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Teseq digital receiver covers 10Hz to 6GHz range

Teseq

Narda PMM 9010 receiver

Teseq has introduced the Narda PMM 9010, a fully digital receiver covering the frequency range 10Hz to 6GHz.

All EMC conducted measurements are possible by upgrading the PMM 9010 with specific options and accessories such as LISNs and probes.

This will allow the PMM 9010 to provide full compliance testing to any known international standard or proprietary specifications.

Practically maintenance free, the stable PMM 9010 EMI Receiver enables reliable measurements over a long working life.

In the event of service being required, simple-to-replace plug-in pre-calibrated subassemblies are available providing fast, cost-effective repair in the event of damage to the RF front-end or similar events.

This ensures the user minimum down time and ensures the calibration of the receiver.

At the heart of the receiver is a 30MHz EMI Digital Receiver based on direct analogue-to-digital conversion.

It offers calibration-free operation of almost all of its key components, including RBW filters, detectors and demodulation, while the RF front end is self-calibrated by the internal, precision RF signal generator.

Features include: 3.5kg weight; hardware and firmware designed around EMC standards; digital Click Analyser with full compliance to latest CISPR 14-1 specifications; one (internal option) or four (external option) channels, frequency ranges from 10Hz to 30MHz; 3 to 6GHz; full compliance with the latest edition of CISPR 16-1-1 standard, including RMS-AVG detector and APD function; all CISPR and MIL-STD-461E RBW filters are available; integrated preamplifier and pulse limiter, built-in tracking signal generator up to 30MHz Multimode functions, sweep, spectrum analyser, scalar network analyser, manual receiver, optical link between main and high-frequency units, no aging of critical parts in the receiver that may cause degradation of measurement accuracy; manual, semi- and fully automatic test modes; AC and battery powered for maximum flexibility.

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