MIL-STD-461 RS103 Radiated Susceptibility Test Solution

IFI CW Traveling Wave Tube Features

• Solid State Power Supply & Rugged Construction
• 7.5GHz-18GHz 250 Watts Capabilites
• Instantaneous Broadband Frequency Range
• Free Technical Support & 2 Days Free Transit
• High Frequency, High-power Microwave Testing
• RS-232 & IEEE-488 Interface Included
• Turnkey Solution - Arrives Ready for Testing!

Overview

The IFI T188-250 Amplifier which can produce 250W in the 7.5GHz to 18GHz frequency range. These are "state of the art" and have field proven reliability and unsurpassed performance as the best in the industry. This test system makes an excellent solution for RF immunity testing for a variety of applications including military, automotive, and aerospace applications.

This test equipment has a backlit LCD display allowing for easy modification of testing parameters. This screen shows forward/reverse power indication, system status, and self-diagnostic information. The selection switches on the right of the front panel allow the user to easily select the desired mode if not being controlled via laptop. 

This solid state power supply is designed to meet a wide variety of standards including MIL-STD-461 RS103, ISO 11452, and DO 160 sec20. This IFI product is easily integrated into a preexisting setup often and reliable rugged construction lends itself well to any testing environment. This amplifier comes with all required cords and testing accessories arriving at test location ready for testing to begin. 

Teseq Broad Band Amplifier Features 

• Class A Broadband Amplifier
• 10kHz-400MHz 110 Watts Capabilities
• Compact Design & Touch Screen Color display
• Free Technical Support & 2 Days Free Transit
• Easily Integrated  & Ideal for BCI testing
• Mismatch tolerant and unconditionally stable
• Turnkey Solution - Arrives Ready for Testing!

Overview

The Teseq CBA 400M-110 can supply 110Watt into a 50 ohm load over the range of 10kHz-400Mhz. This mismatch tolerant and unconditionally stable Class A broadband amplifier is ideal for bulk current injection (BCI) EMC Testing including automotive, military, and aerospace applications. This test equipment is powered by a switch mode power supply, is air cooled with integral fans, and protected against faulty cooling via temperature sensing.

This equipment provides testing to a wide variety of EMC immunity testing. It provides indicator lights for radio frequency (RF) interlock operations and over-temperature. The unique construction of this test equipment will continue to work at full power when presented with an open or short circuit at its output. This easy to use test system allows for easy testing to EN/IEC 61000-4-6, CISPR 24, and many other standards.

All of our power supplies come with all required cords for use and provide a turnkey testing solution. We also carry a variety of other amplifiers including the CBA 1G-300 (80Mhz-1Ghz 300W) and TI88-250 (7.5Ghz-18Ghz 250W) to facilitate higher frequency and power testing needs. This product requires mains plug only be connected in a socket providing protective earth contact.

Reflective Array Antenna Features:

• 10kHz-220MHz 2000 Watt Continuous Limit 
• Designed for intensive EUT Testing 1/2 meter or Less  
  
• Free Technical Support & 2 Days Free Transit
• High V/m output Lower Watt Amplifier requried 
• Rotates - Both Vertical & Horizontal Polarization
• Turnkey Solution - Arrives Ready for Testing!

Overview

Rent the EFG-3B E-Field (billboard, hoarding, & bowtie array) antenna for up to 2kW of power over 10kHz to 220 MHz frequency range. It is made to generate electric field intensities within limits for radiated susceptibility testing systems. This test equipment is ideal for easy integration with Teseq, EM Test, and Milmega setups. It is effective given the design as a radiating transmission line. This equipment can be rented in with an amplifier or individually to supplement testing capabilities.

Double Ridge Horn Antenna Features: 

• 700MHz-18GHz 300 Watt Continuous Limit 
• Linearly Polarized High Gain, Low VSWR
• Individually Calibrated & Rugged Construction
• FCC, MIL-STD, VDE and TEMPEST Testing
• Turnkey Solution - Arrives Ready for Testing!

Overview

The SAS-571 Double Ridge Guide Horn Antenna made by A.H. Systems is a lightweight, compact and has been manufactured for maximum gain, low VSWR and broadband response. Using broadband double ridge guide horn antenna  antennas is the ideal for many EMC testing standards and is the antenna of choice per Mil-Std 461G over 200 MHz. This A.H. System horn antenna is an excellent solution for both immunity and emissions testing with adjustable elevation and azimuth.

The double ridge guide horn antenna was initially designed for surveillance where a high gain broadband response was required. The original design was to have a 30-degree beamwidth, which is ideal for EMI measurements and compliance testing. The SAS-571 horn antenna comes with a 3" mounting bracket and thumbscrew allowing for attachment to the tripod. This antenna has the ability to meet a large range of EMC testing capabilities with additional accessories available.

Fixed Coaxial Attenuators: 

• (2) 50 Watt & (1) 500 Watt Attenuators 
• Frequency Range DC-18GHz
  
• Free Technical Support & 2 Days Free Transit
• Type N Connections on both Input/Output
• Designed for MIL-DTL-3933 Requirements

Overview

Rent this attenuator set, ideal for protection of amplifiers during testing. This set comes with two 50 Watt and one 500 Watt fixed coaxial. These can be rented individually or with an amplifier as part of a test system. They have a finned aluminum body, stainless steel or connectors with gold plated beryllium copper contacts. 

Features: 

• High Power
• Wide Bandwidths
• Small Size
• Flat Coupling
• Custom Designs Available

Overview

4-Port Dual Directional Coupler employs two, 3-Port Uni-Directional Couplers, internally connected, in tandem, providing a measurement of both forward and reverse power. Ideal for simultaneously monitoring a system’s forward and reverse power and for reflectometer measurements. Unlike the Bi-Directional Coupler, the directivity of the Dual Directional Coupler is unaffected by the loads on the coupled ports.