EMC TEST DESIGN TEST EQUIPMENT
EMC Test Design Smart Field-meters®
• Smart Field meter® Digital RFP-05M
• Smart Field meter® Digital RFP-04
Isotropic Omni-field Antennas®
• OFA-G 30MHz-6GHz
• OFA-GH 30MHz-6GHz, 5 mV/m-500 V/m
Isotropic Pulsed and Broadband Electric Field Probes
• PI-01 200KHz-3GHz, 0.2-600 V/m Isotropic Broadband
• PI-01C 500MHz- 3GHz, 0.4- 500 V/m Isotropic Broadband
• PI-01E 0.1MHz- 6GHz, 0.3- 600 V/m Isotropic Broadband
• PI-01LF 10KHz-3GHz, 0.2-600 V/m Isotropic Broadband
• PI-01V 900MHz- 1.9GHz, 0.4- 400 V/m Isotropic Broadband
• PI-03 3MHz-18GHz, 0.8- 800 V/m Isotropic Broadband
• PI-03P 100MHz-18GHz Isotropic Pulsed Electric Field Probe
• PI-05 1MHz-40GHz, 2-1000 V/m Isotropic Ultra Broadband
• PI-07 2MHz-60GHz, 4-1000 V/m Isotropic Ultra Broadband
• PI-H1 500KHz- 50MHz, 0.05-20 V/m Isotropic Broadband
• PI-SH-FCC or PI-SH-ICNIRP Isotropic Shaped Frequency Response
• Selective Field Analyzer SFA-G - 30MHz -6GHz
• Spectrum Analyzer SA-S - 1Hz-4.2GHz
• Spectrum Analyzer SA-S/J – SA-J (100 KHz-12.4 GHz)
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EMC TEST DESIGN ELECTRIC FIELD PROBES
Isotropic Pulsed and Broadband Electric Field Probes
Data Sheet – EMC Test Design Isotropic Broadband Electric Field Probe Probe PI-01 200 kHz- 3 GHz, 0.2 – 600 V/m
Electric field probe PI-01C was designed for selective RF measurements. The ability to attenuate the signals above 3 GHz and reject signals below 300 MHz makes it invaluable tool for cell phone tower certification.
Isotropic Broadband Electric Field Probe PI-01E : 100 kHz- 6 GHz, 0.3 – 600 V/m State of the art probe PI-01E, meets the requirements of new EMC and RF safety standards. It allows measurements of RF fields produced by most of the broadcast, telecommunication and industrial sources. This probe eliminates the need for two probes to cover the required frequency range 100 kHz- 6 GHz, thus making measurements simpler and faster.
Broadband probe PI-01LF, meets the requirements of various EMC and RF safety standards. It allows measurements of RF fields produced by most of the broadcast, telecommunication and industrial sources. This probe eliminates the need for two probes to cover the required frequency range 10 kHz- 3 GHz, thus making measurements simpler and faster.
Dual band probe PI-01V was designed for selective RF measurements. The ability to select only specified frequency bands and reject all the rest makes it invaluable tool for cell phone tower certification.
Classic design probe PI-03, meets the requirements of most EMC and RF safety standards for industrial, military and radar communication applications. High overload limit and stability of the parameters make this probe a versatile measuring tool for all use cases.
Data Sheet – EMC Test Design Isotropic Broadband Electric Field Probe PI-03 : 3MHz- 18 GHz, 0.8 – 800 V/m.
100 MHz-18 GHz, 70-1400 V/m. Broadband isotropic electric field probe PI-03P measures the pulsed RF field produced by the microwave radars. It has fast sampling capability measuring the field strength of RF bursts (pulses) as short as 1 us (one microsecond). It operates in the frequency range 100 MHz – 18 GHz, covering the test requirements of MIL STD-461 and automotive EMC GM and Ford specifications.
Modern design probe PI-05, extends the requirements of most EMC and RF safety standards for industrial, military and radar communication applications.
High overload field strength limit and operation up to 40 GHz makes this probe a versatile measuring tool for all applications including the microwave K-Band. This probe works with all RFP-05 type meters.
Data Sheet – EMC Test Design Isotropic Ultra Broadband Electric Field Probe PI-05 1 MHz- 40 GHz, 2 – 1000 V/m.
Ultra-broadband isotropic electric field probe PI-07 extends the requirements of most EMC and RF safety standards for industrial, military and communication applications. It covers all RF and microwave frequency bands from MF up to M band, thus providing a versatile measuring tool for all 5G upcoming applications.
Diode based 3-Axial isotropic sensor.
Frequency range: 2MHz-60 GHz.
Field strength range: 4 V/m-1000 V/m. (4 uW/cm2 – 270 mW/cm2)
Linearity: +/- 1.5 dB.
Linear power RMS response up to 150V/m (6 mW/cm2)
Frequency resp. (no corr. factors): 2 MHz-1 GHz (+/-2 dB) 1-26 GHz (+0/-6 dB), 26-60 GHz (+/- 6 dB)
Frequency response, (with corr. factors): +/- 1.5 dB
Measurement uncertainty, including the calibration and rotational deviation +/- 4.5 dB.
Rotational isotropicity: +/-3 dB
Temperature: 5-40 °C,
Humidity (non-condensing): RH 10-90%.
Temperature error: 0.05 dB/°C.
UK NPL traceable calibration.
Probe size (LxD): 12.0″x2.25″ (310×58 mm).
Weight (probe and power unit): 0.17 lb (76 g).
Operates with RFP-05M/RFP-05 meters
State of the art probe PI-H1 is used for assessment of the limits for maximum permissible exposure of occupational and general population to RF magnetic fields. Probe covers the frequencies of major industrial, broadcast and telecommunication sources, has flat response in the pass band 2-50 MHz and usable response to 500 kHz- (with correction factors), eliminating the typical need for two probes. PI-H1 probe is very compact, rugged and offers good magnetic field overload capability and pick up suppression of the out-of-band electric and magnetic fields.
PI-SH-FCC AND -PI-SH-ICNIRP 300 KHZ-18GHZ ISOTROPIC SHAPED FREQUENCY RESPONSE ELETRIC FIELD PROBES
The PI-SH (ICNIRP or FCC) are isotropic electric field probes with shaped frequency response meeting the ICNIRP or FCC RF safety standards for occupational and general public exposure limits (see the specified frequency ranges below). Meter readings are shown in % of the STD – standard reference level, eliminating the need to know the source frequency. Probe output is proportional to RF power density in the whole specified power range, producing the correct RF power measurements in single and multi-signal environments, typically present at multiple antenna sites.
MAIN SYSTEM PARAMETERS
|• Probe variants:||PI-SH-ICNIRP and PI-SH-FCC|
|• Frequency range:||100KHz-8 GHz (Occupational exposure)|
|10 MHz-8 GHz (General public: ICNIRP)|
|3 MHz-8 GHz (General population: FCC)|
|• Diode based:||3-Axial isotropic sensor, composite output.|
|• Power density range:||0.5-1000% of STD.|
|• Probe power nonlinearity:||Less than 3 dB (0.5-1000%).|
|• Readout power nonlinearity:||Less than 1 dB (0.5-1000%).|
|• Rotational isotropicity:||+/-1dB (0.1 MHz-1GHz), +/-3dB(1-8GHz)|
|• Probe frequency response:||Per STD, deviation – less than 3 dB (documented).|
|• Calibration accuracy:||1 dB (@100 MHz).|
|• Humidity:||RH 10-90%, non-condensing.|
|• Temperature error:||<0.05 dB/°C|
|• Calibration:||UK NPL (UK National Physics Lab) traceable.|
|• Small size:||LxD: 9.0×2.25 inch, 230×58 mm.|
|• Weight:||0.2 lb, 100 g.|
|• Supporting equipment:||RFP-05M meter.|
|• Country of origin:||Designed and made in the USA.|
Data Sheet – EMC Test Design PI-SH-FCC and PI-SH-ICNIRP 300KHz-18 GHz Isotropic Shaped Frequency Response Electric Field Probes