, January 10, 2002 9:41 PM
To: am...@westin-emission.no; emc-p...@majordomo.ieee.org
Subject: Re: RF immunity 1-2GHz
I have a little different experience than the other respondents
to date, who
pretty much said no extrapolation is possible from one band to another.
My experience and analytical
, 2002 12:41 PM
To: am...@westin-emission.no; emc-p...@majordomo.ieee.org
Subject: Re: RF immunity 1-2GHz
I have a little different experience than the other
respondents to date, who
pretty much said no extrapolation is possible from one band to another.
My experience and analytical training tell me
I have a little different experience than the other respondents to date, who
pretty much said no extrapolation is possible from one band to another.
My experience and analytical training tell me that if field intensity and
modulation are held constant, then above 1 GHz coupling to wires running
: FLOWERDEW, Peter [mailto:peter.flower...@plantronics.com]
Sent: Thursday, January 10, 2002 10:07 AM
To: emc-p...@majordomo.ieee.org
Subject: RE: RF immunity 1-2GHz
I have been 'hardening' headsets and amplifiers to meet the 80 to 1000MHz,
1KHz 80% AM modulation requirements in EN55024, 3V/m. As our
Subject: RE: RF immunity 1-2GHz
Hi,
today I heard about a case where an ISDN terminal was susceptible to a
DECT phone next to it while a 900 MHz GSM did not cause anything. This
was in the field, not in test lab.
In test lab my experience is that if it passes below 1 G it does it also
above
Hi,
today I heard about a case where an ISDN terminal was susceptible to a
DECT phone next to it while a 900 MHz GSM did not cause anything. This
was in the field, not in test lab.
In test lab my experience is that if it passes below 1 G it does it also
above it.
However, as the 1.4-2 GHz sweep
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