ZVB4 RS ZVB4 ZVB4說明書 二手ZVB4 羅德與施瓦茨ZVB4 ZVB4 ZVB4
ZVB4 RS ZVB4 ZVB4說明書 二手ZVB4 羅德與施瓦茨ZVB4 ZVB4 ZVB4
ZVB4 4G的矢量網絡分析儀ZVB4
品牌：羅德與施瓦茨Rohde&Schwarz
The R&S®ZVB series of vector network analyzers covers the frequency ranges from 300 kHz to 4/8 GHz and from 10 MHz to 14/20 GHz.
品牌：羅德與施瓦茨Rohde&Schwarz
The R&S®ZVB series of vector network analyzers covers the frequency ranges from 300 kHz to 4/8 GHz and from 10 MHz to 14/20 GHz. It has been designed for universal measurements on passive and active components. The R&S®ZVB series greatly simplifies vector network analysis especially for multiport measurements and measurements on balanced devices. Featuring comprehensive measurement functions, excellent specifications, high measurement and data transfer speeds and remote-control capability, the analyzers of the R&S®ZVB series are an ideal choice for both development and production applications. The compact versions of the 14 GHz and 20 GHz two-port models leave ample room for test setups in the lab, featuring a height of only 24 cm and a depth of 42 cm.
New multiport concept
◇Instruments with two or four test ports – for multiport and balanced measurements
◇Two internal sources (four-port models) – to provide RF and LO signals for mixer measurements by means of a single unit
◇Capability to perform balanced measurements – to characterize balanced DUTs by their mixed mode S-parameters
◇Optional automatic calibration units – to speed up calibration and avoid operator errors
Outstanding specifications
◇60001 points per trace
◇Dynamic range better than 123 dB (typ. 130 dB)
◇Power sweep range >50 dB
High speed
◇Measurement time < 4.5 ms for 201 test points (frequency sweep)
◇Switching time between channels < 1 ms
◇Switching time between instrument setups < 10 ms
◇Data transfer time < 0.7 ms (201 test points via RSIB)
◇Simultaneous measurement of more than one DUT
Modern user interface
◇Intuitive Windows-based operation via mouse
◇Operation by means of hardkeys and softkeys
◇Large number of channels, traces and setups that can be loaded simultaneously
