Amplifier Research FM7004 100 kHz - 60 GHz Electric Field Monitor

Display Interface:
IEEE-488 Interface and RS-232 Interface
Frequency Range:
5 kHz - 60 GHz (probe dependent)
Input:
Up to 4 independent Probes
Operating Temperature:
0 °C - 40 °C (50 °F - 104 °F) @ 5% - 95% RH non-condensing
Overload:
Probe dependent
Sampling Rate:
1-60 Samples/sec.
Sensitivity:
0.4–1000 V/m and 12.0 mA/m–17 A/m
USB Input:
USB 2.0 (test and measurement class)
Manufacturer:
Amplifier Research
Online Orders Ship Same Day

 

SKU:
sku-913

 

This product is available for shipping to North America and Western European countries.


Getting Started...

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Overview

The EMC Shop stock the Amplifier Research FM7004 electric field monitor to support test labs while their system is out being calibrated or repaired. Otherwise, an E-field probe is required.

The Amplifier Research FM7004 is a versatile electric and magnetic field monitoring system which performs all measurement display and control functions for field related testing. The FM7004 accepts inputs from up to 4 isotropic Field Probes which are all sold separately to match the test application.

The AR FM7004 field monitor provides four digital interfaces (IEEE-488, USB, RS-232, and Ethernet) and a highly readable, user configurable, graphic Liquid Crystal Display. The monitor is menu driven and can be controlled from the front panel or remotely through any of the interfaces. The FM7004 displays up to four probe readings simultaneously, in any combination of the "E" field or "H" field 7000 series probes. Readings from each axis, plus the composite reading, are displayed simultaneously. The FM7004 recognizes each attached 7000 series probe (FP, FH, FL, PL) and automatically displays the proper decimal places and units. Any faults that occur will be logged and the unit is programmed to be self correcting when possible. As a software driven instrument, field monitor software upgrades can be made through the USB port.

The isotropic field probes, have an integral optical transceiver which communicates with the field monitor through a twin fiber optic cable. The operator can select minimum, maximum or average reading from any or all selected probes thus enjoying complete flexibility in choice of signal input. Minimum and maximum hold capability has also been incorporated with local or remote controlled start and stop.

The Amplifier Research FM7004 has the ability to correct probe readings over frequency using a set of correction factors stored in its internal memory. The FM7004 allows for up to six tables of field probe correction factors to be stored. One table of correction factors can contain up to 30 different frequency points. The tables are loaded on the FM7004 using the USB port and the Table Loader program.

Amplifier Research FM7004 Specifications

Sensitivity 0.4–1000 V/m (probe dependent)
12.0 mA/m–17 A/m (probe dependent)
Frequency Response 5 kHz - 60 GHz (probe dependent)
Inputs Up to 4 independent probes, through 4 F/O FSMA pairs
Overload Withstand Probe dependent
Output Graphical, color LCD Digital Display, Resolution 0.01
IEEE-488 interface
USB 2.0 (test and measurement class)
RS-232 interface
Ethernet
Sample Rate 1-60 Samples/sec. (probe dependent)
Power Requirements Input Voltage: Universal input 90 VAC - 260 VAC, 50 Hz - 60 Hz
Input Current: 0.2 Amps - 0.6 Amps
Input Type: IEC Inlet with filter
Fuse: 1 Amps, 5 mm x 20 mm slow blow
Operating Temperature Range 10 °C - 40 °C (50 °F - 104 °F) @ 5% - 95% RH non-condensing
Enclosure Desktop case, 2U high
Correction Factor Tables Number of tables: Stores up to 4 different tables (each table corresponding to one probe)
Frequency points per table: 2 to 30
Weight Without enclosure: 2.3 kg (5 lb)
With enclosure: 6.7 kg (14.75 lb)
Size (W x H x D) Without enclosure: 48.3 cm x 9.0 cm x 25.4 cm (9 in x 3.5 in x 10 in)
With enclosure: 49.8 cm x 12.7 cm x 30.5 cm (19.6 in x 5.0 in x 12.0 in)

Key Considerations

Manufacturer:
Amplifier Research
Display Interface:
IEEE-488 Interface and RS-232 Interface
Frequency Range:
5 kHz - 60 GHz (probe dependent)
Input:
Up to 4 independent Probes
Operating Temperature:
0 °C - 40 °C (50 °F - 104 °F) @ 5% - 95% RH non-condensing
Overload:
Probe dependent
Sampling Rate:
1-60 Samples/sec.
Sensitivity:
0.4–1000 V/m and 12.0 mA/m–17 A/m
USB Input:
USB 2.0 (test and measurement class)

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