The TEMH20 from RFSpin is a TEM Horn Antenna that operates from 1 to 22 GHz. It generates homogenous fields with high gain using the dielectric lens which allows close proximity radiation immunity evaluation testing. This antenna is available in a corrosion-resistant housing that measures 112 x 198 x 345 mm with a 3.5 mm coaxial connector and comes with an adapter with ¼ inch inner thread.
The SAS-545 from A.H. Systems is a Biconical Antenna that operates from 30 MHz to 1 GHz. It provides a gain of up to 2.5 dBi and has an antenna factor from 18 to 42 dB/m. This antenna complies with CISPR 16-4-1 requirements and is suited for emissions testing, field monitoring and chamber characterization. It handles directionality constraints effortlessly due to its omnidirectional characteristic.
The HAX-40 from Frankonia Germany EMC Solutions is a Horn Antenna that operates from 14 to 40 GHz. It provides an isotropic gain of up to 20 dBi and has an antenna factor from 38 to 45 dB/m. This antenna can handle an input power of 10 W, has a SWR of 2:1 and a front-to-back ratio of more than 30 dB. It is highly suitable for radiated immunity tests and emission measurements.
The SAS-512F-7 from A.H Systems is a Log Periodic Antenna that operates from 190 MHz to 7 GHz. This linearly polarized antenna is suited for EMC emissions and immunity testing applications. It provides a gain of 6.7 dBi, has an antenna factor of 11 to 46 dB/m and minimal VSWR. The antenna has been individually calibrated at 1, 3 and 10 meters, to ensure accurate operation and adherence to specific standards.
EMC testing is all about standards. Whether you are developing 5G products, automotive equipment, military equipment or something as simple as a common table lamp, your device must meet requirements set by standardization bodies such as IEC, CISPR, ISO, IEEE, CENELEC, ETSI, FCC, ANSI, RTCA or the MIL-STD committee. Click here to learn more.
The EH022 from Microwave Vision Group is a Dual-Ridge Horn Antenna that operates from 200 MHz to 2 GHz. This antenna provides a realized gain from 6 to 14 dBi with an average VSWR of 1.5:1. This linearly polarized antenna has an E-plane HPBW from 42 to 88 °. It is suitable for radiated emissions testing and complies with standards such as ANSI 63.4, CISPR 16-2-3, 22, 32, MIL-STD 461.
The Model 3102 from ETS-Lindgren is a Conical Log Spiral Antenna that operates from 1 to 10 GHz. The spiral windings of semi-rigid coaxial cable attached to the fiberglass cone allow for better heat dissipation. This antenna is suitable for MIL-STD and SAE testing, to find spectral characteristics of RF emissions, immunity testing and as a communication antenna in support of over-the-air wireless device testing.
The CBL 6141B from Ametek CTS is a BILOG® Antenna that operates from 30 MHz to 2 GHz. It uses the combination of BiLog® and X-Wing® technologies that help the device work well at both low and high frequencies. The CBL 6141B can handle an input power of up to 300 W. It is available in a housing that measures 1310 x 970 x 410 mm with N-type (female) and is ideal for emissions/immunity testing.
The BicoLOG 20100 X from Aaronia AG is a Biconical EMC Pre-Compliance Test Antenna that operates from 20 MHz to 1 GHz. This 50-ohm antenna provides a gain of up to 41 dBi. It is available in an enclosure that measures 350 x 160 x 140 mm with SMA-female or N-type connectors and is suitable for a wide range of application bands, including TETRA, ISM Band, GSM, and 4G/LTE.
The TBMA6-P from TEKBOX Digital Solutions is a Passive Loop Antenna that is designed for conducting radiated emission measurements from 9 kHz to 30 MHz. It follows the CISPR 16 standards, has a diameter of 60 cm, and exhibits a sensitivity of -24 dBµA/m at 30 MHz. This loop antenna is built from corrugated coaxial cable and attached to the transducer using N-type connectors.
The ASY-DRHA from Antenna Systems Solutions is a Dual-Ridged Horn Antenna that operates from 2 to 18 GHz. It provides up to 16 dBi of gain and has a VSWR of less than 2:1. It has an antenna factor from 33.7 to 39.3 dB/m (far field) and cross-polar discrimination of more than 25 dB (at boresight). The antenna has high-precision customized mounting interfaces with levels and absorber plates.
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