Amplifier Research FL8009 Laser-Powered Electric Field Probe Kit, 20 MHz – 9.3 GHz, CW & Pulse

Amplifier Research FL8009 Laser-Powered Electric Field Probe Kit, 20 MHz – 9.3 GHz, CW & Pulse

Condition:
Used
Application/Test Type:
Radiated Immunity, Monitoring electric field strengths in GTEM's, Anechoic Chambers and other RF rooms
Frequency Range:
20 MHz – 9.3 GHz
Test Standards:
IEC 61000-4-3
Manufacturer:
Amplifier Research
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Availability:

Typically In Stock

SKU:
sku-2060

 

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

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Overview

The Amplifier Research FL8009 is an advanced line of laser-powered Electric Field Probe, and associated Kits designed specifically for EMC radiated immunity test applications. Each Field Probe is an electrically small, separable axis sensor capable of measuring both continuous wave and pulsed electric fields. There are a total of five Field Probes available, each with a unique bandwidth, sensitivity, and dynamic range. The filed probe kits contain everything needed to operate its associated Field Probe. Remote control and laser power for the Field Probe is provided by the FI8000 Laser Probe Interface. A set of 20- meter fiber-optic extension cables and fiber-optic mating adapter are also provided with the kit. The use of a laser to deliver power-over-fiber (PoF) allows for continuous operation without recharging or replacing batteries. Additionally, this provides excellent RF isolation for the control system

AR FL8009 Features:

  • Accurate field measurements ensure EMC lab measurements meet test standard requirements
  • Separable-axis field probe capable of measuring both continuous wave & pulse electric fields
  • Use of laser to deliver power-over-fiber allows continuous operation without recharging or replacing batteries
  • Correction factors from accredited ISO 17025 lab

The filed probe kits contain everything needed to operate its associated Field Probe:

  • FI8000 laser probe interface
  • 20 m fiber-optic cable set
  • Fiber-optic mating adapter set
  • 0.5 m fiber-optic jumper cable
  • Calibration Report from an ISO 17025-accredited lab
  • Mini-tripod
  • Carrying case

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Key Considerations

Manufacturer:
Amplifier Research
Application/Test Type:
Radiated Immunity, Monitoring electric field strengths in GTEM's, Anechoic Chambers and other RF rooms
Frequency Range:
20 MHz – 9.3 GHz
Test Standards:
IEC 61000-4-3

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Amplitude Accuracy: Without correction factors applied: ±1.5 dB @ 1 GHz; With correction factors applied: Typical expanded measurement uncertainty (95% confidence interval), 0.8 dB, 800 MHz–1 GHz; 1.4 dB, 1GHz–3.6 GHz
Calibration Data: Accredited Calibration Report supplied with probe
Damage Level: 1000 V/m, Continuous Field or Pulsed Field
Fiber Optic Connectors: Two E2000 Compact Duplex Connectors at 1 Meter, Includes Fiber Optic Verification Loop.
Frequency Range: 800MHz - 3.6GHz
Isotropic Deviation: ±1.0 dB @ 1 GHz. For improved accuracy, this probe should be used with a single axis aligned with the E-field being measured.
Measurement Data Processing: The pulse amplitude measurement is smoothed before being sampled and digitized. The smoothing process has a time constant of 300 msec.
Operating Range: 80–800 V/m
Pulse Duration: 0.02% to 2%
Pulse Measurement Variation: Over Range of Pulse Width, Period, and Duty relative to a 10 microsecond pulse width and 1 millisecond pulse period (1kHz pulse rate, 1% duty): ±0.5 dB/–1.0 dB typical
Pulse Period: Up to 5 milliseconds between pulses (greater than 200 Hz pulse rate)
Pulse Width: 1 to 100 Microseconds
Relative Flatness: ±2.5 dB, 800 MHz-3 GHz; ±3.0 dB, 3.0GHz 3.6GHz
Temperature Stability: +0.5 dB Over Operating Temperature Range
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Weight: 150 g (5.3 oz)
Application/Test Type: Monitoring electric field strengths in GTEM's, Anechoic Chambers and other RF rooms for radiated immunity testing.
Battery: N/A
Communication: USB, IEEE-488 (GPIB), RS-232 (serial), Fiber-Optic Serial
Digital Filtering: N/A
Dimensions: 65 mm (2.55 in)
Dynamic Range: 1 to 1,000 Volts per Meter (Single Range)
Flatness: Frequency correction OFF: ±1.0 dB @ 10 MHz Frequency correction ON: typically 0.8 dB, 5 kHz–1 GHz 1.4 dB, 1 GHz–18 GHz
Frequency Range: 3 MHz to 18 GHz
Internal Data Memory: None
Measurement Mode: X-Y-Z and Composite
Operation Time: Laser Powered - Seemless
Overload: 1,600 V/m CW 16,000 V/m Peak
PC Software: Optional Software for setup, automation and monitoring available.
Recharging Time: N/A
Resolution: 0.01 V/m
RF Field Probes: E-Field
Sampling Rate: 20 msec/up to 50 samples per second, USB and GPIB only
Sensors: Three monopoles
Standards Met: IEC/EN 61000-4-3
Temperature Reading Resolution: None
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Weight: 62.5 g (2.2 oz)
Accuracy: ±1.0dB @ 10MHz1 0.8dB, 100kHz–1GHz3,4 1.4dB, 1GHz–6GHz3,4
Analog Response Time: 20 msec/up to 50 samples per second, at FI7000 USB and GPIB interfaces
Calibration Data: Accredited Calibration Report (A2LA) supplied with probe
Damage Level: 1000 V/m continuous field
Data Returned From Probe: X, Y, Z axes, and Composite
Dimensions: 5.7 x 5.7 x 5.7 cm (2.25 x 2.25 x 2.25 in) 2.92 cm (1.15 in) DIA spherical housing 3.18 cm (1.25 in) sensor radome per axes
Fiber Optic Connectors: Two E2000 compact duplex connectors at 1 meter, includes fiber optic verification loop.
Isotropic Deviation: ± 0.5 dB @ 10 MHz ± 0.5 dB, 5 kHz–30 MHz (typical)
Linearity: ± 0.5 dB and ± 0.9 V/m
Operating Range: 1.5–300 V/m
Operating Temperature: 10˚C to 40˚C (50˚F to 104˚F) @ 5% to 95% RH non-condensing
Power Requirements: Laser powered from FI7000 interface
Rise time: Typical Analog 300nS
Temperature Stability: ± 0.5 dB over operating temperature range
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Weight: 350g Approximately
Battery: Standard recharger included, 3 hour charge time.
Damage Level: 1600 V/m CW and 16,000 V/m peak
Data Transfer Rate: 30 samples per second
Dimensions-2: 420 x 85 x 65 mm
Operating Temperature: 0 to 50°C
Power Requirements: 2 built-in NiMH batteries, size AA, Rechargeable, changed by operator, 40 hours operating life per charge.
Probe Head Diameter: 65mm
Probe Sampling Rate: 60Hz, 50Hz, 5 Hz- user selectable
Ranges: Single continuous range
Sensitivity: 0.6–1000 V/m
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