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====== enertec_12042009_19040920 ======

[[https://www.irig106.org/sample_data/enertec_12042009_19040920.zip]]
<file>
File Name                : enertec_12042009_19040920.ch10
File Size                : 312,732,544 bytes
Recorder Manufacturer    : ZODIAC DATA SYSTEMS - Enertec
Recorder Model           : VS1500
Recorder Firmware        : 2.5.2
IRIG 106 Version (Data)  : 106-07
IRIG 106 Version (TMATS) : 106-07
Indexing                 : Disabled
Events                   : Disabled
Recording Date / Time    : 15 April 09
Data Start Time          : 2009/04/14 19:04:09.000
Data Stop Time           : 2009/04/14 19:08:34.154
Data Types               : Channel  Data Type              (Type Num)  Packet Count
                           -------  ---------------------- ----------  ------------
                                0   TMATS                    (0x01)             1  
                                0   Index                    (0x03)           532  
                                1   Time                     (0x11)           266  
                                2   Video Format 0           (0x40)          6325  
                                3   Video Format 0           (0x40)          5060  
                                6   1553                     (0x19)          2571  
                                7   1553                     (0x19)          2571  

Known issues             : Jitter of a couple of 10usec on RTC for the IRIG-B packets
                         : Precision of 1553 is only a few 10usec because of IRIG-B time stamps (not 
                         : more than 100nsec RTC diff between 1553 channels for a same message)
                         : 1553 Gap times word with fixed values

Other Notes              : Source: METS201 
                         : 1553 simulation : METS Multi Message #1
                         : IRIG-B output of the METS is used in a time code 
                         : reader and a camera is in front of the time code 
                         : reader An NTSC Composite signal is sent from the camera 
                         : to the recorder. The latency of the camera has been measured 
                         : to approx 100 msec.
</file>

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