RF Conducted Test Equipment
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RF Conducted Test Equipment is used to efficiently test immunity along power and data lines up to 1GHz. They are able to measure the DUT's (device under test) reaction to power fluctuations so engineers can accurately evaluate the device's susceptibility when exposed to a drop or surge in conducted energy. Test standard IEC 61000-4-16 establishes all the requirements when testing the susceptibility of a device to possible conducted energy drops and surges. The most common bandwidths when testing range between 10 kHz and 400 MHz.
Rent crucial RF conducted test equipment from Avalon Test Equipment. With a variety of equipment from top manufacturers (EM Test, Teseq, and more), Avalon can provide top quality equipment to meet your specific requirements so you can Test With Confidence®.
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Fischer BCICF-1 Bulk Current Injection Probe Fixtures
Part of the test equipment required by most of the Bulk Current Injection test procedure specifications. Allows the user the quickly and easily calibrate the injection probe prior to performing compliance testing.
Fischer BCICF-6-150 Bulk Current Injection Probe Fixtures
Designed for the IEC 61000-4-6 Ed 4.0, section 6.2.3.1 – 6.2.3.2 that states “…the increase of the transmission loss of the test jig, produced by the insertion of the Current Clamp, shall not exceed 1.6 dB”. This 1.6 dB requirement is verified by subtracting the insertion loss of the calibration fixture without the Clamp in place from the fixture insertion loss with the Clamp in place.
Fischer F-120-1 Bulk Current Injection Probe
The Fischer Custom Communications FCC F-120-1 Bulk Current Injection Probe has been designed to extend the use of conducted immunity testing over the bandwidth of 10 kHz – 175 MHz
Fischer F-130A-1 Bulk Current Injection Probe
1MHz - 400MHz Frequency Used for BCI testing in accordance With automotive specifications like SAE J15447 CW input power rating is 100 watts for 30 minutes
Fischer F-140 Bulk Current Injection Probe
10 kHz – 1 GHz Frequency Used for BCI testing in accordance With automotive specifications like SAE J15447 Useable frequency range is 100 kHz – 1300 MHz With an insertion loss of less than 7 dB from 700 kHz to 500 MHz Input power rating is 100 watts for 30 minutes
Fischer F-203I-A-23MM EM Clamp
The Fischer Custom Communications F-203I-A-23MM EM Clamp is a clamp-on injection device for immunity testing, supporting a frequency range of 10kHz - 1GHz, 100 Watts CW
Fischer F-33-2 Current Monitor Probe
The F-33-2 is for laboratory and field testing. The usable frequency range of this probe is 1 kHz – 250 MHz.
Haefely FP-COMB 32 Automatic 3-Phase Coupler for AXOS System
The FP-COMB 32 is a combined automatic three-phase Coupling/Decoupling Network (CDN) for Surge Combination Wave, Ring Wave and EFT/Burst.
Pearson 8705C Current Probe
The Pearson 8705C Current Probe for MIL-STD-461 CS114, CS115, CS116 supports a frequency Range 10 kHz to 400 MHz
Teseq CAL CMAD20A Calibration Fixture
Calibration fixture for CMAD 20A, CMAD 20B, Lüthi FTC 40x15 E according CISPR 16-1-4
Teseq CDN 117 Data Line Coupling/Decoupling Network
Teseq’s CDN 117 coupling-decoupling network enables convenient testing with surge pulses of 1.2/50 μs on data, signal or peripheral lines, as specified in many product standards.
Teseq CDN 3083-B100 Amp Coupler for EFT/Burst
The CDN 3083-B100 can couple up to 8.8 kV (5/50 ns – 50 Ohms) EFT pulses simultaneously into the supply lines of the equipment under test (EUT).
Teseq CDN HSS-2
The Coupling Decoupling Network is designed for convenient surge testing with 1.2/50 μs pulses, as defined in IEC/EN 61000-4-5, on unshielded symmetrical high speed telecommunication lines e.g. Ethernet.
Teseq CDN M016 Switchable 16 Amp Coupling/Decoupling Network
Designed for IEC/EN 61000-4-6 conducted RF immunity testing with switchable M2 or M3, types with 4 mm banana sockets, and a frequency range of 150 kHz–230 MHz.
Teseq CDN M316 Coupling/Decoupling Network
The Teseq CDN M316 is a Coupling/Decoupling Network CDN M3 Type supports a frequency range of 150 kHz - 230 MHz (Optional 10 kHz - 80 MHz)