c1205 create module-name ?option...?
c1205 config module-name ?option...?
c1205 config module-name
This command ensemble allows you to create and configure CAEN model C1205 QDC modules. The C1205 is a sixteen channel charge integrating ADC.
The create command
allows you to create a new module and assign a
module-name to it so that it can
be referred to in subsequent configuration commands.
You may optionally include configuration switch value pairs
on the create command line.
The config subcommand allows you to
set the configuration parameters for an existing module.
module-name is the name assigned to
that module whe it was created.
The cget command returns as its value the module configuration as a Tcl list where each list element is a sublist containing the name and value of a configuration parameter.
Configuration options are name/value pairs. The name of a configuration option is sometimes called a switch because it resembles the command line switches of command shell commands. For a full description of these options see OPTIONS below.
The CAEN C1205 supports the following configuration option switches. The switches and values can be supplied to both the create and the config subcommands.
Specifies the slot in which the module is installed to n. If this is not set correctly, the Readout program will not be able to communicate with the module and will emit a warning, if the slot n is empty. This parameter must be provided.
-slot defaults to 0 which
is illegal and therefore forces you to explicitly configure this
Sets the id of the module to n. The module id is placed as a marker word prior to the data from the module. It is used by the unpacking software to unambiguously identify The data from each module. For the C1205, the id value is also programmed into the lower 8 bits of the control status register and will therefore also appear in the bottom 8 bits of the header word read from the module.
-id value defaults to
0, and need not be unique, your data is most
reliably decoded if each module in your system has
a unique id value.
The value of this configuration parameter determines how bit 12 of the control status register is initialized. If true (default value), the bit is set to one which enables pedestal subtraction from the input signal.
The default is true which enables the pedestals.
The value of this configuration parameter determines how bit 16 of the module control status register is initialized. If true (default value) the bit is set to zero enabling high resolution mode. If set false low resolution mode is selected. High resolution mode provides 12 bits of data resolution while low resolution mode provides only 10 bits of data resolution. High resolution comes at a cost of an additional 1.5 microseconds of conversion time (5.5 microseconds compared with 4 microseconds for low resolution).
Provides the channel threshold registers. This is a Tcl list of 16 integers in the range 0-4095. Data is read from a module only if the data value for the module's low range is greater than the corresponding element of the list. The thresholds default to a list of 16 zeroes.
Provides a list of 16 integers (0-4095) which are subtracted from the data values to produce the low range value.
The default value of
a list of 16 0 values.
-lopedestals but the pedestals
are applied to the mid level conversion.
The default value for
-lopdestals is a list of
16 0 values.
-lopedestals but the pedestals
are applied to the low level conversion.
Defaults to a list of 16 0 values.
Sets the module range mode. The value for mode must be one of the following:
Conversions from all ranges appear in each event. In this mode, some of the conversions will likely have negative values.
In this mode (default) only the range the conversion falls in will appear in the data fromt he mdule.
Same as auto, but only data from channels
are above the channel thresholds set
appear in the data from the module.