Examples of using Ferrite core in English and their translations into Spanish
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Colloquial
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Official
When the ferrite core cannot be secure because the USB cable is thin,
Build this transformer with a ferrite core with double"U" and two separate windings,
An Ethernet cable with a ferrite core provided with the USB device server must be used for RF interference suppression.
A ferrite core must be incorporated into the input signal cable of all models except subwoofer boxes to comply with existing regulations on electromagnetic emissions.
Attach the ferrite core as close to the home theater system as possible.
you must use optional RS-232C serial interface cable with ferrite core.
the side of analog signal source should be provided with filter capacitor or ferrite core.
Connect the AX44 to DS2416 connector“IO-A()” using the supplied 20-pin cable connect the end with the ferrite core to the DS2416.
When using network connections, pass the CAT5 cable seven times through a ferrite core(Figure 2.4),
Wires for the remaining interfaces can be routed through the core to the connector without the single wrap around the outside of the ferrite core.
Note:Whether there are a ferrite core and font setting card depends on the reader/writer model.
Wind the stopper around the cable so that the ferrite core does not slide.
Use the ferrite core to reduce the electromagnetic interference in the power cable.
The technology of the ferrite core sensors has evolved,
This port requires a shielded cable with ferrite core less then 1.8m long.
The cable has enforced ferrite core filters to filter out transmission errors
Carl-Ivar Bergman was given just a few weeks to build and install a ferrite core memory in 1956.
it is necessary to install a ferrite core on the analog, IDNet and SICSpro load cell cable of the harsh and panel enclosures.
Attaching a ferrite core to a USB cable Before connecting a USB cable(not supplied)
Elektriola's litz wire was quickly incorporated into new developments such as ferrite core chokes for electromagnetic lighting ballasts in the 1960's as well as magnetic resonance imaging systems developed in the 1970's and 1980's, and high frequency switching power supplies in the 1990's.