Model 3160 Standard Gain Horns cover a multi-octave bandwidth. 

All models in the series are linearly polarized, have medium gain, optimum half power beamwidth

 (equal in both horizontal and vertical planes), and low VSWR. 

ETS-Lindgren's Model 3162-01 Pyramidal Type High Gain Horn 

was specifically developed for the GMW 3097 and ES-XW7T-1A278-AC specifications

for automotive EMC components testing. 

The 3121D tuned dipole antenna's behavior approaches to the theoretically perfect half-wavelength resonant dipole. 

The Model 3104C Biconical antenna has a traditional coaxial wound balun which provides a broad frequency range and moderate gain for both transmitting and receiving. 

The Model 3140B BiConiLog is the newest in a series of hybrid antennas designed for broadband EMC RI (RI) measurements.

 The antenna exhibits exceptional gain between 26 MHz to 80 MHz, requiring <= 300 W to generate 10 V/m above 30 MHz with 80% AM at a distance of 3 meters.

 Above 80 MHz, the antenna's VSWR is less than 2:1. 

The Model 3101 Conical Log Spiral is made with spiral windings 

of coaxial cable attached to the outside of a fiberglass cone. 

The Model 3301C Active Monopole Antenna is designed to provide reception of an electric field throughout its frequency range, 

in a single band, without tuning or bandswitching. 

The Model 6502 is an active receiving loop antenna.

 A preamplifier is built into the base and provides a 50-ohm output. 

The ETS-Lindgren Model 3163 Series Conical Horns are high gain (Over 16 dBi) antennas, 

designed for use as feeds in tapered anechoic chambers, 

as well as in applications requiring high gain and linear polarization. 

The Model 7603 is built from the specifications in the original MIL-STD-461 document. 

The Model 7603 is a magnetic field generating coil 12.0 cm (4.75 in) diameter, made of delrin and wound with 10 turns of AWG-16 wire. 

 the frequency range of 30 MHz – 1 GHz (cage elements)  and 30 MHz – 3 GHz (cone elements). 

The Model 3106B Double-Ridged Waveguide Horn has a high gain

and excellent VSWR characteristics over its entire frequency range.