Used ROHDE & SCHWARZ R3767AH #9022783 for sale

ROHDE & SCHWARZ R3767AH
ID: 9022783
Vector network analyzer.
ROHDE & SCHWARZ R3767AH electronic test equipment is a high frequency impedance analyzer designed to measure and characterize a range of electronic components. With a frequency range of up to 100 GHz, R3767AH is an ideal tool for testing various RF components, such as antennas, couplers, cables, and connectors. ROHDE & SCHWARZ R3767AH uses a variety of measuring techniques to measure impedance at any given frequency. It has a built-in universal V/I converter, allowing for measurement of unknown impedance values at both DC and AC frequencies. The combination of the converter and the 2-port vector network analyzer permits a variety of application-specific measurement functions. These include impedance, admittance, scattering and reflection parameters, such as s-parameters, f-parameters, q-factors, dissipation factors, and more. R3767AH also offers a wide range of measurement solutions. It offers direct connect measurements for low-impedance measurements, precision general purpose measurements for mid-range impedance readings, and advanced measurements such as S21/TDR for high-impedance and multiline measurements. This measurement flexibility ensures accuracy and efficiency when testing components. ROHDE & SCHWARZ R3767AH has a graphical user interface that allows users to easily operate the instrument and obtain the desired results. It offers various graphical measurement displays and a wide range of measurement features and utilities. The instrument also features a built-in optimization routine, which uses algorithms to improve the accuracy of the impedance measurements. R3767AH is a reliable and efficient tool for testing a variety of components up to 100 GHz. The wide range of measurement solutions ensures that users can obtain accurate results. The intuitive graphical user interface and an easy-to-use optimization routine make ROHDE & SCHWARZ R3767AH a great choice for testing and characterizing electronic components.
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