Passive intermodulation

Level-controlled passive intermodulation (PIM) measurements presented at EuMW 2013

Level-controlled passive intermodulation (PIM) measurements presented at EuMW 2013

Rohde & Schwarz demonstrated fast and accurate passive intermodulation (PIM) testing of duplex filters at the European Microwave Week 2013 in Nuremberg. The four-port R&S®ZVA vector network analyzer with its two internal sources and automatic level control (ALC), together with the R&S®BBA150 broadband amplifiers, provides a unique solution for extremely fast PIM measurements. ALC makes it possible to overcome the issues of thermal and power settling times as well as amplifier output power variation reducing test time from minutes to typically less than a second per sweep.

Related videos

Satellite measurements without LO access presented at EuMW 2013

Satellite measurements without LO access presented at EuMW 2013

Rohde & Schwarz presented group delay measurements on converters without LO access at the European Microwave Week 2013 in Nuremberg.

Group delay measurement on devices with embedded LO using option R&S ZVA-K9

Group delay measurements Vector network analyzers

Group delay measurement on devices with embedded LO using option R&S ZVA-K9

This video demonstrates group delay and relative phase measurements on frequency converting devices where access to the LO is limited.

Simplified test setup using R&S®ZVAB-K30 noise figure measurement option

Simplified test setup using R&S®ZVAB-K30 noise figure measurement option

This video demonstrates the simple and straight-forward calibration steps including power calibration of source and receivers, noise figure calibration and system error correction, and the noise figure measurement.

Signal integrity – calibrating a 4-port network analyzer (part 1 of 4)

Signal integrity Vector network analyzers

Signal integrity – calibrating a 4-port network analyzer (part 1 of 4)

This video series demonstrates the calibration of a four-port network analyzer and the measurement of rise time, impedance vs. distance and skew on a board with differential lines.

Signal integrity – measuring rise time using a true differential signal (part 2 of 4)

Signal integrity Vector network analyzers

Signal integrity – measuring rise time using a true differential signal (part 2 of 4)

This video series demonstrates the calibration of a four-port network analyzer and the measurement of rise time, impedance vs. distance and skew on a board with differential lines.

Signal integrity – measuring differential impedance vs. distance (part 3 of 4)

Signal integrity Vector network analyzers

Signal integrity – measuring differential impedance vs. distance (part 3 of 4)

This video series demonstrates the calibration of a four-port network analyzer and the measurement of rise time, impedance vs. distance and skew on a board with differential lines.

Signal integrity – measuring time domain skew between two lines on a differential transmission (part 4 of 4)

Vector network analyzers Signal integrity

Signal integrity – measuring time domain skew between two lines on a differential transmission (part 4 of 4)

This video series demonstrates the calibration of a four-port network analyzer and the measurement of rise time, impedance vs. distance and skew on a board with differential lines.

Millimeter wave measurements in one sweep with the R&S®ZVA110 presented at EuMW 2012

Vector network analyzers mmWave testing

Millimeter wave measurements in one sweep with the R&S®ZVA110 presented at EuMW 2012

Rohde & Schwarz presented the R&S®ZVA110 vector network analyzer at the European Microwave Week 2012 in Amsterdam.

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