Hi,
while trying all the functions of my new NF3020 I was able to get into the mode to calculate exposure limits only when the magnetic sensor is activated, not when the e-field sensor runs. Is that a bug or a feature? I am using firmware beta50.
Can one set-up own exposure curves to be calculated in this mode? I did not find any entries to this regard in the filemanager of LCS.
Grüsse aus München
GS
Creating custom limits is not directly supported but you can add a own little P-CODE software to add own limits, that is no big deal.
The missing electric field limit display is a known BETA bug which will be removed in the next update.
If you use the PC software you can add own limit levels already (add to limits.ini file).
With the new MCS you will be able to add even quite complex custom limits like the ICNIRP.
Snip
Thanks, I patched programme 150 to have TCO and ICNIRP to run with the e-field sensor.
Are there any limits in Pcode size, as I had to remove some of the other code (and limits) to get it run?
Have you conducted any analysis to ensure the calculation based on the 3 peak values is sufficient to cover the limits completely? I could think of some theoretical field curves, where this is not the case but it may be of academic nature only.
Rgds.
GS
Indeed this are quite academic fields that should never show up in practice 
The PC software offers up to 10 marker for limit calculation the new MCS software even offers a unlimited number of marker.
Yes there is a maximum size for every P-Code program (number 150 is quite the maximum size) so you should add external programs and call them with the chain command so save space within the program 150.
P.S. Please supply useful modified P-Code to the forum so that all user can benefit from it 
Snip
P.S. Please supply usefull modified P-Code to the forum so that all user can benefit from it
I wasn't sure if you appreciate seeing code modified from your firmware in a public forum. I happily share what I've done. I replaced the programme 150 with the code below, it compares against TCO03 and ICNIRP levels (as in the manual) for the e-field and magnetic sensor. One should patch the programme for the key 'right' to allow only two profiles as well.
LOADSET PEAK1FREQ STOREVAR 03h LOADSET SPECDISP JUMPNZ LABEL-1 LOADSET PEAK1POW LOADSET PEAK1FREQ ACALL PROG-0 LOADSET PEAK2POW LOADSET PEAK2FREQ ACALL PROG-0 MAX LOADSET PEAK3POW LOADSET PEAK3FREQ ACALL PROG-0 MAX DUP PPIXBAR 02h LDCONST 100 MUL PPIXDBL 00h, 0100h, "###.##" LOADVAR 01h LDSHCO 01h JUMPEQ LABEL-2 PPIXTEXT 00h, 0000h, "TCO03" JUMP LABEL-1 LABEL-2: PPIXTEXT 00h, 0000h, "ICNIRP" LABEL-1: STOP PROG-0: STOREVAR 02h LOADVAR 02h LOADVAR 01h LDSHCO 01h JUMPEQ LABEL-3 LDSHCO 02h JUMPGE LABEL-4 LOADSET PULSEMODE LDSHCO 06h JUMPGE LABEL-5 LDCONST 0.000000200 JUMP LABEL-6 LABEL-5: LDCONST 10 JUMP LABEL-6 LABEL-4: LOADSET PULSEMODE LDSHCO 06h JUMPGE LABEL-7 LDCONST 0.000000025 JUMP LABEL-6 LABEL-7: LDCONST 1 JUMP LABEL-6 LABEL-3: LOADSET PULSEMODE LDSHCO 06h JUMPGE LABEL-8 LDSHCO 96h JUMPGE LABEL-9 LOADVAR 02h LDCONST 0.8 JUMPGE LABEL-10 LOADVAR 02h LDCONST 0.008 JUMPGE LABEL-11 LOADVAR 02h LDCONST 0.001 JUMPGE LABEL-12 LDCONST 0.040 JUMP LABEL-6 LABEL-12: LDCONST 0.000000040 LOADVAR 02h SQUARE DIV JUMP LABEL-6 LABEL-11: LDCONST 0.000005 LOADVAR 02h DIV JUMP LABEL-6 LABEL-10: LDCONST 0.000006250 JUMP LABEL-6 LABEL-9: LDCONST 0.000920 LOADVAR 02h DIV JUMP LABEL-6 LABEL-8: LDCONST 1000 JUMPGE LABEL-13 LOADVAR 02h LDCONST 3 JUMPGE LABEL-14 LOADVAR 02h LDCONST 0.025 JUMPGE LABEL-15 LDCONST 10000 JUMP LABEL-6 LABEL-15: LDCONST 250 LOADVAR 02h DIV JUMP LABEL-6 LABEL-14: LDCONST 87 JUMP LABEL-6 LABEL-13: LDCONST 87 LOADVAR 02h SQRT DIV JUMP LABEL-6 LABEL-6: DIV RET STOP
From a few quick checks results look reasonable, but no warranties given.
