ORTEC Easy-MCS, Hardware User Manual

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931054C / 1213 8. JOB FILES
85
SET_INPED <number>
Sets the input impedance. The value of <number> has only 2 valid possibilities, zero and 1.
Zero sets the input impedance to 50
Ω
; 1 sets the input impedance to 1 k
Ω
.
SET_MCS <number>
This command selects the active MCS or the buffer. The MCS number can be 1 to 8 accord-
ing to the MCS configuration, or 0 for the buffer. SET_MCS without an argument is used to
switch to the previously selected MCS . If an MCS that does not exist is selected, no change
is made.
This command (for values 1 to 8) has the same function as <Ctrl + F1> through
<Ctrl + F8>. For value 0 or no argument, this command duplicates the buffer-selection
capabilities of the MCS/Buffer toggle under the Display menu, <F4>, <Alt + 6>, and the
MCS# and Buffer radio buttons on the Sidebar.
SET_MODE_ACQUIRE <n>
Sets the acquire mode to Sum if <n> is 0, or to Replace if <n> is not 0. Performs the same
function as the Acq Mode radio buttons in the Pass Control dialog (Acquire/Pass
Control...). Valid pass lengths with ramp control enabled are 4–65536. This command fails
if the buffer is selected or the MCS is acquiring data.
SET_PASS_LENGTH <n>
Sets the pass length to <n> channels. <n> can be any value from 4 to 65536. This command
performs the same function as the Pass Length field in the Pass Control dialog (Acquire/
Pass Control...). This command fails if the buffer is selected or the MCS is acquiring data.
SET_PRESET_PASS <n>
Sets the pass preset to <n> passes. <n> can be any value from 0 to 4,294,967,295. If 0 is
specified, there is no preset. Performs the same function as the Pass Count Preset field in
the Pass Control dialog (Acquire/Pass Control...). This command fails if the buffer is
selected or the MCS is acquiring data.
SET_RAMP <f1>,<f2>[,<f3>]
Sets the ramp parameters. If all three values are specified, a “triangle” ramp is selected
(Begin-Mid-End). The three values then specify the ramp voltage in channel 0 (<f1>), the
middle channel of the pass (<f2>), and the last channel (<f3>). If <f3> is omitted, a
“sawtooth” ramp is selected (Begin-End). In that case, <f1> is the voltage at channel 0 and
<f2> is the voltage in the last channel. See the Ramp Control dialog box (Acquire/Ramp
Control...) for more information. This command fails if the buffer is selected or the MCS is
acquiring data.