R&S®ZVB Vector Network Analyzers

Frequency ranges from 300 kHz to 4 GHz, 8 GHz, 14 GHz and 20 GHz, with two or four test ports

Features

System compatibility, connectivity and data processing

The R&S®ZVB provides extensive functions for reading measurement data in and out. Moreover, a complex trace mathematics function is available for linking any desired traces (active and stored) for further data processing and for the online display of derived quantities.

The use of the Windows XP Embedded operating system, in conjunction with a variety of interfaces, makes it easy to integrate measurement results into documentation by saving screen contents as *.bmp, *.png, *.jpg, or *.emf files, and exporting these files into a text processing system. Trace data can be stored as Touchstone (*.snp), ASCII (*.csv), or MATLAB® (*.dat) files and subsequently analyzed and processed using other tools. In addition, *.snp and *.csv files created by means of external tools, for example, can be imported into the R&S®ZVB as stored trace data. The R&S®ZVB is thus compatible with conventional simulation programs such as MATLAB®, ADS, or Touchstone. This allows real measurements on the network analyzer to be compared directly with data gained from simulations.

Equation editor for complex trace mathematics

Equation editor for complex trace mathematics

Export of complex data

Export of complex data

To speed up automatic test cycles even further, a special port for trigger I/O signals and status indication is provided on the rear panel. These signals directly synchronize external devices of a test setup or the settings of a DUT with the internal measurement sequences of the R&S®ZVB. No remote control sequences are required, thus saving execution time.

The integrated PC operating on Windows XP Embedded makes it possible to run control and analysis programs directly on the analyzer. The R&S®ZVB can be networked via LAN or IEC/IEEE bus to form a system including, for example, other measuring instruments or handlers.

Unbenanntes Dokument

Pin No. Name Input (I) or Output (O) Function
2 EXT TRG I External trigger signal*)
4 BUSY O Measurement running
6 READY FOR TRIGGER O Measurement terminated, ready for trigger
8 CHANNEL BIT 0 O Channel-specific bit 0
9 CHANNEL BIT 1 O Channel-specific bit 1
10 CHANNEL BIT 2 O Channel-specific bit 2
11 CHANNEL BIT 3 O Channel-specific bit 3
13 PASS 1 O Pass/fail result of limit check
14 PASS 2 O Pass/fail result of limit check
16 DRIVE PORT 1 O Test port 1 is source port (drive port)
17 DRIVE PORT 2 O Test port 2 is source port (drive port)
18 DRIVE PORT 3 O Test port 3 is source port (drive port)
19 DRIVE PORT 4 O Test port 4 is source port (drive port)
21 EXT GEN TRG O Control signal for external generator
22 EXT GEN BLANK I Handshake signal from external generator

*) Instead of this input, the EXTERNAL TRIGGER input (BNC connector) can be used. The two inputs are equivalent. They should, however, not be connected at the same time, as this may cause malfunction of the analyzer.