Rigol VB1032 VSWR Bridge (1 MHz to 3.2 GHz) including VSWR Software (DSA800

Description

VSWR Bridge with VSWR-DSA800, VSWR-DSA1000 licenses included Frequency range: 1 MHz – 3.2 GHz, Typical Directivity: 30 dB
For DSA815-TG, DSA815, DSA832E-TG, DSA832E, DSA832-TG and DSA832

Rigol VB1032 VSWR Bridge (1 MHz to 3.2 GHz) including VSWR Software (DSA800-VSWR)The Rigol VB1032 VSWR bridge is used together with Rigol DSA series spectrum analysers with
tracking generators to make S11 measurements (return loss, reflection coefficient, VSWR). The VSWR bridge connects directly onto the front of Rigol DSA series spectrum analysers
with tracking generators to improve the test accuracy and to avoid the need for cables.Please Note: The Rigol DSA800-VSWR VSWR Measurement Software is included with the VB1032
VSWR Bridge. This software is for the DSA800 series spectrum analysers (i.e. Not the DSA1000 series).VB1032 is used in combination with the RIGOL DSA series spectrum analyzer to
measure S11-related parameters (such as return loss, reflection coefficient and VSWR). VB1032 provides three N (Female) connectors as shown in the figure below. IN: Signal input
terminal. Here the signal generator or the output terminal of the tracking generator of the spectrum analyzer is connected. OUT: Signal output terminal. Here the power meter or
the RF input terminal of the spectrum analyzer is connected. DUT: Here the device under test is connected.Signal Input and Output TerminalxMeasurement ConnectionConnect VB1032
to the spectrum analyzer as shown in the figure on the right. Connect the spectrum analyzer Use 2 Dual N (Male) adaptors to connect the output terminal of the tracking generator
and the RF input terminal of the spectrum analyzer to the IN terminal and OUT terminal of the VSWR bridge respectively. Connect the device under test Do not use cables or
adaptors as far as possible to avoid additional reflection.Measurement ConnectionxTypical Applications- Measurement of the S11-related parameters of the filter, amplifier,
mixer, etc.- Resonant frequency and VSWR tests of the antenna.