operating temperature range of -65℃ to +165℃. Versatile Interfaces: Compatible with SMA, BNC, MCX, and other interfaces, with some supporting customization.
Features: High-Frequency Performance: Supports DC~110GHz frequency range (e.g., 2.92mm connectors), utilizing coaxial structure to reduce signal interference. Mechanical Design: Threaded (e.g., N-type, SMA) or bayonet-style (e.g., BNC) connections ensure stable contact. Standardization: Impedance is typically 50Ω (some 75Ω), complying with international standards such as MIL-C-39012
Features High-Frequency Performance: Supports DC-110GHz frequency range with low insertion loss (e.g., 0.1-0.5dB) Shielding Performance: Metal braided outer conductor provides high interference resistance Impedance Matching: Standard 50Ω (few 75Ω) ensures efficient signal transmission Mechanical Characteristics: Flexible/semi-flexible/semi-rigid types adapt to various installation requirements
Features: High Frequency: DC~110GHz,Isolation Up to 90dB. High Reliability: Mechanical lifespan of up to 2 million cycles, suitable for extreme environments ranging from -55℃ to 85℃. Fast Switching: Electromagnetic switching time ≤15ms, supports manual/program-controlled
