Introduction：
F-120-8 is a BCI high current injection probe produced by FCC Fischer Custom Communications, Inc. and authorized to be sold by EUTTEST Shenzhen. The F-120-8 high power injection probe is generally used for ISO11452-4 BCI test and GB151B, MIL STD 461 C D E F G CS114 test, DO160 section20 test, in accordance with GM3100, ISO11452-4.
The F-120-8 Clamp Injection Probe is a high efficiency broadband injection transformer designed to meet the demanding performance requirements of GM 3100 and ISO 11452-4. The main challenge is to supply 1 amp of current between 1 and 30 MHz to a 50 W calibration fixture during the calibration step of the test program. The advantage of the F-120-8 is its high efficiency. Losses are less than 7 dB over the 500 kHz - 400 MHz range, and 5 dB over the 1 - 30 MHz range. while standard injection probes require up to 7000 watts to meet the 1 amp level, the F-120-8 requires less than 220 watts.
Provides procedures for 1 amp to 50 amp tests on calibration fixtures between 1 MHz and 30 MHz in the calibration step.
The advantage of the F-120-8 is its high efficiency. From 500 kHz-400 MHz, its loss is less than 7 dB, and from 1 MHz-30 MHz it is 5 dB.
While standard injection probes require up to 7000 watts to meet the 1 amp requirement, the F-120-8 requires less than 220 watts.
The main technical parameters of the F-120-8:
Available frequencies: 10 kHz - 400 MHz
Inner ring size: 40 mm
Outer ring size: 127 mm
Height: 134 mm
Insertion Loss: <7dB @800 kHz - 300 MHz
Input rating: 100 watts @ 30 minutes, 250W @ 15 minutes
Optional accessory for the F-120-8:
*, available with calibration fixture: F-170421-1008-1 , FCC-BCICF-4
*Applicable to different test standards, contact EUTTEST for details
F-170421-1008-1 , Calibration Fixture
FCC-BCICF-4 , Calibration Fixture
F-52B Current Probe
Bandwidth: 10 kHz - 400 MHz
Insertion Loss Curve for F-120-8
Insertion Loss Curve for F-120-8
FCC Fischer Custom Communications:
Product specifications are subject to change without notice.
Product specifications are subject to change without notice.
