Somat eDAQlite, Руководство пользователя

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Somat eDAQ
lite
60 I2773-4.
4
en
Socket Buffer Size
Specify the buffer size used for PC to eDAQ lite communications. In general, leave the
default value of 61440 bytes for optimum communications data throughput. For
situations where timeouts on communications occur, increasing the timeout period is
recommended over decreasing the socket buffer size.
Network Mode
Select one of the available network mode options detailed in the table below. There
can only be one master (Master, GPS Master, or Megadac Master) in the test setup
file. There can be any number of slaves. For more information on networking using
TCE, see
“Networking eDAQlite /eDAQ Systems” on page 86 .
For more information on the ELDIO configuration options used for the GPS and
Megadac modes, see
“ELDIO Configuration Options” on page 92 .
4.1.2 Configuring the Hardware
Use the hardware setup window to add, view and configure all hardware layers and
modules installed on the defined network nodes.
Adding eDAQ lite Hardware
Add eDAQ
lite
hardware automatically, using the Query option, or manually, using the
Add option.
Select Query in the hardware setup window to obtain entries for the installed
hardware. If the queried configuration differs from the current hardware setup, choose
to update the list or abort the query when prompted. TCE also issues an alert for any
flags set by the eDAQ
lite since the last query. The Query option is only available when
an eDAQ
lite
is connected to the support PC.
To manually add eDAQ lite hardware, click Add in the hardware setup window. Use
this method to define a complete eDAQ
lite
system from scratch.
Network Mode Description
Master The eDAQ lite ELCPU generates the MSR clock for itself and all other
connected slaves defined in the test setup.
Slave The eDAQ
lite
does not generate the MSR clock. A master
eDAQ lite /eDAQ (or other clock source) must route the MSR clock to
the eDAQ
lite
.
Stand Alone The eDAQ
lite
ELCPU generates the MSR clock for itself only.
GPS Stand Alone The GPS on the eDAQ
lite
ELDIO layer generates the MSR clock for
itself only. The ELDIO layer must be configured to generate the MSR
clock.
Megadac Master The eDAQ
lite
ELCPU or ELDIO layer generates the MSR clock for
itself and all other slaves defined in the test setup and supplies a
derived clock to drive the Megadac. The ELDIO layer must be
configured to generate the MSR clock.
GPS Master The GPS on the eDAQ lite ELDIO layer generates the MSR clock for
itself and all other slaves defined in the test setup. The ELDIO layer
must be configured to generate the MSR clock.
HBM: public