NARDA PMM 9010F - Page 223

Remote control 14-29
Sweeps header
Sweep #n
ID Byte Mnemonic Meaning
513+(n-1)*32 Start
Frequency
Sub1
Little Endian 32 bit Float figure representing the start frequency of sub-
sweep #1
514+(n-1)*32
515+(n-1)*32
516+(n-1)*32
517+(n-1)*32 Stop
Frequency
Sub1
Little Endian 32 bit Float figure representing the Stop frequency of sub-
sweep #1
518+(n-1)*32
519+(n-1)*32
520+(n-1)*32
521+(n-1)*32 Step
Frequency
Sub1
Little Endian 32 bit Float figure representing the Step frequency of sub-
sweep #1
522+(n-1)*32
523+(n-1)*32
524+(n-1)*32
525+(n-1)*32 OffRec1 Little Endian 32 bit long representing the address of the array level of sub-
sweep #1
This figure must be multiplied by 2
526+(n-1)*32
527+(n-1)*32
528+(n-1)*32
529+(n-1)*32 LenRec1 Little Endian 32 bit long representing the size (in 16 bit words) of current
sub-sweep #1
This figure must be multiplied by 2
530+(n-1)*32
531+(n-1)*32
532+(n-1)*32
533+(n-1)*32 Detector
Sub1
Little Endian 16 bit integer representing the detector used #1
The meaning of each individual bit is :
o 0x0001 --> Peak
o 0x0002 --> Avg
o 0x0004 --> RMS
o 0x0008 --> QPeak
o 0x0010 --> C-Rms
o 0x0020 --> C-Avg
o 0x0200 --> Smart Avg
o 0x0400 --> Smart RMS
o 0x0800 --> Smart QPeak
o 0x1000 --> Smart C-Rms
o 0x2000 --> Smart C-Avg
534+(n-1)*32
535+(n-1)*32
…
544+(n-1)*32
Reserved
…. …