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 field 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

Complete Testing Solutions to the following standards:
- MIL-STD-461 CS114
- DO160 (Section 20) BCI Testing
- EN/IEC 61000-4-6
- IEC 60601-1-2
- EN 50130-4
- EN 61000-6-1/2
- EN 55024

The Model CI00402 is a fully self-contained state of the art system designed to test RF Conducted Immunity. The system contains a signal generator, spectrum analyzer, 100W nominal AR amplifier 9 kHz to 400MHz, directional coupler, and emcware® control software. Everything is contained in a single housing, which eliminates setup issues. This system provides the versatility needed for every test laboratory and equipment manufacturer. The RF amplifier, signal generator and spectrum analyzer can be used independently of the system. If special needs arise or standards were to change a larger amplifier can be connected to the system. The use of spectrum analyzer and signal generator may also be controlled by the software.

Compatible with all FL8000 field probes, the FM7004A field monitor provides four digital interfaces (IEEE-488, USB, RS-232, and Ethernet) and a highly readable, user-configurable, LCD touch display. The FM7004A accepts inputs from up to 4 isotropic Field Probes, which are all sold separately, to match the test application.

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 field 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

The Model 125S1G6C is a solid-state, Class A design, self-contained, air-cooled, broadband power amplifier designed for applications where instantaneous bandwidth, high gain, and linearity are required. It will provide a minimum of 125 W across its operating bandwidth of 1.0 – 6.0 GHz. Protection from input overdrive beyond 0 dBm is provided as well as protection from various failure conditions including over-temperature and power supply faults.

A front panel display indicates the operational status and fault conditions. All amplifier control functions and status indications are available remotely using GPIB/IEEE-488, RS-232, fiber-optic serial, USB, or Ethernet. Interface connectors are located on the back panel. Local and remote operation is managed by a switch on the front panel.

This is a multiple-purpose amplifier. The low level of spurious signals and linearity make it ideal for use as a driver in testing wireless and communication components and subsystems. By covering such a wide bandwidth, it is suitable for 5G testing applications. Due to the Class A design, it is also suitable for EMC Test applications where continued operation into high VSWR loads, including open and short circuits, is required.

The ATE10K100M is a broadband E-field generator of unique design, which offers operation to 100 MHz, good spatial field uniformity, and high field intensities. This generator is compact and easily supported and positioned using a tripod. It uses high-power low-inductance internal load resistors to terminate the RF drive power and a low-loss broadband impedance transformer to achieve high field intensities. The ATE10K100M is supplied with two sets of interchangeable elements with a quick-disconnect attachment feature. The smaller set, Type A, provides the highest field intensities and is suitable for use with test objects up to 36 x 46 x 36 cm (14 x 18 x 14 in). The larger set, Type B, is suitable for testing objects up to 48 x 46 x 36 cm (19 x 18 x 14 in).

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 field 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

The Model PM2003 is a three channel high performance power meter that features high speed measurement capability and wide dynamic range.

The Model 350S1G6A is a portable, self-contained, air-cooled, broadband, completely solid-state amplifier designed for applications where instantaneous bandwidth, high gain, and linearity are required. The Model 350S1G6A, when used with a sweep generator, will provide a minimum of 350 W of RF power.

The Model ATH800M6G is a wide band, high gain, microwave horn antenna that provides high field intensities. With a minimum gain of 11 dBi, the Model ATH800M6G supplies the high-intensity fields necessary for RFI/EMI field testing within and beyond the confines of a shielded room. Based on the popular ATH800M5GA, the ATH800M6G has similar performance through 5GHz, with additional frequency coverage up to 6GHz, and is ideal for use with AR’s 6GHz amplifier models. Specially designed septums are installed to focus the energy ensuring the intensity of the field for 3-meter testing.

The Model ATH800M6G is compact and lightweight for ready mobility, yet is built tough enough for the extra demands of outdoor use. Part of a family of microwave frequency antennas, the Model ATH800M6G provides the lower frequency microwave response required for many often used test specifications. With the wide bandwidth and high gain provided by the ATH800M6G, this antenna is ideally suited for radar pulse testing in the multiple radar bands over the 0.8-6GHz frequency range.

The ATH800M6G can also be custom calibrated to the user’s requirement for use in RF emission testing. The calibrated model is designated by adding a ‘CC’ suffix to the model. Calibration details must be provided using Form 701. Contact factory for details.

The Model 100T40G50 is a self-contained, forced air-cooled, broadband traveling wave tube (TWT) microwave amplifier designed for applications where instantaneous bandwidth and high gain are required. A reliable TWT subsystem provides a conservative 100 W minimum, measured at the amplifier output flange

The Models DC7205 and DC7205A are dual directional couplers with excellent frequency range and power handling capability. The wide range assures flexibility in coupling medium power amplifiers to oscilloscopes, voltmeters, power meters, spectrum analyzers and other measuring instruments. The dual directional design allows the user to monitor both forward and reflected power, a much needed characteristic in RF susceptibility testing for amplifier overdrive protection, field control and load protection. Low insertion loss allows efficient coupling to the load.

The Model DC7205 and DC7205A series is uniquely suited for use with our line of 0.7-6 GHz S-Series power amplifiers, other amplifiers operating within this frequency and power range, and our PM2003 power meter.