<?xml version="1.0"?>
<ArrayOfFBEvent xmlns:xsd="http://www.w3.org/2001/XMLSchema" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance">
  <FBEvent>
    <User>Justin Richardson</User>
    <Comment />
    <StatusString>Edited</StatusString>
    <TimeStamp>2023-08-02T17:43:56Z</TimeStamp>
    <ZendeskNumber>0</ZendeskNumber>
    <Status>UNKNOWN</Status>
  </FBEvent>
  <FBEvent>
    <User>Justin Richardson</User>
    <Comment>Verified  tmats file template is  updated to fix this issue 
 
Verified  fix with datapro versions 4.0.1017.49313,4.1.380.49313 and 4.2.70.49313
Line 158 in tmats was D-1\WP-1-7-1-1:1;is now D-1\WP-1-7-1-1:7; 

which  refers to the correct digital channel to display as arx x in the netview stream.



Tested using netview in both  ch10 128 pcm  and ch10 128 pcm time format 2 .


Ars data is now displayed correctly for ars x  


Compared netview streaming data to reference 6dx ars channels to check that scaling is still functional .

</Comment>
    <StatusString>Closed</StatusString>
    <TimeStamp>2023-08-02T17:39:02Z</TimeStamp>
    <ZendeskNumber>0</ZendeskNumber>
    <Status>Closed</Status>
  </FBEvent>
  <FBEvent>
    <User>Eric Fizer</User>
    <Comment>Issue with TMATS file.</Comment>
    <StatusString>Resolved</StatusString>
    <TimeStamp>2023-08-02T16:02:23Z</TimeStamp>
    <ZendeskNumber>0</ZendeskNumber>
    <Status>Resolved</Status>
  </FBEvent>
  <FBEvent>
    <User>Justin Richardson</User>
    <Comment />
    <StatusString>Edited</StatusString>
    <TimeStamp>2023-08-01T17:05:16Z</TimeStamp>
    <ZendeskNumber>0</ZendeskNumber>
    <Status>UNKNOWN</Status>
  </FBEvent>
  <FBEvent>
    <User>Justin Richardson</User>
    <Comment />
    <StatusString>Edited</StatusString>
    <TimeStamp>2023-08-01T17:04:29Z</TimeStamp>
    <ZendeskNumber>0</ZendeskNumber>
    <Status>UNKNOWN</Status>
  </FBEvent>
  <FBEvent>
    <User>Kyvory Henderson</User>
    <Comment>Do we have a timeline on this fix? We are prepping to send out a large TSR Air order for a customer that will be streaming out data. </Comment>
    <StatusString>Edited</StatusString>
    <TimeStamp>2023-08-01T16:17:59Z</TimeStamp>
    <ZendeskNumber>0</ZendeskNumber>
    <Status>UNKNOWN</Status>
  </FBEvent>
  <FBEvent>
    <User>Justin Richardson</User>
    <Comment />
    <StatusString>Edited</StatusString>
    <TimeStamp>2023-07-28T22:51:56Z</TimeStamp>
    <ZendeskNumber>0</ZendeskNumber>
    <Status>UNKNOWN</Status>
  </FBEvent>
  <FBEvent>
    <User>Justin Richardson</User>
    <Comment />
    <StatusString>Edited</StatusString>
    <TimeStamp>2023-07-28T22:51:45Z</TimeStamp>
    <ZendeskNumber>0</ZendeskNumber>
    <Status>UNKNOWN</Status>
  </FBEvent>
  <FBEvent>
    <User>Justin Richardson</User>
    <Comment />
    <StatusString>Edited</StatusString>
    <TimeStamp>2023-07-28T22:51:05Z</TimeStamp>
    <ZendeskNumber>0</ZendeskNumber>
    <Status>UNKNOWN</Status>
  </FBEvent>
  <FBEvent>
    <User>Justin Richardson</User>
    <Comment />
    <StatusString>Edited</StatusString>
    <TimeStamp>2023-07-28T22:50:38Z</TimeStamp>
    <ZendeskNumber>0</ZendeskNumber>
    <Status>UNKNOWN</Status>
  </FBEvent>
  <FBEvent>
    <User>Justin Richardson</User>
    <Comment />
    <StatusString>Edited</StatusString>
    <TimeStamp>2023-07-28T22:45:28Z</TimeStamp>
    <ZendeskNumber>0</ZendeskNumber>
    <Status>UNKNOWN</Status>
  </FBEvent>
  <FBEvent>
    <User>Justin Richardson</User>
    <Comment />
    <StatusString>Edited</StatusString>
    <TimeStamp>2023-07-28T22:21:52Z</TimeStamp>
    <ZendeskNumber>0</ZendeskNumber>
    <Status>UNKNOWN</Status>
  </FBEvent>
  <FBEvent>
    <User>Justin Richardson</User>
    <Comment />
    <StatusString>Edited</StatusString>
    <TimeStamp>2023-07-28T21:52:53Z</TimeStamp>
    <ZendeskNumber>0</ZendeskNumber>
    <Status>UNKNOWN</Status>
  </FBEvent>
  <FBEvent>
    <User>Justin Richardson</User>
    <Comment>I tried setting tmats P-1\D2:3200000;   

but ars channel x is still showing  accel x data ...

you can see in attached screen shot when I do a 2g roll  on axis x   it shows up on ars ch 1 also  


G\PN:IService;
G\TA:TSR AIR STREAMING_TA0164;
G\106:17;
G\DSI\N:1;
G\DSI-1:TSR AIR STREAMING;
G\DST-1:STO;
R-1\ID:TSR AIR STREAMING;
R-1\RID:TSRAIR;
R-1\R1:generated from XML CH10 mapping;
R-1\TC1:OTHR;
R-1\COM:=========================================================================;
R-1\COM: This simple settings for PCM stream 
R-1\COM: Mapping defined in the CH10 Programmers Handbook (RCC document 123-16) ;
R-1\COM: appendix P/Q from the definition of a user defined external XML file;
R-1\COM:=========================================================================;
R-1\RML:E;
R-1\ERBS:AUTO;
R-1\NSB:0;
R-1\RI1:Data Bus Tools GmbH;
R-1\RI2:TSRAIR;
R-1\RI3:N;
R-1\RI6:N;
R-1\CRE:F;
R-1\RSS:R;
R-1\N:2;
R-1\TK1-1:1;
R-1\TK4-1:1;
R-1\COM: ======================= Time Channel ========================;
R-1\TK1-1:1;
R-1\TK2-1:OTHER;
R-1\DSI-1:1;
R-1\TK3-1:FWD;
R-1\TK4-1:1;
R-1\CHE-1:T;
R-1\CDT-1:TIMEIN;
R-1\CDLN-1:1;
R-1\TTF-1:2;
R-1\SHTF-1:1;
R-1\COM: ======================= PCM Channel Description =====================;
R-1\DSI-2:PCMIN;
R-1\TK1-2:3;
R-1\TK4-2:3;
R-1\CHE-2:T;
R-1\CDT-2:PCMIN;
R-1\CDLN-2:TA0164;
R-1\PDTF-2:1;
R-1\PDP-2:TM;
R-1\ICE-2:180;
R-1\IST-2:SE;
R-1\ITH-2:1;
R-1\ITM-2:Low-Z;
R-1\PTF-2:NONE;
P-1\DLN:TA0164;
P-1\D1:NRZ-L;
P-1\D2:3200000;
P-1\D3:U;
P-1\D4:N;
P-1\D7:N;
P-1\D8:NA;
P-1\TF:ONE;
P-1\F1:16;
P-1\F2:M;
P-1\F3:NO;
P-1\F4:T;
P-1\ISF\N:0;
P-1\MF\N:1;
P-1\COM: === Number of channels (including time sync) ===;
P-1\COM: === 224 without subframeID and 24 with subframeID ===;
P-1\MF1:19;
P-1\MF2:320;
P-1\MF3:FPT;
P-1\MF4:32;
P-1\MF5:11111110011010110010100001000000;
D-1\DLN:TA0164;
D-1\ML\N:1;
D-1\MLN-1:Measurement List;
D-1\COM: === Number of channels in the measurement list ===;
D-1\MN\N-1:18;
D-1\MN-1-1:TA0164-Low g Linear 1;
D-1\MN1-1-1:DE;
D-1\MN2-1-1:D;
D-1\MN3-1-1:M;
D-1\LT-1-1:WDFR;
D-1\MML\N-1-1:1;
D-1\MNF\N-1-1-1:1;
D-1\WP-1-1-1-1:1;
D-1\WI-1-1-1-1:0;
D-1\FP-1-1-1-1:1;
D-1\FI-1-1-1-1:0;
D-1\WFM-1-1-1-1:FW;
D-1\MN-1-2:TA0164-Low g Linear 2;
D-1\MN1-1-2:DE;
D-1\MN2-1-2:D;
D-1\MN3-1-2:M;
D-1\LT-1-2:WDFR;
D-1\MML\N-1-2:1;
D-1\MNF\N-1-2-1:1;
D-1\WP-1-2-1-1:2;
D-1\WI-1-2-1-1:0;
D-1\FP-1-2-1-1:1;
D-1\FI-1-2-1-1:0;
D-1\WFM-1-2-1-1:FW;
D-1\MN-1-3:TA0164-Low g Linear 3;
D-1\MN1-1-3:DE;
D-1\MN2-1-3:D;
D-1\MN3-1-3:M;
D-1\LT-1-3:WDFR;
D-1\MML\N-1-3:1;
D-1\MNF\N-1-3-1:1;
D-1\WP-1-3-1-1:3;
D-1\WI-1-3-1-1:0;
D-1\FP-1-3-1-1:1;
D-1\FI-1-3-1-1:0;
D-1\WFM-1-3-1-1:FW;
D-1\MN-1-4:TA0164-High g Linear 1;
D-1\MN1-1-4:DE;
D-1\MN2-1-4:D;
D-1\MN3-1-4:M;
D-1\LT-1-4:WDFR;
D-1\MML\N-1-4:1;
D-1\MNF\N-1-4-1:1;
D-1\WP-1-4-1-1:4;
D-1\WI-1-4-1-1:0;
D-1\FP-1-4-1-1:1;
D-1\FI-1-4-1-1:0;
D-1\WFM-1-4-1-1:FW;
D-1\MN-1-5:TA0164-High g Linear 2;
D-1\MN1-1-5:DE;
D-1\MN2-1-5:D;
D-1\MN3-1-5:M;
D-1\LT-1-5:WDFR;
D-1\MML\N-1-5:1;
D-1\MNF\N-1-5-1:1;
D-1\WP-1-5-1-1:5;
D-1\WI-1-5-1-1:0;
D-1\FP-1-5-1-1:1;
D-1\FI-1-5-1-1:0;
D-1\WFM-1-5-1-1:FW;
D-1\MN-1-6:TA0164-High g Linear 3;
D-1\MN1-1-6:DE;
D-1\MN2-1-6:D;
D-1\MN3-1-6:M;
D-1\LT-1-6:WDFR;
D-1\MML\N-1-6:1;
D-1\MNF\N-1-6-1:1;
D-1\WP-1-6-1-1:6;
D-1\WI-1-6-1-1:0;
D-1\FP-1-6-1-1:1;
D-1\FI-1-6-1-1:0;
D-1\WFM-1-6-1-1:FW;
D-1\MN-1-7:TA0164-Angular Rate 1;
D-1\MN1-1-7:DE;
D-1\MN2-1-7:D;
D-1\MN3-1-7:M;
D-1\LT-1-7:WDFR;
D-1\MML\N-1-7:1;
D-1\MNF\N-1-7-1:1;
D-1\WP-1-7-1-1:1;
D-1\WI-1-7-1-1:0;
D-1\FP-1-7-1-1:1;
D-1\FI-1-7-1-1:0;
D-1\WFM-1-7-1-1:FW;
D-1\MN-1-8:TA0164-Angular Rate 2;
D-1\MN1-1-8:DE;
D-1\MN2-1-8:D;
D-1\MN3-1-8:M;
D-1\LT-1-8:WDFR;
D-1\MML\N-1-8:1;
D-1\MNF\N-1-8-1:1;
D-1\WP-1-8-1-1:8;
D-1\WI-1-8-1-1:0;
D-1\FP-1-8-1-1:1;
D-1\FI-1-8-1-1:0;
D-1\WFM-1-8-1-1:FW;
D-1\MN-1-9:TA0164-Angular Rate 3;
D-1\MN1-1-9:DE;
D-1\MN2-1-9:D;
D-1\MN3-1-9:M;
D-1\LT-1-9:WDFR;
D-1\MML\N-1-9:1;
D-1\MNF\N-1-9-1:1;
D-1\WP-1-9-1-1:9;
D-1\WI-1-9-1-1:0;
D-1\FP-1-9-1-1:1;
D-1\FI-1-9-1-1:0;
D-1\WFM-1-9-1-1:FW;
D-1\MN-1-10:TA0164-Temperature;
D-1\MN1-1-10:DE;
D-1\MN2-1-10:D;
D-1\MN3-1-10:M;
D-1\LT-1-10:WDFR;
D-1\MML\N-1-10:1;
D-1\MNF\N-1-10-1:1;
D-1\WP-1-10-1-1:10;
D-1\WI-1-10-1-1:0;
D-1\FP-1-10-1-1:1;
D-1\FI-1-10-1-1:0;
D-1\WFM-1-10-1-1:FW;
D-1\MN-1-11:TA0164-Humidity;
D-1\MN1-1-11:DE;
D-1\MN2-1-11:D;
D-1\MN3-1-11:M;
D-1\LT-1-11:WDFR;
D-1\MML\N-1-11:1;
D-1\MNF\N-1-11-1:1;
D-1\WP-1-11-1-1:11;
D-1\WI-1-11-1-1:0;
D-1\FP-1-11-1-1:1;
D-1\FI-1-11-1-1:0;
D-1\WFM-1-11-1-1:FW;
D-1\MN-1-12:TA0164-Pressure;
D-1\MN1-1-12:DE;
D-1\MN2-1-12:D;
D-1\MN3-1-12:M;
D-1\LT-1-12:WDFR;
D-1\MML\N-1-12:1;
D-1\MNF\N-1-12-1:1;
D-1\WP-1-12-1-1:12;
D-1\WI-1-12-1-1:0;
D-1\FP-1-12-1-1:1;
D-1\FI-1-12-1-1:0;
D-1\WFM-1-12-1-1:FW;
D-1\MN-1-13:{CHANNEL 13 NAME};
D-1\MN1-1-13:DE;
D-1\MN2-1-13:D;
D-1\MN3-1-13:M;
D-1\LT-1-13:WDFR;
D-1\MML\N-1-13:1;
D-1\MNF\N-1-13-1:1;
D-1\WP-1-13-1-1:13;
D-1\WI-1-13-1-1:0;
D-1\FP-1-13-1-1:1;
D-1\FI-1-13-1-1:0;
D-1\WFM-1-13-1-1:FW;
D-1\MN-1-14:{CHANNEL 14 NAME};
D-1\MN1-1-14:DE;
D-1\MN2-1-14:D;
D-1\MN3-1-14:M;
D-1\LT-1-14:WDFR;
D-1\MML\N-1-14:1;
D-1\MNF\N-1-14-1:1;
D-1\WP-1-14-1-1:14;
D-1\WI-1-14-1-1:0;
D-1\FP-1-14-1-1:1;
D-1\FI-1-14-1-1:0;
D-1\WFM-1-14-1-1:FW;
D-1\MN-1-15:{CHANNEL 15 NAME};
D-1\MN1-1-15:DE;
D-1\MN2-1-15:D;
D-1\MN3-1-15:M;
D-1\LT-1-15:WDFR;
D-1\MML\N-1-15:1;
D-1\MNF\N-1-15-1:1;
D-1\WP-1-15-1-1:15;
D-1\WI-1-15-1-1:0;
D-1\FP-1-15-1-1:1;
D-1\FI-1-15-1-1:0;
D-1\WFM-1-15-1-1:FW;
D-1\MN-1-16:{CHANNEL 16 NAME};
D-1\MN1-1-16:DE;
D-1\MN2-1-16:D;
D-1\MN3-1-16:M;
D-1\LT-1-16:WDFR;
D-1\MML\N-1-16:1;
D-1\MNF\N-1-16-1:1;
D-1\WP-1-16-1-1:16;
D-1\WI-1-16-1-1:0;
D-1\FP-1-16-1-1:1;
D-1\FI-1-16-1-1:0;
D-1\WFM-1-16-1-1:FW;
D-1\MN-1-17:{CHANNEL 17 NAME};
D-1\MN1-1-17:DE;
D-1\MN2-1-17:D;
D-1\MN3-1-17:M;
D-1\LT-1-17:WDFR;
D-1\MML\N-1-17:1;
D-1\MNF\N-1-17-1:1;
D-1\WP-1-17-1-1:17;
D-1\WI-1-17-1-1:0;
D-1\FP-1-17-1-1:1;
D-1\FI-1-17-1-1:0;
D-1\WFM-1-17-1-1:FW;
D-1\MN-1-18:{CHANNEL 18 NAME};
D-1\MN1-1-18:DE;
D-1\MN2-1-18:D;
D-1\MN3-1-18:M;
D-1\LT-1-18:WDFR;
D-1\MML\N-1-18:1;
D-1\MNF\N-1-18-1:1;
D-1\WP-1-18-1-1:18;
D-1\WI-1-18-1-1:0;
D-1\FP-1-18-1-1:1;
D-1\FI-1-18-1-1:0;
D-1\WFM-1-18-1-1:FW;
C-1\DCN:TA0164-Low g Linear 1;
C-1\MN1:TA0164-Low g Linear 1;
C-1\BFM:TWO;
C-1\DCT:COE;
C-1\MN4:PCM
C-1\CO\N:1;
C-1\CO:-0.1328125;
C-1\CO-1:-0.00195312500;
C-1\MN3:g;
C-1\MOT1:64;
C-1\MOT3:64;
C-1\MOT5:64;
C-1\MOT2:-64;
C-1\MOT4:-64;
C-1\MOT6:-64;
C-2\DCN:TA0164-Low g Linear 2;
C-2\MN1:TA0164-Low g Linear 2;
C-2\BFM:TWO;
C-2\DCT:COE;
C-2\MN4:PCM
C-2\CO\N:1;
C-2\CO:-0.04101563;
C-2\CO-1:-0.00195312500;
C-2\MN3:g;
C-2\MOT1:64;
C-2\MOT3:64;
C-2\MOT5:64;
C-2\MOT2:-64;
C-2\MOT4:-64;
C-2\MOT6:-64;
C-3\DCN:TA0164-Low g Linear 3;
C-3\MN1:TA0164-Low g Linear 3;
C-3\BFM:TWO;
C-3\DCT:COE;
C-3\MN4:PCM
C-3\CO\N:1;
C-3\CO:-1.042969;
C-3\CO-1:0.00195312500;
C-3\MN3:g;
C-3\MOT1:64;
C-3\MOT3:64;
C-3\MOT5:64;
C-3\MOT2:-64;
C-3\MOT4:-64;
C-3\MOT6:-64;
C-4\DCN:TA0164-High g Linear 1;
C-4\MN1:TA0164-High g Linear 1;
C-4\BFM:TWO;
C-4\DCT:COE;
C-4\MN4:PCM
C-4\CO\N:1;
C-4\CO:0.6;
C-4\CO-1:0.20000000000;
C-4\MN3:g;
C-4\MOT1:400;
C-4\MOT3:400;
C-4\MOT5:400;
C-4\MOT2:-400;
C-4\MOT4:-400;
C-4\MOT6:-400;
C-5\DCN:TA0164-High g Linear 2;
C-5\MN1:TA0164-High g Linear 2;
C-5\BFM:TWO;
C-5\DCT:COE;
C-5\MN4:PCM
C-5\CO\N:1;
C-5\CO:0.4;
C-5\CO-1:0.20000000000;
C-5\MN3:g;
C-5\MOT1:400;
C-5\MOT3:400;
C-5\MOT5:400;
C-5\MOT2:-400;
C-5\MOT4:-400;
C-5\MOT6:-400;
C-6\DCN:TA0164-High g Linear 3;
C-6\MN1:TA0164-High g Linear 3;
C-6\BFM:TWO;
C-6\DCT:COE;
C-6\MN4:PCM
C-6\CO\N:1;
C-6\CO:0.2;
C-6\CO-1:-0.20000000000;
C-6\MN3:g;
C-6\MOT1:400;
C-6\MOT3:400;
C-6\MOT5:400;
C-6\MOT2:-400;
C-6\MOT4:-400;
C-6\MOT6:-400;
C-7\DCN:TA0164-Angular Rate 1;
C-7\MN1:TA0164-Angular Rate 1;
C-7\BFM:TWO;
C-7\DCT:COE;
C-7\MN4:PCM
C-7\CO\N:1;
C-7\CO:-0.06103516;
C-7\CO-1:-0.06103516000;
C-7\MN3:deg/s;
C-7\MOT1:2000;
C-7\MOT3:2000;
C-7\MOT5:2000;
C-7\MOT2:-2000;
C-7\MOT4:-2000;
C-7\MOT6:-2000;
C-8\DCN:TA0164-Angular Rate 2;
C-8\MN1:TA0164-Angular Rate 2;
C-8\BFM:TWO;
C-8\DCT:COE;
C-8\MN4:PCM
C-8\CO\N:1;
C-8\CO:0;
C-8\CO\N:1;
C-8\CO:0;
C-8\CO-1:-0.06103516000;
C-8\MN3:deg/s;
C-8\MOT1:2000;
C-8\MOT3:2000;
C-8\MOT5:2000;
C-8\MOT2:-2000;
C-8\MOT4:-2000;
C-8\MOT6:-2000;
C-9\DCN:TA0164-Angular Rate 3;
C-9\MN1:TA0164-Angular Rate 3;
C-9\BFM:TWO;
C-9\DCT:COE;
C-9\MN4:PCM
C-9\CO\N:1;
C-9\CO:0.1220703;
C-9\CO-1:0.06103516000;
C-9\MN3:deg/s;
C-9\MOT1:2000;
C-9\MOT3:2000;
C-9\MOT5:2000;
C-9\MOT2:-2000;
C-9\MOT4:-2000;
C-9\MOT6:-2000;
C-10\DCN:TA0164-Temperature;
C-10\MN1:TA0164-Temperature;
C-10\BFM:TWO;
C-10\DCT:COE;
C-10\MN4:PCM
C-10\CO\N:1;
C-10\CO:-40;
C-10\CO-1:0.01000000000;
C-10\MN3:C;
C-10\MOT1:0;
C-10\MOT3:0;
C-10\MOT5:0;
C-10\MOT2:0;
C-10\MOT4:0;
C-10\MOT6:0;
C-11\DCN:TA0164-Humidity;
C-11\MN1:TA0164-Humidity;
C-11\BFM:TWO;
C-11\DCT:COE;
C-11\MN4:PCM
C-11\CO\N:1;
C-11\CO:77.50999;
C-11\CO-1:0.01000000000;
C-11\MN3:% RH;
C-11\MOT1:0;
C-11\MOT3:0;
C-11\MOT5:0;
C-11\MOT2:0;
C-11\MOT4:0;
C-11\MOT6:0;
C-12\DCN:TA0164-Pressure;
C-12\MN1:TA0164-Pressure;
C-12\BFM:TWO;
C-12\DCT:COE;
C-12\MN4:PCM
C-12\CO\N:1;
C-12\CO:10.2805;
C-12\CO-1:0.01450000000;
C-12\MN3:PSI;
C-12\MOT1:0;
C-12\MOT3:0;
C-12\MOT5:0;
C-12\MOT2:0;
C-12\MOT4:0;
C-12\MOT6:0;
C-13\DCN:{CHANNEL 13 NAME};
C-13\MN1:{CHANNEL 13 NAME};
C-13\BFM:TWO;
C-13\DCT:COE;
C-13\MN4:PCM
C-13\CO\N:1;
C-13\CO:{CHANNEL 13 OFFSET EU};
C-13\CO-1:{CHANNEL 13 SCALEFACTOR EU};
C-13\MN3:{CHANNEL 13 EU};
C-13\MOT1:{CHANNEL 13 MAX RANGE EU};
C-13\MOT3:{CHANNEL 13 MAX RANGE EU};
C-13\MOT5:{CHANNEL 13 MAX RANGE EU};
C-13\MOT2:{CHANNEL 13 MIN RANGE EU};
C-13\MOT4:{CHANNEL 13 MIN RANGE EU};
C-13\MOT6:{CHANNEL 13 MIN RANGE EU};
C-14\DCN:{CHANNEL 14 NAME};
C-14\MN1:{CHANNEL 14 NAME};
C-14\BFM:TWO;
C-14\DCT:COE;
C-14\MN4:PCM
C-14\CO\N:1;
C-14\CO:{CHANNEL 14 OFFSET EU};
C-14\CO-1:{CHANNEL 14 SCALEFACTOR EU};
C-14\MN3:{CHANNEL 14 EU};
C-14\MOT1:{CHANNEL 14 MAX RANGE EU};
C-14\MOT3:{CHANNEL 14 MAX RANGE EU};
C-14\MOT5:{CHANNEL 14 MAX RANGE EU};
C-14\MOT2:{CHANNEL 14 MIN RANGE EU};
C-14\MOT4:{CHANNEL 14 MIN RANGE EU};
C-14\MOT6:{CHANNEL 14 MIN RANGE EU};
C-15\DCN:{CHANNEL 15 NAME};
C-15\MN1:{CHANNEL 15 NAME};
C-15\BFM:TWO;
C-15\DCT:COE;
C-15\MN4:PCM
C-15\CO\N:1;
C-15\CO:{CHANNEL 15 OFFSET EU};
C-15\CO-1:{CHANNEL 15 SCALEFACTOR EU};
C-15\MN3:{CHANNEL 15 EU};
C-15\MOT1:{CHANNEL 15 MAX RANGE EU};
C-15\MOT3:{CHANNEL 15 MAX RANGE EU};
C-15\MOT5:{CHANNEL 15 MAX RANGE EU};
C-15\MOT2:{CHANNEL 15 MIN RANGE EU};
C-15\MOT4:{CHANNEL 15 MIN RANGE EU};
C-15\MOT6:{CHANNEL 15 MIN RANGE EU};
C-16\DCN:{CHANNEL 16 NAME};
C-16\MN1:{CHANNEL 16 NAME};
C-16\BFM:TWO;
C-16\DCT:COE;
C-16\MN4:PCM
C-16\CO\N:1;
C-16\CO:{CHANNEL 16 OFFSET EU};
C-16\CO-1:{CHANNEL 16 SCALEFACTOR EU};
C-16\MN3:{CHANNEL 16 EU};
C-16\MOT1:{CHANNEL 16 MAX RANGE EU};
C-16\MOT3:{CHANNEL 16 MAX RANGE EU};
C-16\MOT5:{CHANNEL 16 MAX RANGE EU};
C-16\MOT2:{CHANNEL 16 MIN RANGE EU};
C-16\MOT4:{CHANNEL 16 MIN RANGE EU};
C-16\MOT6:{CHANNEL 16 MIN RANGE EU};
C-17\DCN:{CHANNEL 17 NAME};
C-17\MN1:{CHANNEL 17 NAME};
C-17\BFM:TWO;
C-17\DCT:COE;
C-17\MN4:PCM
C-17\CO\N:1;
C-17\CO:{CHANNEL 17 OFFSET EU};
C-17\CO-1:{CHANNEL 17 SCALEFACTOR EU};
C-17\MN3:{CHANNEL 17 EU};
C-17\MOT1:{CHANNEL 17 MAX RANGE EU};
C-17\MOT3:{CHANNEL 17 MAX RANGE EU};
C-17\MOT5:{CHANNEL 17 MAX RANGE EU};
C-17\MOT2:{CHANNEL 17 MIN RANGE EU};
C-17\MOT4:{CHANNEL 17 MIN RANGE EU};
C-17\MOT6:{CHANNEL 17 MIN RANGE EU};
C-18\DCN:{CHANNEL 18 NAME};
C-18\MN1:{CHANNEL 18 NAME};
C-18\BFM:TWO;
C-18\DCT:COE;
C-18\MN4:PCM
C-18\CO\N:1;
C-18\CO:{CHANNEL 18 OFFSET EU};
C-18\CO-1:{CHANNEL 18 SCALEFACTOR EU};
C-18\MN3:{CHANNEL 18 EU};
C-18\MOT1:{CHANNEL 18 MAX RANGE EU};
C-18\MOT3:{CHANNEL 18 MAX RANGE EU};
C-18\MOT5:{CHANNEL 18 MAX RANGE EU};
C-18\MOT2:{CHANNEL 18 MIN RANGE EU};
C-18\MOT4:{CHANNEL 18 MIN RANGE EU};
C-18\MOT6:{CHANNEL 18 MIN RANGE EU};


this tmats is from dp 4.1.375</Comment>
    <StatusString>Edited</StatusString>
    <TimeStamp>2023-07-28T21:50:16Z</TimeStamp>
    <ZendeskNumber>0</ZendeskNumber>
    <Status>UNKNOWN</Status>
  </FBEvent>
  <FBEvent>
    <User>Loc Pham</User>
    <Comment>Its' TMATS issue. Not firmware.</Comment>
    <StatusString>Assigned</StatusString>
    <TimeStamp>2023-07-28T21:42:22Z</TimeStamp>
    <ZendeskNumber>0</ZendeskNumber>
    <Status>UNKNOWN</Status>
  </FBEvent>
  <FBEvent>
    <User>Dan McFadden</User>
    <Comment>bit rate has been updated for TSR AIR vs S6A in 4.0/4.1/4.2 @49304
 
had been using 128 (6x16+32) but for TSR AIR it should be 320 (16*18+32)
 
after patching S6A PCM should have 128*sample rate and TSR AIR should show 320xsample rate</Comment>
    <StatusString>Edited</StatusString>
    <TimeStamp>2023-07-28T21:36:15Z</TimeStamp>
    <ZendeskNumber>0</ZendeskNumber>
    <Status>UNKNOWN</Status>
  </FBEvent>
  <FBEvent>
    <User>Justin Richardson</User>
    <Comment />
    <StatusString>Edited</StatusString>
    <TimeStamp>2023-07-28T21:21:56Z</TimeStamp>
    <ZendeskNumber>0</ZendeskNumber>
    <Status>UNKNOWN</Status>
  </FBEvent>
  <FBEvent>
    <User>Justin Richardson</User>
    <Comment />
    <StatusString>Assigned</StatusString>
    <TimeStamp>2023-07-28T21:21:28Z</TimeStamp>
    <ZendeskNumber>0</ZendeskNumber>
    <Status>UNKNOWN</Status>
  </FBEvent>
  <FBEvent>
    <User>Justin Richardson</User>
    <Comment>When streaming  in a pcm mode   the x ars channel  is not showing ars data but is showing the accel x data and duplicates what is seen on accel x. 
This happens in pcm streaming modes only , realtime data and recorded data is correct.

Analog streaming modes also work as expected.

</Comment>
    <StatusString>Opened</StatusString>
    <TimeStamp>2023-07-28T21:21:26Z</TimeStamp>
    <ZendeskNumber>0</ZendeskNumber>
    <Status>Opened</Status>
  </FBEvent>
</ArrayOfFBEvent>