...
| Key name | Source | Write freq. [Hz] | Data size [byte] | Throughput | Fomat | Notes |
|---|---|---|---|---|---|---|
DCTEL002_ | STADEVIL723 | - | 158 | - | typeDef | LV cluster [flattened to str] |
| DCTPS002_STA | DEVIL723 | - | 158 | - | typeDef | LV cluster [flattened to str] |
DCTEL002_DYN | DEVIL723 | 4 | 185 | 0.72 | typeDef | LV cluster [flattened to str] |
DCTPS002_DYN | DEVIL723 | 4 | 185 | 0.72 | typeDef | LV cluster [flattened to str] |
DCTEL002_BUF | DEVIL723 | 42 | 32768 | ~128 | Cluster of: | LV cluster [flattened to str] |
DCTPS002_BUF | DEVIL723 | 42 | 32768 | ~128 | Cluster of: | LV cluster [flattened to str] |
Total throughput
| kbyte/s | Mbit/s |
|---|---|
| 129 128 kbyte/s (*) | 1 ~1 Mbit/s (*) |
(*) NOTANOTE: Il The DEVIL acquisisce alternativamente alternately acquires e-, e +, e-, e +, ... e quindi fa un solo update a volta. Quindi il throughput non è determinato dal volume dei dati dei 2 elementi ma da quello di un soloand does only one update at a time. So the throughput is not determined by the data volume of the 2 elements but by that of only one.
Keys usage
Example of LabVIEW code to use at level 1 to unflatten and extract the DCT Dyn and the array od 4096 DBL values.