The F-120-9A has been designed to extend the use of conducted immunity testing over the bandwidth of 10 kHz – 230 MHz. The usable frequency range is 10 kHz - 230 MHz with an insertion loss of less than 8 dB between 150...
Injection Probe calibration fixtures are a part of the test equipment required by most of the Bulk current Injection Test Procedure Specifications. The FCC-BCICF-1 Calibration Fixture allows the user to quickly and easily...
The Fischer Custom Communications LISN-50-100-1-02 has been developed to meet compliance testing requirements and custom requirements. The LISN-50-100-1-02 is available for pre-compliance and compliance testing in accord with...
The Fischer Custom Communications F-130A is a broad band high efficiency injection probe ideally suited for susceptibility testing in accord with GM 9112P and SAE -J15447. The usable frequency range is 1 MHz to 700 MHz with an...
The F-33 is for laboratory and field testing. These probes have a small outer diameter, approximately 71 mm with an internal diameter of 32 mm. The usable frequency range of the series is from 1 kHz to 250 MHz. The F-33-2 has a...
The Fischer Custom Communications F-16-1 Monitor Current Probe is used to measure conducted emissions from 10 kHz to 50 MHz. It has a usable frequency range of 10 Hz to 70 MHz. The basic F-16 probe has a transfer impedance of 4...
The Fischer Custom Communications F-72 Current Monitor Probe has a usable frequency range of 100 Hz to 100 MHz. It has a transfer impedance of 5Ω from 500 kHz to 100 MHz. This probe can be used to measure small RF currents in...
The Fischer Custom Communications LISN 50-100-1 has been developed to meet compliance testing requirements and custom requirements. The LISN-50-100-1 is available for pre-compliance and compliance testing in accord with CISPR...
RF electromagnetic fields frequently degrade the performance of electronic equipment by generating common mode currents on cables. The effect of these E and H fields on the equipment can be reproduced by injecting common mode...
RF electromagnetic fields frequently degrade the performance of electronic equipment by generating common mode currents on cables. RF immunity to these fields can be verified by injecting common-mode currents onto the cables of...