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15.7.3 "RAM write" module
The "RAM write" module allows volatile storage of information on the device . After a restart, the
information is deleted from the device . Typical use cases for the "RAM write" and "RAM read" modules
are exponential smoothing filters and event counters .
The module can store both single signals and vectors . Saving does not affect the size of a vector . In total,
a maximum of 128 values can be stored .
The module offers an additional "Condition" input . If a "1" is present at this input, the information is stored
at the "Value" input . If a "0" is present at this input, the old information is kept and information at the
"Value" input is ignored .
If the "Condition" input is not connected, the input is internally set to "1" . Thus, the stored values
are overwritten in each cycle .
The "RAM write" module has the following setting:
Setting
Data type
Description
Index
Numerical
You can use single indices or multiple indexes simultaneously (vectors) .
If only a start index is specified, then the following indices are filled up to the
vector size .
15.7.4 "RAM read" module
The "RAM read" module reads the information stored on the "RAM write" module . Typical use cases for
the "RAM write" and "RAM read" modules are exponential smoothing filters and event counters .
The "RAM read" module has the following setting:
Setting
Data type
Description
Index
Numerical
You can use single indices or multiple indexes simultaneously (vectors) .