The new EMI Receiver PMM 9010F is based on very advanced analog to digital conversion and data processing technology that applies the FFT (Fast Fourier Transform) frequency spectrum analysis in full compliance with all the tests required by the standard CISPR 16-1-1. Same modular construction, compact size and low power consumption of the other renowned models in PMM’s Digital Receiv- ers family: PMM 9010, 9010/03P, 9010/30P.
Frequency range: 10 Hz – 30 MHz, expandable to 3/6/18 GHz by the external modules 9030, 9060, 9180
Very low noise floor: < -24 dBµV in band A, < -7 dBµV in band B
All CISPR detectors, simultaneous
State-of-art digital technology
CISPR RBW filters: 200 Hz, 9 KHz (120 kHz, 1 MHz when in conjunction with the external modules)
6 dB RBW filters: 1 – 3 – 10 – 30 – 100 kHz
Analyzer mode, frequency span 30 MHz
Real time with RBW = 300 kHz
With Hold time 1 s: sweep time = 1 s
With Hold time 50 ms: sweep time = 1 s
Gapless with RBW = 10 kHz & 9 kHz
300 times faster than 9010 “standard”!
Scan/sweep mode, frequency band 9 kHz - 30 MHz
Scan time of less 25 second in full CISPR compliance:
CISPR RBW: 200 Hz, 9 KHz
CISPR detectors: all
Hold time: 1 second
Watch the videoon the difference inmeasurement speed bettween PMM 9010F and PMM 9010
9010F allows for exclusive advantages:
When measuring the conducted disturbances of such EUT not able to run all the test time long: various appliances, electric tools, toys, machinery… The 9010F avoid needing to make pre-tests and partial final tests by performing the complete test in seconds instead.
In test houses the 9010F cuts the conducted emission test time down nearly to zero: the set-up is available for more tests thus increasing the laboratory productivity.
On-site measurements of overhead lines PLT signals interference to radio communication can be done much faster – not negligible when line voltage is of half a MV or so! (RA-01HV antenna recommended)
NARDA-PMM innovative concept in EMC Testing has generated a new EMC/EMI Receiver with a revolutionary approach to the most felt requirements by medium and small size laboratories which don’t feel very comfortable investing in a CISPR 16-1-1 Full-Compliant Receiver for Radiated Frequency Range too.
In practice, to perform truly Full Compliant Radiated Emission Tests, an appropriate test site should be made available for hosting both EUT (Equipment Under Test) and Receiving Antenna separated by 3, 10 or even 30 meters distance, like SAC (Semi-Anechoic Chambers) or OATS (Open Area Test Sites), this usually means an huge investment in terms of RF shielding and absorbing materials.
Nevertheless, with appropriate methodology and care to discriminate as much as possible noise contributions coming from the environment vs. those generated by the EUT, it’s also possible to perform good evaluative radiated emission tests in an Open Space with a Pre-Compliant Receiver and this is exactly the purpose 9010/30P has been designed for in the range 30 - 3000 MHz. On the other side, looking to Conducted Emissions Tests requirements, Full Compliance toward each specific Product Standard can be easily fulfilled with a significantly lower budget investment, i.e. no specific environment is required but only few components (EMI Receiver, LISN or High Voltage Probe, etc.), and that’s why having a Full Compliant Receiver for the range 9 kHz - 30 MHz becomes really convenient just comparing its cost to that of tests performed in a 3rd party laboratory.
In few words, with PMM 9010/30P the mix of Full and Pre-Compliant features provides a perfect match to practical testing requirements, not excluding the possibility of future upgrades to 100% CISPR 16-1-1 Full-Compliance up to 3 or 6 GHz or 18 GHz with simple addition of PMM 9030 or PMM 9060 or PMM 9180 extension units digitally connected through fiber optic cable. All other features provided by previously released PMM 9010 Full-Compliant Receiver remains unchanged in 9010/30P too, including optional Click Analyzer Function and MIL-STD 461 Filters.
The already widely appreciated software “PMM Emission Suite” can properly control 9010/30P as well.
Product description and specifications :
9010 EMC/EMI Receiver 10Hz - 30 MHz
PMM 9010 EMC/EMI Receiver 10Hz - 30 MHz.
Save your time and money with our Fully Digital fully CISPR Compliant EMI Receiver and Analyzer.
Combined with the PMM 9030 the receiver extends its range from 10Hz to 3 GHz, or with the PMM 9060 it extends its range from 10Hz to 6 GHz and with the PMM 9180 it extends its range up to 18 GHz
The new EMI Receiver PMM 7010 matches the legendary operability of all PMM receivers with the most advanced digital technology and with the completeness of the software PMM Emission Suite.
Specifically designed for reliable EMC pre-testing and debugging, the PMM 7010 helps reducing the time-to-market of new products.
Product description :
PMM Emission Suite Software
PMM 9010/9030/9060 Emission Suite PC Software.
A powerful Software Utility that add PMM 9010, PMM 9030 and PMM 9060 receivers of extremely useful functions to control measurements as well as to collect, analyze and post-process data safely and easily as never before.
Suitable from small to very large currents, the PMM Line Impedance Stabilization Networks are the state-of-art complement for full CISPR compliant measurements.
Can be controlled by PMM receivers and software to build automatic test systems.
L1-150M (Multi-standard Single-path, 150A)
L1-500 (Single-path, 500A)
L2-16B (Single phase and DC powered EUTs, 16A)
L3-32 (3-phase, 32A)
L3-64 (3-phase, 63A)
L3-100 (3-phase, 100A)
L3-500 (3-phase, 500A)
PMM L1-150M is a single-path LISN (Line Impedance Stabilization Network) designed to
be easily used for conducted disturbances measurements according to different
standards for Automotive and ISM (Industrial, Scientific, Medical) applications:
CISPR 25 / ISO 11452-4
Selecting the standard is as fast as the turn of a rotary switch located on the rear panel.
It can be used in conjunction with any EMI Receiver or Spectrum Analyzer.
Up to 300 A (continuous); 500 A (20 min.) rated output current
Suitable for DC to 60 Hz power lines
Built-in, selectable 250 µH coil (Choke)
Screw terminals for safe wiring
Meets the requirements of several standards including CISPR 16-1-2, VDE 0876, FCC part 15
Fan air cooling
Stackable in up to four units in wheeled rack (see L3-500)
L1-500 is suitable for measurement on power circuits from DC to 60 Hz. The equivalent V-Network circuit is fully compliant with the reference standards. PMM Artificial Main Networks provide robust and stable mechanical construction, high quality electric components, easy and perfect grounding, solid input-output power connections. They can be used in conjunction with any EMI receiver or spectrum analyzer and offer the features required for safe, repeatable and accurate measurements.
• 9 kHz to 30 MHz frequency range
• Up to 300 A (continuous); 500 A (20 min.) rated output current
• Suitable for DC to 60 Hz power lines
• Built-in, selectable 250 µH coil (Choke)
• Meets the requirements of several standards including CISPR 16-1-2, VDE 0876, FCC part 15, MIL-STD 461F
• Fan air cooling
• Available in single phase unit (see L1-500)
L3-500 is suitable for measurement on AC 3-phase power circuits from DC to 60 Hz.The equivalent V-Network circuit of 50 Ω // (5 Ω + 50 μH) with 250μH choke is fully compliant with the reference standards. PMM Artificial Main Networks provide robust and stable mechanical construction, high quality electric components, easy and perfect grounding, solid input-output power connections. They can be used in conjunction with any EMI receiver or spectrum analyzer and offer the features required for safe, repeatable and accurate measurements.
Product description :
SHC Voltage Probes
A wide range of accessories such as: Antennas, High Voltage Probes, Absorbing Clamps, Near Field Probes, etc. and other complete the range of products. This will enable the operator to always have the correct set-up for any EMC standard. Several accessories enlarge the capability of the systems in any test condition to offer a useful tool either to achieve the CE mark or for design debugging and pre-qualification testing.