F-18090907-1005-3 FCC Current Probe 10kHz-1MHz

Product Description:

The F-180907-1005-3 is a current probe manufactured by the FCC in the U.S.A. Like the -1 and -2 probes listed below, this current probe has an inner diameter of 127mm, which is particularly suited for new energy vehicle conducted emission testing where a number of interconnecting cables need to be measured at once. Although the available current rating of this probe extends to a larger 1000A @ 400Hz, it should be noted that this current probe only operates in the 10kHz to 1MHz frequency range, which is much smaller than the frequency requirements of the automotive EMC standard CISPR25. Because of its transfer transfer impedance 0.1Ω smaller, which is also the advantages of it and -1 and -2 probe comparison, the smaller the transfer impedance we will be able to reduce the impact of background noise in the spectrometer, so we can only use it to measure or locate some of the lower frequency of the impact of conducted interference signals. the FCC authorizes this product by the Shenzhen EUTTEST in the country to provide sales and quotes service agent.

We also offer the following FCC company 180907 serial probes, which are optional for CISPR25 measurements.

• F-180907-1005-1 ; 10kHz-108MHz ; ZtΩ=5.6Ω ; Maximum operating current: 500A;
• F-180907-1005-2 ; 10kHz-108MHz ; ZtΩ=1Ω ; Maximum operating current: 1000A;

Technical parameters：

Product Specification Sheet:

Transmission impedance graph:

Transmission impedance graph

Note: This product is branded as FCC - Fischer Custom Communications, Inc. and is not Federal Communications Commission (FCC) certified.

Note: Please refer to the original FCC factory data sheet for any changes in product parameters.

FCC Official Authorized Dealer:

EUTTEST is an official FCC authorized dealer, and the full official name of the company is: Fischer Custom Communications, Inc.

Ltd. is authorized by FCC to sell all FCC products in China and provide technical service for the products sold.

Click to view the image of the authorization