USB RF Power Sensors

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PMM (Narda) 6630 USB...
9 kHz to 3 GHz frequency range 100 nW...

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PMM (Narda) 6630 USB RF Power Sensor 9 KHz - 3 GHz, 1 W

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9 kHz to 3 GHz frequency range
100 nW to 1 W (-40 to +30 dBm) power range
True RMS response
Excellent power linearity (0.2 dBm typical)
USB and fiber optic/USB connection
Response time 45 ms
Settling time 50 to 180 ms
Measuring range LED indicator
Robust, compact, lightweight
Win6630 software included

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PMM (Narda) 6630 USB RF Power Sensor 9 KHz - 3 GHz, 1 W
9 kHz to 3 GHz frequency range
100 nW to 1 W (-40 to +30 dBm) power range
True RMS response
Excellent power linearity (0.2 dBm typical)
USB and fiber optic/USB connection
Response time 45 ms
Settling time 50 to 180 ms
Measuring range LED indicator
Robust, compact, lightweight
Win6630 software included
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Specifications

Supply Voltage	5 Volt DC – 100 mA (from USB Port)
RF Field Probe Measurement Accuracy	less than 0,35 dB
RF Field Probe Max SWR	10 kHz to 300 kHz 1,10 from +30 dBm to -9 dBm 300 kHz to 100 MHz 1,05 100 MHz to 1 GHz 1,10 1 GHz to 3 GHz 1,25 10 kHz to 3 GHz 1,20 from -9 dBm to -40 dBm
RF Field Probe Power Linearity	-40 dBm to +30 dBm @ 50 MHz 0,2 dB
RF Field Probe Connector	N male, 50 Ω
RF Field Probes Power Sensor
Parameter	Value
RF Field Probe Frequency Range	9 kHz to 3 GHz
RF Field Probe Power Measurement Range	100 nW to 1 W (-40 dBm to +30 dBm)
RF Field Probe Maximum Input Power	2 W peak envelope max 300 ms
General Data Technical Details
Parameter	Value
Dimensions	30 x 30 x 95 mm
Weight	0.12 kg

Test Equipment Description

PMM (Narda) 6630 USB RF Power Sensor Description:

The 6630 Power Sensor is the ideal solution for true RMS RF power measurements in a wide variety of applications, including EMC immunity testing, CDN and clamp calibration, as well as for measuring the input power of antennas or GTEM cells. Using a directional coupler, both direct and reflected power can be measured easily and accurately.

The optional 6630FOA Fiber Optic Adapter allows communication with a fiber optic link up to 80 meters long, providing the utmost immunity even in the harshest electromagnetic environments, for applications such as bulk current injection tests and in-chamber installations.

The 6630 Power Sensor can be coupled with the SW WIN6630 utility to make it a fully autonomous meter, or act as a stand-alone sensor. Through a straightforward protocol it can communicate with customer-made SW, making it the ideal feedback tool for automated systems.