Customers sometimes want both the highest peak current and an rms over a
defined number of line cycles. If the request is exclusively standards based,
John's suggestion works well. You'll need to perform five to ten tests randomly
closing on the supply cycle and pick the highest values.
If an r
Sylvae in aeternum manent.
-Original Message-
From: Ralph McDiarmid [mailto:ralph.mcdiar...@schneider-electric.com]
Sent: 10 August 2017 17:13
To: EMC-PSTC@LISTSERV.IEEE.ORG
Subject: Re: [PSES] Inrush Current
Just curious to why delete the highest and lowest values before taking the
Subject: Re: [PSES] Inrush Current
Look at Annex B of IEC/EN 61000-3-3. I did a lot of work on this for that Annex
and you will often get different results each time, because of differences in
how the current is interrupted at the previous switch-off. You do not select a
point on the voltage waveform
ciates Rayleigh England
Sylvae in aeternum manent.
From: Nyffenegger, Dave [mailto:dave.nyffeneg...@bhemail.com]
Sent: 10 August 2017 13:15
To: John Woodgate ; EMC-PSTC@LISTSERV.IEEE.ORG
Subject: RE: [PSES] Inrush Current
I think it also depends on what your EUT is. Machinery will typically be
f
@LISTSERV.IEEE.ORG
Subject: Re: [PSES] Inrush Current
Look at Annex B of IEC/EN 61000-3-3. I did a lot of work on this for that Annex
and you will often get different results each time, because of differences in
how the current is interrupted at the previous switch-off. You do not select a
point on the
Look at Annex B of IEC/EN 61000-3-3. I did a lot of work on this for that
Annex and you will often get different results each time, because of
differences in how the current is interrupted at the previous switch-off.
You do not select a point on the voltage waveform for the switching instant;
you c
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